A high-resolution version for printing - CP3-Origins

Black book
Uncovering the origins of bright
and dark mass in the universe.
Centre of excellence for Particle Physics Phenomenology
Danish National Research Foundation

First Black Book
April 2010

Table of Contents
The Revolutions to Come! 1
The Need to Go Beyond! 2
Organization! 4
Faculty! 4
Advisory Board! 5
Research Staff! 5
Students! 5
Administrative Staff! 5
Associate centre members/supporting scientists! 6
Short and long term visitors.! 6
Overview of the Centre! 8
Roadmap! 11
Dynamical Electroweak Symmetry Breaking! 11
Flavour Physics! 14
Matter-Antimatter Asymmetry! 14
Strong Interactions! 16
Beyond Particle Physics! 17
Milestones! 19
Scientific! 19
Recruitment and Meetings! 19
Community! 20
Science Revealed Behind Angels and Demons! 20
CP³-Genius Program! 20
CP³ in the Press! 22
CP³-Black book

CP3-Origins Poster Collection! 23
Personnel Overview 01.09-31.12.2009! 29
Postdoctoral Positions 2009 - Statistics! 30
Appendix! 31
Appendix A: External Relations! 31
Appendix B: Conferences! 33
Appendix C: Educational activities! 35
Appendix D: Academic services! 36
Appendix E: External funding! 37
Appendix G: Public outreach! 38
Appendix I: Publications! 39
March 2010 Photo Gallery! 42
CP³-Black book

The Revolutions to Come
Mankind’s greatest achievements have come from the curiosity to know how the world works.
Everything we see and even things we do not see are combinations of a handful of elementary
particles. We live in a particle universe. Imminent explorations of the innermost structure of
nature will soon lead to unprecedented heights in scientific discovery, invention and technological
advancement. The Large Hadron Collider (LHC)
at CERN is the most ambitious scientific experiment in
the world and will set the agenda for particle physics
for, at least, the next decade. It will accelerate two beams
of protons in opposite directions around a 27km underground
tunnel, until they reach almost the speed of
light. The particles will then be collided creating energies
higher than ever before.
We aim to exploit experimental results, supercomputers
and our theoretical expertise to make the next big leap in
particle physics:
Uncovering the Origin of Mass of all elementary particles.
We will also contribute in other equally relevant quests: understanding the phase diagram of
strongly interacting theories and the origin of bright and dark matter in the universe.
Our current understanding of nature fails to explain the origin of dark matter or why matter
dominates over antimatter, i.e. why there is something rather than nothing in the universe. The
origin of mass problem is intimately connected to these fundamental questions, making it a central
problem in physics.
To achieve our overarching goals we will :
Dark Energy
74%
Atoms
4%
Dark Matter
22%
Unite the most relevant strategic areas of research in particle physics phenomenology from
model building to flavour physics and strong interactions.
Gather experts with complementary abilities and provide a competitive and vibrant scientific
environment.
Use the modern theoretical means for describing and understanding experimental results as
well as making sensible phenomenological predictions.
Construct original and scientifically sound extensions of the Standard Model and test them
against experimental results.
Develop novel tools of direct relevance to the LHC physics and more generally to understand
complex dynamics.
Use our relations with leading international centres of excellence and universities possessing
complementary skills and scientific knowledge.
CP³-Black book 1

Sustainability is the key for success, and this is why we will provide several permanent positions
in particle physics. This demonstrates strong commitment to the field in Denmark. Several
young researchers and graduate students will have the opportunity of receiving a highly
qualified training while being themselves fundamental
component of the centre's scientific life.
The convergence of its near to perfect timing, outstanding
team, and unprecedented support at the University of
Southern Denmark (SDU) means that CP³-Origins is
acutely primed to raise Danish research to the very top of
the international field of particle physics.
The Need to Go Beyond
The energy scale at which the LHC experiment will operate is
determined by the need to complete the standard model (SM) of particle interactions and, in
particular, to understand the origin of mass of the elementary particles. Together with classical
general relativity the SM constitutes one of the most successful models of nature. We shall,
however, argue that experimental results and theoretical arguments call for a more fundamental
description of nature. The SM can be viewed as a low-energy effective theory valid up to an energy
scale Λ. Above this scale new interactions, symmetries, extra dimensional worlds or any
other extension could emerge. At sufficiently low energies with respect to this scale one expresses
the existence of new physics via effective operators. The success of the SM is due to the
fact that most of the corrections to its physical observables depend only logarithmically on this
scale. In fact, in the SM there exists only one operator which acquires corrections quadratic in Λ.
This is the squared mass operator of the Higgs boson. Since Λ is expected to be the highest possible
scale, which in four dimensions corresponds to the Planck scale, it is hard to explain naturally
why the mass of the Higgs is of the order of the electroweak scale. This is the hierarchy
problem. Due to the occurrence of quadratic corrections in the cutoff scale Λ this SM sector is
most sensitive to the existence of new physics. Many questions need an answer even if the
Higgs is found at the LHC: Is it composite? How many Higgs fields are there in nature? Are
there hidden sectors?
Nature’s Riddles
Why do we expect that there is new physics awaiting to be discovered? Of course, we still have
to observe the Higgs boson. However, even with the Higgs discovered, the SM has both conceptual
problems and phenomenological shortcomings. In fact, theoretical arguments indicate that
the SM is not the ultimate description of nature:
Hierarchy Problem: The Higgs sector is highly fine-tuned. We have no natural separation between
the Planck and the electroweak scale.
Strong CP Problem: There is no natural explanation for the smallness of the electric dipole moment
of the neutron within the SM. This problem is also known as the strong CP problem.
Origin of Patterns: The SM can fit, but cannot explain the number of matter generations and their
mass texture.
CP³-Black book 2

Unification of the Forces: Why do we have so many different interactions? It is appealing to
imagine that the SM forces could unify into a single Grand Unified Theory (GUT). We could
imagine that at very high energy scales gravity also becomes part of a unified description of
nature.
There is no doubt that the SM is incomplete since we cannot even account for a number of basic
observations:
Neutrino Physics: Only recently it has been possible to have some definite answers about properties
of neutrinos. We now know that they have a tiny mass, which can be naturally accommodated
in extensions of the SM, featuring for example a “see-saw” mechanism. We do not yet
know if the neutrinos have a Dirac or a Majorana nature.
Origin of Bright and Dark Mass: Leptons, quarks and the gauge bosons mediating the weak interactions
possess a rest mass. Within the SM this mass can be accounted for by the Higgs mechanism,
which constitutes the electroweak symmetry breaking sector of the SM. However, the associated
Higgs particle has not yet been discovered. Besides, the SM cannot account for the observed
large fraction of “dark” mass of the universe. What is interesting is that in the universe
the dark matter is about five times more abundant than the known baryonic matter, i.e. “bright”
matter. We do not know why the ratio of dark to bright matter is of order unity.
Matter-Antimatter Asymmetry: From our everyday experience we know that there is very little
“bright” antimatter in the universe. The SM fails to predict the observed excess of matter.
These arguments imply that the SM must be extended or amended to answer the questions
raised above. Several extensions have appeared in the literature but two stand out in the quest
for a more fundamental theory at the Fermi scale: Technicolor and Supersymmetry. We aim at
using and developing analytic and numerical (lattice) approaches to study the nonperturbative
properties of these theories. Using the knowledge of the gauge dynamics acquired we will also
make predictions for collider physics and cosmology.
CP³-Black book 3

Organization
The Centre for Particle Physics Phenomenology – CP³-Origins has been established by the Danish
National Research Foundation (DNRF) and opened on the 1st of September 2009 at the University
of Southern Denmark in Odense. CP³-Origins is initially funded by the DNRF for a duration
of five years and will then be evaluated for a possible extension of five more years.
The centre is also supported from other sources, including the Danish Agency for Science, Technology
and Innovation, the Villum Kann Rasmussen Foundation, the European Commission,
Nordforsk, and the Danish Centre for Super Computing.
We will employ a chess-like strategy where every individual
piece (postdocs, student and staff-member)
plays a fundamental role while functioning together
towards the successful common goal. The key to becoming
a better player in chess is to never get stuck
on one level of play. We continually add to our game
by learning and trying new strategies.
The centre is located at the University of Southern
Denmark (SDU), and has long-term visitors affiliated
with other institutions worldwide. The following are the members.
Faculty
Stanley J. Brodsky Professor (19.3 - 30.6.2010)
Dennis D. Dietrich
Rolf Fagerberg
Assistant Professor
Associate Professor
Paul Hoyer Professor (1.1 - 31.5.2010)
Arne Lykke Larsen
Associate Professor
Isabella Masina
Niels Kjær Nielsen
Adjunct Professor
Docent
Claudio Pica Assistant Professor (Since 15.2.2010 )
Francesco Sannino
Professor, Director
Joseph Schechter Professor (15.8 - 31.12.2009)
Martin Svensson
Andrew Swann
Kimmo Tuominen
Roman Zwicky
Associate Professor
Associate Professor
Assistant Professor
Adjunct Professor
CP³-Black book 4

Advisory Board
To insure the maximum Nordic and international impact we have formed an international advisory
board constituted by:
Stanley J. Brodsky
Paolo Di Vecchia
Paul Hoyer
Michelangelo L. Mangano
Finn Ravndal
Torbjörn Sjöstrand
Professor (SLAC, Stanford)
Professor (NORDITA)
Professor, chair (Helsinki)
Professor (CERN)
Professor (Oslo)
Professor (Lund)
The role of the board is to advertise the activities of the centre, promote its initiatives, advise on
and facilitate the recruitment of the best possible scientists at CP³-Origins. Professor Hoyer will
help the director in coordinating the board’s activities.
Research Staff
Jacopo Bechi Post Doc (1.9.2009 - 1.12.2009)
Stefano Di Chiara Post Doc (1.9.2009 - 31.8.2011)
Hidenori Fukano Sakuma Post Doc (1.9.2009 - 27.2.2010)
Matti Järvinen Post Doc (1.9.2009 - 31.8.2010)
Students
Matti Antola
PhD (Helsinki)
Phongpichit Channuie
Master
Eugenio Del Nobile PhD (1.2.2010 - 31.1.2013)
Karin Dissauer Bachelor (1.2.2010)
Helene Gertov Bachelor (1.3.2010)
Tuomas Hapola PhD (1.2.2010 - 31.1.2013)
Matti Heikinheimo
PhD (Jyväskylä)
Jakob Jark Jørgensen
Master
Kasper Langæble Bachelor (1.3.2010)
Thomas Bruun Madsen PhD
Matin Mojaza
Master
Ulrik Ishøj Søndergaard Master
Asger Tobiesen Bachelor (1.3.2010)
Martin Zangenberg Bachelor (1.2.2010)
Administrative Staff
Jens Svalgaard Kohrt
Lone Charlotte Nielsen
Academic Staff, IT
Centre Secretary
CP³-Black book 5

Associate centre members/supporting scientists
Luis Alvarez-Gaumè as Director of the CERN-Theory Division
Georges Azuelos (Montreal Univ., CA)
Ikaros Bigi (Notre Dame Univ., US)
Cliff Burgess on behalf of the Perimeter Institute, Canada
Roberto Casalbuoni (GGI, Firenze, IT)
Simon Catterall (Syracuse Univ., US)
Sekhar Chivukula (MSU, East Lansing, US)
Luigi Del Debbio (Edinburgh Univ., UK)
Kari Eskola (Jyväskylä Univ., FI)
Sten Hellman (Stockholms Univ., SE)
Elias Kiritsis (Crete Center for Theoretical Physics, GR)
Frank Krauss (IPPP, Durham, UK)
Fabio Maltoni (CP³, Louvain, BE)
Antonio Masiero (Padova University, IT)
Stefano Moretti (NEXT, Southampton, UK)
Elizabeth Simmons (MSU, East Lansing, US)
Mike Teper (Oxford Univ., UK)
Ulf Wahlgren on behalf of NORDITA-Stockholm
Short and long term visitors.
The centre is quickly becoming a reference point for the Nordic particle physics phenomenology
community thanks to an ultra-active visitor program. We had a very large number of well
known scientists presenting their research topics and the latest scientific results within the CP³-
Lecture program or at the weekly CP³ journal clubs. Graduate students from Nordic and nonnordic
countries come to the centre for either working directly with the staff members or to acquire
relevant information useful for their thesis work.
The video-recorded lectures are advertised broadly in the Nordic countries and streamed on
our website in order to provide a service to the community.
Guests September 1, 2009 to March 20, 2010
• Jie Lu (Lund University) - March 19, 2010
• Antonio Riotto (CERN & Padua) - March 15, 2010
• Zhi-zhong Xing (Chinese Academy of Sciences) - March 7-26, 2010
• Laura Covi (DESY) - February 22, 2010
• Felix Berkhahn (LMU) - February 15-19, 2010
• Geraldine Servant (CERN) - February 15, 2010
• Matti Antola (University of Jyväskylä) - January 19 to February 15, 2010
• John Wood (University of Leeds) - January 4-14, 2010
CP³-Black book 6

• Lisa Carloni (Lund University) - December 18, 2009
• Paul Hoyer (Helsinki University) - December 14-15
• Agostino Patella (Swansea) - December 12-15, 2009
• Stefan Schaefer (Berlin) - December 1, 2009
• Chris Kouvaris (Université Libre de Bruxelles) - November 24-27, 2009
• Claudio Pica (University of Edinburgh) - November 24-27, 2009
• Finn Ravndal (University of Oslo) - November 24-25, 2009
• George Papadopoulos (Kingʼs College London) - November 26-27, 2009
• Kari Rummukainen (University of Helsinki) - November 25, 2009
• Keijo Kajantie (University of Helsinki) - November 24-26, 2009
• Luigi Del Debbio (University of Edinburgh) - November 24-27, 2009
• Mads T. Frandsen (Oxford University) - November 24-27, 2009
• Michelangelo Mangano (CERN) - November 24, 2009
• Nigel Hitchin (Oxford University) - November 26-27, 2009
• Paolo Di Vecchia (NORDITA) - November 24, 2009
• Paul Hoyer (University of Helsinki) - November 24-25, 2009
• Robert Shrock (Stony Brook University) - November 24-27, 2009
• Roman Zwicky (University of Southampton) - November 24-27, 2009
• Stanley Brodsky (SLAC, Stanford) - November 24, 2009
• Subir Sarkar (Oxford University) - November 24-25, 2009
• Thomas Ryttov (Stony Brook University) - November 24-27, 2009
• Torbjörn Sjöstrand (Lund University) - November 24, 2009
• Francesco Nitti (APC, Paris) - November 12-14, 2009
• Thomas Pickup (University of Oxford) - November 5-7, 2009
• Mads Frandsen (University of Oxford) - October 28-30, 2009
• Berian James (DARK, Copenhagen) - October 26, 2009
• Lars Bergström (Stockholm University) - October 12, 2009
• Matti Antola (University of Jyväskylä) - October 12-17, 2009
• Matti Heikinheimo (University of Jyväskylä) - October 2-7, 2009
• Tuomas Karavirta (University of Jyväskylä) - October 2-7, 2009
• Denis Parganlija (Frankfurt University) - September 28 to October 3, 2009
• Martin S. Sloth (CERN) - September 27-29, 2009
• Mads Frandsen (University of Oxford) - September 23-25, 2009
• M. Naeem Shahid (Syracuse University) - September 17 to October 26, 2009
• Roshan Foadi (Michigan State University) - September 1-28, 200
CP³-Black book 7

Overview of the Centre
The birth, on the 1st of September 2009, of the new Centre of Excellence in Particle Physics Phenomenology
devoted to the understanding of the origin of mass in the universe, CP³-Origins,
constitutes an historical event for theoretical physics in Denmark. It is well known that, in the
past, theoretical physics has brought prestige to this country. It is therefore our principal goal to
use the convergence of the centre’s near to perfect timing, outstanding team, and unprecedented
support at the University of Southern Denmark (SDU) to raise Danish research to the
very top of the international field of particle physics. Besides the already very challenging scientific
goals the centre’s main aspirations are to assume the leading role in the Nordic countries in
one of the most important areas of research worldwide and to form a new generation of particle
physicists excelling internationally. We want also to serve nationally by building strategic research
infrastructure.
These ambitious tasks required the centre to be ready to hit the ground running from the first
day of operation. It is for this reason that we hired, roughly three months before the centre was
due to commence, the Centre’s Administrator Lone Charlotte Nielsen and two months later an
IT Academic Staff member responsible for managing the centre (super)computing, webpage,
and other IT-related activities, Jens Svalgaard Kohrt. Ever since they were hired, Lone and Jens
are doing a superb job, allowing the centre to work seamlessly.
The centre has filled one tenure-track assistant professor position in Lattice Field Theory for Beyond
Standard Model physics which, in a very strong pool of applicants, was offered and accepted
by Claudio Pica. He graduated from the Scuola Normale di Pisa in Italy, has held research
positions at the Brookhaven National Laboratory in US and then in the high energy
group at Edinburgh in UK. Despite his young age Pica has been extremely productive with several
top cited papers and he is a leading expert in lattice field theory for models of Dynamical
Electroweak Symmetry breaking. His research interests besides Beyond Standard Model physics
revolve also around QCD in extreme conditions and mechanisms for confinement using advanced
numerical simulations running on the most advanced computational platforms in the
world. Pica has joined the centre in February 2010.
Professor Joe Schechter from Syracuse University has been visiting CP³-Origins from August to
December 2009. He is one of the world experts in effective Lagrangians for gauge theories of
fundamental interactions. He is also famous for his fundamental contributions to neutrino
physics, and most notably for developing a correct theoretical description of double-beta decay.
He has provided important contributions to the understanding of pion – pion scattering and the
low energy spectrum of Quantum Chromodynamics, i.e. the theory describing strong interactions.
He is also very well known for the soliton description of the nucleon.
Professor Schechter is a fellow of the American Physical Society and 2001 Winner of the Wasserstrom
prize for outstanding graduate teaching in the college of Arts and Sciences of Syracuse
University.
Kimmo Tuominen started in September as Assistant Professor in theoretical physics for a period
of one year. He is a leading expert in the strongly coupled dynamics within and beyond the
standard model. He is very young and energetic, has written several important papers in heavy
ion physics and beyond standard model physics. He will be involved, during his stay at the centre,
in the construction and development of new models of dynamical electroweak symmetry
breaking and its consequences for the collider physics and cosmology.
CP³-Black book 8

Professor Paul Hoyer from Helsinki University is visiting CP³-Origins from January to May
2010. He is a leader in perturbative aspects of Quantum Chromodynamic and has held research
positions at CERN, Oxford, Stony Brook and the Lawrence Berkeley Laboratory in US. He has
been assistant professor at NORDITA (the Nordic centre for advanced theoretical studies) and
director of NORDITA two times for a total of about 10 years. He has made important contributions
in high energy physics and in particular in the field of Quantum Chromo Dynamics/
hadronic physics. Hoyer has been the chair of the department of High Energy Physics at Helsinki,
of the research institute for Theoretical Physics of Helsinki, of the Finnish Physical Society.
He has been also part of the High Energy Physics Prize committee of the European Physical Society.
Two adjunct professors have joined the centre, Isabella Masina and Roman Zwicky. They are
experts in neutrino, cosmology and flavor physics, respectively, and more generally in beyond
standard model physics.
Stefano Di Chiara joined the centre as his first formal postdoc, he received his PhD from the
University of Michigan under the supervision of two world leaders in models of Dynamical
Electroweak Symmetry breaking, Profs Elizabeth Simmons and Sekhar Chivukula.
We opened two postdoctoral positions and received applications from over 41 countries.
We hired two PhD students, Tuomas Hapola from Juväskylä in Finland and Eugenio Del Nobile
from Pisa in Italy. Besides increasing the international dimension of the centre, their interests
and research skills fit perfectly the centre’s main research activities.
Three students signed up simultaneously to start their master studies at the centre, Jakob Jark
Jørgensen, Matin Mojaza and Ulrik Ishøj Søndergaard. All three entered the newly established
elite education at the University of Southern Denmark. We are very proud that they have chosen
high energy physics as their primary field of research education, given that they represent la
creme de la creme of the students at the Faculty of Science.
Centre members have already produced over 30 research preprints (listed below). Several of the
recent work of the centre’s members, published before the actual start of the centre, became top
cited according to the SPIRES high energy database. This is the work dedicated to the understanding
of the phase diagram of strongly coupled theories and its applications for models of
dynamical electroweak symmetry breaking and dark matter.
Within the first four months we launched the CP³-Origins Lecture series as well as the weekly
journal club. The invited lecturers are internationally known scientists from Europe, the US and
Asia.
The CP 3 -Lectures are available on our web page, allowing anyone to later watch and listen to
the lecturers. With time they will constitute an important historical record.
The lecturers are well known scientists coming from different places of the globe. The CP³-
Lectures are available one our webpage insuring transparence, allowing to the possible centre
members traveling the possibility to watch and listen to the lecturers, and serves as a courtesy
to the entire scientific community. We have in mind the smaller research groups which want to
remain updated with respect to the latest developments in particle physics. Finally it will, in
time, be a precious historical record.
CP³-Black book 9

The formal inauguration of the centre occurred on the 24th of November and was followed by
two international meetings, the Origins of Mass Mini Workshop on the 25th of November and
the Winter School in Geometry and Theoretical physics on the 26th and 27th of November. International
renowned scientists gave talks and attended the three events. The pictures and several
of the talks can be watched on our website www.cp3-origins.dk under the Events subpage
meetings (click on archived events).
We have launched a large number of extremely successful and novel outreach activities meant
to propagate the centre’s activities to students and teachers in high schools, to researchers in
other fields and to the general public. CP³-Origins together with the University of Southern
Denmark, CERN, Fermilab, the US Department of Energy, National Science Foundation, as well
as several other worldwide organizations proudly presented the science revealed behind the
Sony Pictures blockbuster Angels and Demons.
We launched in February 2010 a
novel initiative, the CP³-Genius
Program, meant to allow the
brightest young minds at the
bachelor and high school level to
join the research activities at our centre. The CP³-Genius Program concept is our original idea
and is now being copied by several other centres in Denmark.
The research of the centre members has been recognized already on several occasions. The CP³-
Origins master student Ulrik Ishøj Søndergaard was awarded in December 2009 the Oticon
Scholarship to work on his master thesis project Phases of Nature. The centre leader’s PhD Student
Mads T. Frandsen, now postdoc at Oxford, won the 2010 Lundbeck Talent Prize for scientists
under 30 years old for his thesis work on beyond standard model physics and dark matter.
In 2009 he was awarded a scholarship from the Anglo-Danish Society and he is also winner of
the Loerup Honorary Graduate Award. The centre leader was awarded in January 2010 the Elite
Researcher Prize by the Danish Ministry of Science. The Elite Researcher Prize (EliteForsk-Pris
in Danish) is given to outstanding researchers and is one of the most prestigious awards in
Denmark.
CP³-Black book 10

Roadmap
The centre is designed to cover, during its life-time, strategic areas of research orbiting around
the “Origin of Mass” problem which is the “trait d’union” connecting them:
• Electroweak Symmetry Breaking/Model Building
• Flavour and CP Physics
• Strong Interactions
In the following we review the research we have been involved in during the reporting period.
We plan to further extend our line or research below for the coming reporting year according to
the original work-plan and milestones.
Two staff members per research area will be the primary investigators according to their expertise.
We expect to involve two postdocs per area of research. There is sufficient flexibility within
this research structure to allow for the young researchers to pick the topic(s) which best suits
their interests. Within each research project introduced below we present the methodological
approach we will employ to achieve our goals.
Dynamical Electroweak Symmetry Breaking
A number of possible generalizations of the SM have been conceived. Such extensions are introduced
on the basis of one or more guiding principles or prejudices. We will introduce below
only the SM extensions on which we have worked and can achieve in a short period definite
and seminal results.
One of the intriguing options for explaining some of the puzzling features of the SM of particle
physics is to assume that a new force acts at the Fermi scale. This new force, commonly called
Technicolor – the high energy equivalent of ordinary superconductivity – leads to a natural explanation
of the origin of the Fermi scale per se as well as of the origin of mass of the intermediate
vector boson responsible, for example, for the slow burning of our Sun. These theories are
useful for constructing models able to generate the Fermi scale dynamically while passing the
LEP precision measurements. Our extensions, termed Minimal Walking Technicolor, are currently
being studied for potential discovery at the LHC. These theories require new strong dynamics
very different from the strong nuclear force QCD.
Natural Fourth Families
Imagine to discover a new fourth family of leptons at the Large Hadron Collider (LHC) but no
signs of an associated fourth family of quarks. What would that imply? An intriguing possibility
is that the new fermions needed to compensate for the new leptons gauge anomalies simultaneously
address the big hierarchy problem of the Standard Model. A natural way to accomplish
such a scenario is to have the Higgs itself be composite of these new fermions.
CP³-Black book 11

This is the setup we investigated using as a template Minimal Walking Technicolor. We analyzed
a general heavy neutrino mass structure with and without mixing with the Standard
Model families. We also analyzed the LHC potential to observe the fourth lepton family in tandem
with the new composite Higgs dynamics. We finally introduced a model uniting the fourth
lepton family and the technifermion sector at higher energies.
We also considered the possibility of non-sequential generation(s) of Standard Model -like matter
as a consequence of cancellation of global and gauge anomalies due to a new strongly interacting
sector responsible for the electroweak symmetry breaking.
[Fourth Lepton Family is Natural in Technicolor. Mads T. Frandsen, (Southern Denmark U.,
CP3-Origins & Oxford U., Theor. Phys.) , Isabella Masina, (Ferrara U. & INFN, Ferrara & Southern
Denmark U., CP3-Origins) , Francesco Sannino, (Southern Denmark U., CP3-Origins) . May
2009. (Received Feb 1, 2010). 39pp. Published in Phys.Rev.D81:035010,2010.
The Next Generation. Oleg Antipin, Matti Heikinheimo, Kimmo Tuominen, . CP3-ORIGINS-2010-04, Feb
2010. 17pp. Submitted for publication. e-Print: arXiv:1002.1872 ]
Unnatural origin of Fermion Masses
We explored the scenario in which the breaking of the electroweak symmetry is due to the simultaneous
presence and interplay of a dynamical sector and an unnatural elementary Higgs.
We introduced a low energy effective Lagrangian and constrained the various couplings via
direct search limits and electroweak and flavor precision tests. We found that the model we
studied is a viable model of dynamical breaking of the electroweak symmetry.
[Unnatural Origin of Fermion Masses for Technicolor. Matti Antola, (Helsinki Inst. of Phys.) , Matti Heikinheimo,
(Jyvaskyla U. & Helsinki Inst. of Phys.) , Francesco Sannino, (Southern Denmark U., CP3-Origins)
, Kimmo Tuominen, (Southern Denmark U., CP3-Origins & Helsinki Inst. of Phys.) . Oct 2009. 20pp.
e-Print: arXiv:0910.3681 [hep-ph], Accepted for publication in the Journal of High Energy Physics, JHEP]
Minimal Super Technicolor: A Novel String Theory Connection
We introduced novel extensions of the Standard Model featuring a supersymmetric technicolor
sector (supertechnicolor). As the first minimal conformal supertechnicolor model we considered
N=4 Super Yang-Mills which breaks to N=1 via the electroweak interactions. This is a well defined,
economical and calculable extension of the SM involving the smallest number of fields. It
constitutes an explicit example of a natural superconformal extension of the Standard Model
featuring a well defined connection to string theory. It allows to interpolate, depending on how
we break the underlying supersymmetry, between unparticle physics and Minimal Walking
Technicolor. We considered also other N =1 extensions of the Minimal Walking Technicolor
model. The new models allow all the standard model matter fields to acquire a mass.
[Minimal Super Technicolor. M. Antola, S. Di Chiara, F. Sannino, K. Tuominen, . CP3-ORIGINS:-2010-01,
Jan 2010. 23pp. e-Print: arXiv:1001.2040 [hep-ph], Submitted for publication.]
iTIMP as Dark Matter
We suggested that a weak isotriplet composite scalar possessing an unbroken U(1) global symmetry
naturally arises in technicolor models leading to an interesting type of dark matter candidate:
the iTIMP. We proposed explicit models of the iTIMP, studied earth based constraints
and suggested possible collider signals.
CP³-Black book 12

[iTIMP: isotriplet Technicolor Interacting Massive Particle as Dark Matter.
Mads T. Frandsen, (Oxford U., Theor. Phys.) , Francesco Sannino, (Southern Denmark U., CP3-Origins) .
CP3-ORIGINS:2009-19, Nov 2009. 4pp. e-Print: arXiv:0911.1570 [hep-ph], Submitted for Publication]
Superweakly interacting dark matter
We studied a superweakly interacting dark matter particle motivated by minimal walking technicolor
theories. Our WIMP is a mixture of a sterile state and a state with the charges of a standard
model fourth family neutrino. We showed that the model can give the right amount of
dark matter over a range of the WIMP mass and mixing angle. We computed bounds on the
model parameters from the current accelerator data including the oblique corrections to the precision
electroweak parameters, as well as from cryogenic experiments, Super-Kamiokande and
from the IceCube experiment. We showed that consistent dark matter solutions exist which satisfy
all current constraints. However, almost the entire parameter range of the model lies within
the combined reach of the next generation experiments.
[Superweakly interacting dark matter from the Minimal Walking Technicolor.
Kimmo Kainulainen, Kimmo Tuominen, Jussi Virkajarvi, . CP3-ORIGINS-2009-26, Dec 2009. 29pp.
Published in JCAP 1002:029,2010. e-Print: arXiv:0912.2295 [astro-ph.CO]]
Gravitational Waves
We investigated the production and possible detection of gravitational waves stemming from
the electroweak phase transition in the early universe in models of minimal walking technicolor.
In particular we discussed the two possible scenarios in which one has only one electroweak
phase transition and the case in which the technicolor dynamics allows for multiple phase
transitions.
[Gravitational Techniwaves. Matti Jarvinen, (Southern Denmark U., CP3-Origins) , Chris Kouvaris, (Brussels
U.) , Francesco Sannino, (Southern Denmark U., CP3-Origins) . CP3-ORIGINS-2009-24, Nov 2009.
29pp. e-Print: arXiv:0911.4096 [hep-ph], Physical Review D, in press.]
In the near future we plan to:
• Construct new benchmarks for models of dynamical electroweak symmetry breaking passing
precision measurements.
• Implement the respective low-energy effective theories in computer programmes able to provide
the relevant physical processes for LHC searches.
• Investigate the cosmological consequences of dynamical electroweak symmetry breaking
from dark matter to baryogenesis.
• Study various extensions featuring dynamical electroweak symmetry breaking and their consequences
for flavour physics.
• Compare dynamical electroweak symmetry breaking with physical results from LHC when
available.
CP³-Black book 13

This part of the workplan has multiple purposes: it will lead to a deeper understanding of the
Origin of Mass, both theoretically and phenomenologically; it allows us to get closer to cosmology
by direct investigation of models of Dark Matter and baryogenesis; it will lead to a better
understanding of the LHC complex phenomenology and its possible outcomes. In the long run,
and depending on the LHC outcome, we will also explore how these models may fit in a more
unified theory of all forces, including gravity. One can envision, for example, the possibility of
marrying supersymmetry and technicolor at a scale higher than the electroweak.
Flavour Physics
The goal of this project is to help uncovering an underlying and more fundamental flavour
structure of the SM. This will help guiding our intuition for constructing more solid extensions
of the SM.
Perturbed S3 neutrinos
We studied the effects of the perturbation which violates the permutation symmetry of three
Majorana neutrinos but preserves the well known (23) interchange symmetry. This is done in
the presence of an arbitrary Majorana phase which serves to insure the degeneracy of the three
neutrinos at the unperturbed level.
[Perturbed S(3) neutrinos. Renata Jora, (Barcelona, Autonoma U.) , Joseph Schechter, M. Naeem Shahid,
(Southern Denmark U., CP3-Origins & Syracuse U.). CP3-ORIGINS-2009-12, SU-4252-898,
Phys.Rev.D80:093007,2009.]
Discrete Minimal Flavour Violation
We investigated the consequences of replacing the global flavour symmetry of Minimal Flavour
Violation (MFV) SU(3)_QxSU(3)_UxSU(3)_Dx..., by a discrete D_QxD_UxD_Dx.. symmetry.
Goldstone bosons resulting from the breaking of the flavour symmetry generically lead to
bounds on new flavour structure many orders of magnitude above the TeV-scale. The absence of
Goldstone bosons for discrete symmetries constituted the primary motivation of our work. Less
symmetry implies further invariants and renders the mass flavour basis transformation observable
in principle and calls for a hierarchy in the Yukawa matrix expansion. We showed, through
the dimension of the representations, that the (discrete) symmetry in principle does allow for
additional Delta F = 2 operators.
[On discrete Minimal Flavour Violation.
Roman Zwicky, Thomas Fischbacher, (Southampton U.) Published in Phys.Rev.D80:076009,2009.]
In the future we plan to further investigate the flavour structure stemming out from technicolor
type extensions of the SM.
Matter-Antimatter Asymmetry
The matter-antimatter asymmetry, namely the violation of the discrete CP symmetry, is a phenomenon
intimately linked to the origin of fermion masses.
A better characterisation and understanding of CP violation would help in our quest to go beyond
the SM. CP is violated by weak interactions. The SM does not explain this violation, but
successfully accounts for it under the form of a phase in the quark mixing matrix.
CP³-Black book 14

CP violation is also relevant for cosmology: it is one of the three conditions of Sakharov necessary
for a dynamical explanation of the observed baryon asymmetry of the universe (together
with baryon number violation and deviation from thermal equilibrium). The amount of CP violation
provided by the SM is, however, too tiny to explain the baryon asymmetry observed in
the universe: there must be at least one additional source of CP violation beyond the SM, yet to
be discovered by laboratory experiments.
CP violating phenomena beyond the SM that could be detected by ongoing and planned laboratory
experiments include: deviations from the SM description of the quark mixings, to be
probed mainly by the LHCb experiment at CERN; neutrino oscillations, because future long
baseline experiments could detect the CP violating PMNS-phase; fermion Electric Dipole Moments.
The origin of CP violation is poorly understood and is intimately linked to various open problems
in particle physics: the violation of flavour, the number of fermion generations, the nature
of the Higgs field and its role in the spontaneous breaking of the electroweak symmetry. In general,
theories beyond the SM possess many sources of CP violation. This is for instance the case
in supersymmetric models.
We plan to:
• Study and characterise new sources of CP violation associated to: observable deviations from
the CKM-description of the quark mixings; non-unitary neutrino oscillations; observable fermion
EDMs.
• From the model building point of view, we plan to analyse in particular: models with TeVscale
neutrinos, like the one we have put forward (See the Natural Fourth Family subsection),
which can be probed at LHC; models with minimal flavour violation and/or models with
flavour symmetries.
• Explore mechanisms to solve the CP and flavour problems of low-energy theories beyond the
SM. In this respect we will consider various frameworks beyond the SM: extended Higgs sectors
or alternative electroweak symmetry breaking models, grand unification, supersymmetry,
extra-dimensions, etc.
• Investigate mechanisms for the generation of the baryon asymmetry of the universe, and to
consider related astroparticle issues. For instance, we plan to explore the leptogenesis scenario.
These investigations will involve many cosmological aspects which we will address: phase transitions,
inflation, dark matter, dark energy, etc.
CP³-Black book 15

Strong Interactions
The main objective of this project is to study the phase diagram of strongly interacting theories,
using a variety of analytical and numerical methods. Our phase diagram together with the
summary of the various theories very recently investigated via first lattice simulations is shown
in Figure 1. Even very novel extensions of the SM, recently proposed by H. Georgi at Harvard,
termed “unparticle” physics can make use of the knowledge of the phase diagram we are proposing
to uncover.
Non-SUSY Phase Diagram
γ =1 γ =2
Fund
Ladder
Adjoint - SU(2)
Minimal Walking Technicolor
Conformal Chiral Symmetry Breaks Non QCD
3
SD Sannino Tuominen
Ryttov Sannino
2A
Catterall, Sannino 07
Catterall, Gidet, Sannino, Schneible 08
Del Debbio, Patella, Pica 08
Del Debbio et al.. 09
Hietanen, Rummukainen, Tuominen 09
Catterall, Giedt, Sannino Schneible 09
Bursa, Del Debbio, Keegan, Pica, Pickup
2
Υ=1
Dual
Sannino
2S
Adj
1
Υ=2 Ryttov Sannino
All Orders Beta Function
Ryttov and F.S. 07
Figure 1: Left panel: Our prediction for the phase diagram for SU(N) gauge theories with Nf fermions in various representations. The
shaded areas correspond to scale invariant theories. The different colors indicate different representations of the underlying fermions.
The dashed line correspond to the lower boundary obtained within the ladder approximation corresponding to the anomalous dimension
of the fermion mass operator, i.e. gamma around one. The lower solid line for any window corresponds to the new bound found by
us – corresponding to gamma equal two. Right panel: Blow up of the range of number of flavors for Dirac fermions in the adjoint representation
corresponding to the Minimal Walking Technicolor (MWT) theory. The theoretical predictions using duality (Sannino 09), ladder
approximation (Sannino-Tuominen 04) and all-orders beta function (Ryttov-Sannino 07) are reported together with the lattice simulations.
The red diamond corresponds to simulations indicating that the MWT is conformal while the yellow triangles indicate that the
theory is not like QCD and might be either conformal or near conformal (walking).
Gauge Dualities
We uncovered novel solutions of the 't Hooft anomaly matching conditions for QCD and other
strongly interacting theories. Interestingly in the perturbative regime the new gauge theories, if
interpreted as a possible duals, predict the critical number of flavors above which the original
theory, in the nonperturbative regime, develops an infrared stable fixed point. Remarkably this
value is identical to the maximum bound predicted in the nonpertubative regime via the allorders
conjectured beta function for nonsupersymmetric gauge theories.
[QCD Dual. Francesco Sannino, (Southern Denmark U., CP3-Origins). CP3-ORIGINS-2009-6. Published in
Phys.Rev.D80:065011,2009. e-Print: arXiv:0907.1364 [hep-th]
Higher Representations Duals. Francesco Sannino, (Southern Denmark U., CP3-Origins) . CP3-ORIGINS-
2009-13. Published in Nucl.Phys.B830:179-194,2010. e-Print: arXiv:0909.4584 [hep-th]]
CP³-Black book 16

Holographic Conformal Window
We proposed a five-dimensional framework for modeling the background geometry associated
to (super) Yang-Mills (YM) as well as to nonsupersymmetric gauge theories possessing an infrared
fixed point with fermions in various representations of the underlying gauge group. We investigated
the effects of adding flavors and have shown that, in the holographic description of
the conformal window, the geometry becomes AdS when approaching the ultraviolet and the
infrared regimes. As the number of flavors increases within the conformal window we observed
that the geometry becomes more and more of AdS type over the entire energy range.
[Holographic Conformal Window - A Bottom Up Approach. Matti Jarvinen, Francesco Sannino, .
CP3-ORIGINS:2009-23, Nov 2009. e-Print: arXiv:0911.2462 [hep-ph], Submitted for publication]
Constraints on Conformal Windows from Holographic Duals.
Oleg Antipin, Kimmo Tuominen,. P3-ORIGINS-2009-25, Dec 2009. 19pp. e-Print: arXiv:0912.0674 [hep-ph]]
Lattice for Technicolor
We presented results from high precision, large volume simulations of the lattice gauge theory
corresponding to minimal walking technicolor. We find evidence that the pion decay constant
vanishes in the infinite volume limit and that the dependence of the chiral condensate on quark
mass is inconsistent with spontaneous symmetry breaking. These findings are consistent with
the all-orders beta function prediction as well as the Schroedinger functional studies that indicate
the existence of a nontrivial infrared fixed point.
[Probes of nearly conformal behavior in lattice simulations of minimal walking technicolor.
Simon Catterall, (Syracuse U.) , Joel Giedt, (Rensselaer Poly.) , Francesco Sannino, (Southern Denmark U.,
CP3-Origins) , Joe Schneible, (Syracuse U.) . CP3-ORGINS:-2009-14, Oct 2009. 16pp.
e-Print: arXiv:0910.4387. Submitted for publication]
For the future our research plan is to:
• Develop new analytic tools to attack nonperturbative dynamics. These include the aforementioned
beta function, extradimensional approaches derived from string theory as well as alternative
large number of colors limits.
• Fully investigate the phase diagram also as function of temperature, matter density and with
multiple matter representations.
• Extend the calculations of gauge theories with fermions in higher-dimensional representations
to large lattices and smaller lattice spacings.
The phase diagram of strongly coupled theories has an immediate impact upon the construction
of sensible extensions of the SM. The dynamical breaking of the electroweak symmetry is a
time-honoured example. Cosmology will be impacted as well if technibaryons are the cold dark
matter candidates as mentioned earlier. Their properties would very much help cosmologists
since details about their interactions with ordinary matter could be derived via first principle
computations. Last but not least, charting out the phase diagram is of the utmost importance for
QCD and hence for the heavy ion programme at the LHC. Our group together with its close
collaborators unites expertise relevant for studying the theory and phenomenology of nucleus--
nucleus collisions, and to explore matter in extreme conditions.
Beyond Particle Physics
CP³-Black book 17

The geometry group at SDU provides the mathematical soul of the centre and is involved in
providing a strong training in mathematics and complementary expertise for the high energy
component. SM extensions have a significant mathematical content, particularly in the form of
differential geometry, Lie group theory and topology. We report below some of their scientific
output and ongoing research.
Hyperkähler Modifications
We investigated a general framework for cutting constructions and reinterpret in this setting the
work on non-Abelian symplectic cuts by Weitsman. We then introduced two analogous non-
Abelian modification constructions for hyperkähler manifolds: one modifies the topology significantly,
the other gives metric deformations. We highlighted ways in which the geometry of
moment maps for non-Abelian hyperkähler actions differs from the Abelian case and from the
non-Abelian symplectic case.
[Non-Abelian Cut Constructions and Hyperkähler Modifications. Andrew Dancer (Oxford),
Andrew Swann (IMADA & CP3-Origins), arXiv:1002.1837. Submitted for Publication]
Harmonic Maps
We used filtrations of the Grassmannian model to produce explicit algebraic formulae for harmonic
maps of finite uniton number from a Riemann surface to the unitary group for a general
class of factorizations by unitons. We showed how these specialize to give explicit formulae for
harmonic maps into the special orthogonal and symplectic groups, real, complex and quaternionic
Grassmannians, and the spaces SO(2m)/U(m) and Sp(n)/U(n), i.e., all the classical compact
Lie groups and their inner symmetric spaces. Our methods also give explicit J_2-
holomorphic lifts for harmonic maps into Grassmannians and an explicit Iwasawa decomposition.
[Filtrations, factorizations and explicit formulae for harmonic maps. Martin Svensson
(IMADA & CP 3 -Origins), John C. Wood (Leeds), arXiv:1002.1837. Submitted for Publication]
Strong KT geometry
A strong KT (SKT) manifold consists of a Hermitian structure whose torsion three-form is
closed. We classified the invariant SKT structures on four-dimensional solvable Lie groups. The
classification includes solutions on groups that do not admit compact four-dimensional quotients.
It also shows that there are solvable groups in dimension four that admit invariant complex
structures but have no invariant SKT structure.
[Invariant strong KT geometry on four-dimensional solvable Lie groups. Thomas Bruun Madsen
(IMADA and CP 3 -Origins) and Andrew Swann (IMADA and CP 3 -Origins), IMADA-PP-2009-16, CP3-
ORIGINS: 2009-22,arXiv:0911.0535v1 [math.DG]. Submitted for Publication]
We will continue investigating the geometric structure of the Standard Model and its extensions.
One interesting example is the topological structure of generic models of dynamical electroweak
symmetry breaking. The physics of these topological terms can be investigated at the
LHC.
CP³-Black book 18

Milestones
Scientific
The roadmap covers a broad spectrum of research activities. We indicate here the scientific and
recruitment milestones for the next two years. Within this time we expect to have:
• Constructed benchmarks for dynamical electroweak symmetry breaking.
• Made progress on the phase diagram of strongly interacting theories both analytically and via
lattice simulations.
• Assessed signatures for new physics in the quark flavour sector, in collaboration with experimental
colleagues.
• Proposed new models with TeV scale neutrinos.
Progress will be measured by the high quality of the scientific output of the team in the form of
peer-reviewed research papers, proceedings and invited presentations at international conferences.
We will constantly keep updated with respect to recent experimental results and theoretical
developments and will adjust our research plan to maximize our scientific impact.
Recruitment and Meetings
Recruitment follows the schedule detailed in the new Appendices of the original contract with a
few adjustments meant to further strengthen the centre’s international impact. The adopted recruitment
strategy ensures steady progress and optimal research output. In the year 2010 we
will organize the conference “Origin of Mass 2010” and one graduate school in November 2010
where the Nobel prize in physics G. ‘t Hooft will lecture. We have already been accepted to be
the main organizers of the meeting “Origin of Mass 2012” in Nordita, Sweden. The first two
events will take place at the centre and will be prepared in collaboration with our renowned
international partners. We briefly summarize below the tentative hiring schedule for the coming
year.
SDU will open at least one new tenure-track assistant professor position expected to be filled by
the Fall 2010 in particle physics and cosmology. The position is fully financed by the institution.
We have already hired two postdocs to start in the fall in 2010. We will open two more positions
in the fall 2010.
We have already hired two PhDs students and will open at least one more position for 2010.
Prof. Stanley J. Brodsky has just arrived, March 19 2010, and will spend several months at the
centre as distinguished H.C. Andersen Academy professor.
CP³-Black book 19

Community
As a bright scientific beacon, the CP 3 -Origins centre at the University of Southern Denmark is
both enriching and serving the research community. It puts Denmark at the forefront of research
in this field and creates the potential for achieving substantial global recognition.
Being in the frontline, our approach is one of transparency, accountability and a real commitment
to engaging citizens. Value to the community can be measured qualitatively in terms of
the centre becoming a household name in Odense and in the Region, and by generating greater
interest in the public arena, and quantitatively in its effect on the numbers of young people
choosing to study physics at higher levels.
We have launched a large number of extremely successful and novel outreach activities that will
harness the energy generated by the fascination of young and old alike for particle physics, to
further fuel our work and to give something tangible and of quality in return.
Science Revealed Behind Angels and Demons
CP³-Origins together with the University of Southern Denmark, CERN, Fermilab, the US Department
of Energy, National Science Foundation, as well as several other worldwide organizations
proudly presented the science revealed behind the
Sony Pictures blockbuster Angels and Demons. The events
took place on October 20 and 21st 2009 at the Kulturmaskine
conference center in Odense. The first day was
reserved for high school students while the second day
was open to the general public. The event was a success
and sold out on both days.
CP³-Genius Program
We launched in February 2010 a novel initiative meant to allow the brightest young minds at
the bachelor and high school level to join the research activities at our centre.
Here is the way it works:
For Bachelor Students: If you are enrolled as a bachelor student in physics at the University of
Southern Denmark, and you think you are not challenged enough, you have top grades and are
burning for understanding the fundamental laws of the universe, you are perfect for the genius
program.
You will:
• Keep following your standard bachelor curriculum in physics and, at the same time, you will
be able to join the advanced research programs at our centre.
• Be part of a mini unit consisting of a graduate student (master and/or PhD student), an experienced
researcher (typically a postdoc), and a staff member.
• Be assigned a research topic on which you will have to report regularly and possibly do research
work on it.
CP³-Black book 20

• Be able to acquire the required skills ranging from the use of supercomputers, advanced theoretical
physics concepts and mathematics in order to address
the challenging problems you will encounter.
For High School Students: High school students with excellent
grades in mathematics and physics can be hosted for one or
two days at our centre. Here the student will be assigned to
a mini unit like the one above and will be able to learn
about some of the basic topics in cosmology, high energy
physics and more generally learning about the fundamental
laws of the universe and why they must be amended to explain
yet the many open questions in cosmology and particle
physics.
For High School Teachers: We will be happy to have high school teachers and their classes visiting
our centre and get up-to-date information about the fundamental laws of the universe.
They will learn about the latest news from the Large Hadron Collider experiment at the European
Centre of Nuclear Research (CERN) in Geneva, Switzerland. We will let them know also
about the latest news on dark matter and energy obtained
via cosmological observations. We will introduce in lay
terms new theories and ideas which might help solve some
of the fundamental puzzles posed by nature.
The program has been a great success and the centre counts
already five CP³-genius bachelor students who have started
in February/March. We hosted the first students from the
Tornbjerg Gymnasium on the 12th of February 2010. The
pictures here are from the school visit.
This honor program concept is being copied by several other research centres in Denmark.
CP³-Black book 21

CP³ in the Press
Several times the centre, and centre members appeared in the news or contributed with articles
in magazines specialized for scientific outreach. Two examples are: i) The article published on
the 29th of September 2010 “Stoffets hemmelighed skal afsløres i Odense” appeared on
videnskab.dk; ii) The contribution
“Universets lyse og mørke
side”, by the centre’s leader, published
on the Aktuel Naturvidenskab
magazine.
Several other scientific outreach
magazines have written about
the centre’s activities.
Illustration: NASA, ESA and R. Massey (California Institute of Technology).
CP³-Black book 22

CP 3 -Origins Poster Collection
PhD, Postdoc and Faculty Positions
June 18, 2009
University Hall
8 pm
Lorem ipsum dolor. Fusce urna
magna neque vita.
Ipsum in consectetuer
Proin in sapien. Proin in
sapien. Fusce urna magna
neque egeuat vita consectetuer
Proin in sapien.
Proin in sapien. Fusce
urna magna egeuat.
Proin in sapien
Fusce urna magna neque
egeuat vita consectetuer
in sapien. Fusce urna
magna neque egeuat vitae
lorem ipsum dolor urna
magna
Consectetuer in
In consectetuer Proin in
sapien. Proin in sapien.
Fusce urna magna neque.
Fusce urna magna neque
egeuat vitae lorem ipsum
The Centre of excellence in Particle Physics and Phenomenology
dolor urna magna.
C P 3
- O r i g i n s
Dark and Bright Mass’ Origins
has openings for outstanding candidates at the level of PhD, postdoc
and faculty positions in particle physics phenomenology.
www.cp3-origins.dk
Director
Francesco Sannino, CP 3 - Origins
Board Members
Stan J. Brodsky, SLAC/Stanford
Paolo Di Vecchia, NORDITA
Paul Hoyer, Helsinki
Michelangelo Mangano, CERN
Finn Ravndal, Oslo
Torbjörn Sjöstrand, Lund
Courtesy of SLAC and Nicolle Rager
Contact: Francesco Sannino sannino@cp3.sdu.dk
CP³-Black book 23

C P 3
- O r i g i n s
Origins of Dark and Bright Mass
Inauguration of the Centre for Particle Physics Phenomenology
Key note speakers
Bock (DNRF)
Brodsky (SLAC/Stanford)
Di Vecchia (NORDITA)
Hoyer (Helsinki)
Mangano (CERN)
Pedersen (SDU)
Ravndal (Oslo)
Sannino (CP! - Origins)
Sjöstrand (Lund)
Tuesday 24 November 2009
Auditorium 100, Univ. Southern Denmark
Meeting Starts at 10 AM
CP³-Black book 24

C P 3
- O r i g i n s
Origins of Dark and Bright Mass
Origin of Mass Mini Workshop
Main speakers
Keijo Kajantie (Helsinki)
18
16
14
Chris Kouvaris (Brussels) 12
Isabella Masina (CP! & Ferrara) 10
N f
8
Kari Rummukainen (Helsinki)
6
Subir Sarkar (Oxford)
4
Robert Shrock (Stony Brook)
2
Local Organizing
Committee
0
2 3 4 5 6 7
N
Dennis D. Dietrich
Francesco Sannino
Joseph Schechter
Kimmo Tuominen
Wednesday November 25, 2009
www.cp3-origins.dk
CP³-Black book 25

2nd Odense Winter School on
Geometry and Theoretical Physics
Main speakers
Luigi del Debbio (Edinburgh)
Claudio Pica (Edinburgh)
George Papadopoulos (King's London)
Nigel Hitchin (Oxford)
Thomas Ryttov (Stony Brook)
Francesco Sannino (Southern Denmark)
Mads Frandsen (Oxford)
Andrew Swann (Southern Denmark)
Local Organizing Committee
Dennis D. Dietrich
Francesco Sannino
Martin Svensson
Andrew Swann
November 26-27, 2009
imada.sdu.dk/~swann/Winter-2009/
GEOMAPS
www.geomaps.au.dk
CP³-Black book 26

Origin of Mass 2010
Understanding what lies beyond
Review Talks
Michael Creutz (BNL)
George T. Fleming (Yale)
Chris Hill (Fermilab)
Fabio Maltoni (CP3-Louvain)
Andrea Romanino (SISSA)
Raju Venugopalan (BNL) *
* To be confirmed
Experimental Overviews
Thomas Peitzmann (ALICE)
Alesandro Nisati (ATLAS)
Richard Schnee (CDMS)
Hannu Kurki-Suonio (Planck)
Committees
International Advisory! ! Local Organizing
Stanley J. Brodsky (SLAC)!! Dennis D. Dietrich
R. Sekhar Chivukula (Michigan)! Stefano Di Chiara
Paolo Di Vecchia (NORDITA)! Matti Järvinen
Paul Hoyer (Helsinki)! ! Francesco Sannino
Michelangelo L. Mangano (CERN)! Martin Svensson
Finn Ravndal (Oslo)! ! Andrew Swann
Elizabeth H. Simmons (Michigan)! Kimmo Tuominen
Tjorbjörn Sjöstrand (Lund)!
May 3-7, 2010
CP³-Origins
University of Southern Denmark
Rubjerg Knude Fyr by Dennis D. Dietrich
More information at cp3-origins.dk/mass2010
CP³-Black book 27

CP³-Genius Program
The Centre of excellence in Particle Physics Phenomenology
The Revolutions to Come
__________________________
We aim to make the next big leap
in particle physics:
Uncovering the origins of bright
and dark mass in the universe.
We launch a novel initiative meant to allow the brightest young minds at the bachelor level to join
the research activities at our centre.
If you have top grades and are burning for understanding
the fundamental laws of the universe, you
are perfect for the genius program.
Here is the way it works
You will:
• Keep following your standard bachelor curriculum and, at the
same time, you will join the advanced research programs at
our centre.
• Be part of a mini unit consisting of a graduate student (master
and/or PhD student), an experienced researcher (typically a
postdoc), and a staff member.
• Be assigned a research topic on which you will have to report
regularly and possibly do research work on it.
• Be able to acquire the required skills ranging from the use of
supercomputers, advanced theoretical physics concepts and
mathematics in order to address the challenging problems you
will encounter.
Courtesy of SLAC and Nicolle Rager
Please contact Lone Charlotte Nielsen lcnielsen@cp3.sdu.dk
or see:
www.cp3-origins.dk
CP³-Black book 28

Personnel Overview 01.09-31.12.2009
Personnel
Employment
period in 2009
Financed by (indicated in fulltime
equivalent)
Foreign
employee
For ph.d.-stud.
and postdocs:
State previous
education
(cand.scient. etc.)
Name
Centre leader
Designation of occupation
DNRF
Host Institution
Francesco Sannino Professor entire period 1.0
Scientific personnel
Other
financing
(mark
with a
cross)
Stefano Di Chiara Postdoc entire period 1.0 x PhD in Physics
Dennis Dietrich Assistant Professor entire period 1.0 x
Rolf Fagerberg Associate Professor entire period 0.1
Hidenori Fukanu Sakuma Postdoc entire period 1.0 x PhD in Physics
Matti Järvinen Postdoc entire period 1.0 x PhD in Physics
Arne Lykke Larsen Associate Professor entire period 1.0
Isabella Masina Adjunct Professor entire period 0.1 x
Niels Kjær Nielsen Docent entire period 1.0
Martin Svensson Associate Professor entire period 0.2 x
Andrew Swann Associate Professor entire period 0.2 x
Kimmo Tuominen Assistant Professor entire period 0.7 0.3 x
Roman Zwicky Adjunct Professor entire period 0.1 x
Guest researchers
Joseph Schechter Professor entire period 1.0 x
Jacopo Bechi
Postdoc
01.09.2009-30
.11.2009 1.0 x PhD in Physics
Administrative personnel
Academic Staff, IT, 20
Jens Svalgaard Kohrt h/weekly entire period 0.5
Lone Charlotte Nielsen Centre Secretary entire period 1.0
Ph.d.-students
Thomas Bruun Madsen PhD student entire period 1.0
Master in Mathematics
CP³-Black book 29

Postdoctoral Positions 2009 - Statistics
We received 165 applications for two postdoctoral positions in particle physics. Since we were
curious to know from which countries the applications came, we made a pie representing the
distribution of the nationalities of the pool of applications we received, another pie representing
the continents and another the gender distribution. In total, we received applications from 41
different countries.
CP³-Black book 30

Appendix
Appendix A: External Relations
Collaborator
Name (person and/or
institution) Country
Collaboration
subject and/or
title
Århus University, DK C, X Ongoing
Output/ results of
collaboration, if
any
Brookhaven National Lab, C
Ongoing
USA
x
Brussels University, BE A, B 1 paper (arXiv:
0911.4096) x
Cambridge University A, C Ongoing
CERN, CH A, B, C Ongoing
x
Copenhagen University, DK C Ongoing
x
Edinburgh University, UK A, C Ongoing
x
Fermilab, US A, B Ongoing
x
Ferrara University, IT A, B 1 paper (arXiv:
0905.1331) x
Firenze University, IT A Ongoing
x
Frankfurt University, DE C Ongoing
x
Groningen University, NT C Ongoing
x
Harvard University A, C Ongoing
Jena University, DE A, C Ongoing
x
LNF, IT A, B, C Ongoing
x
Ludwig-Maximilians-
Universitaet Muenchen
A
Ongoing
x
Lund University, SE C, X Ongoing
x
Michigan State University,
USA
A
1 paper
(arXiv:0908.1079)
x
NORDITA, SE A Ongoing
x
Oslo University, NO A Ongoing
x
Oxford University, UK A, B 1 preprint (arXiv:
0911.0570) x
Pisa University, IT C Ongoing
x
Rensselaer Poly. USA C 1 preprint (arXiv:
0910.4387) x
Southampton University, UK A, B, C Ongoing
x
Stanford University, USA C Ongoing
x
Stony Brook University,
USA
A, C Ongoing
x
Swansea University, UK A, C Ongoing
x
Syracuse University, USA A, C 1 preprint (arXiv:
0910.4387) x
Technical University of X
Manuscript under
Denmark
preparation
x
Technion & University of X
One article and a
Haifa, Israel
draft
x
University of Helsinki, Finland
A, C 1 paper (arXiv:
0910.3681) x
University of Jyväskylä,
Finland
A, B, C 2 papers (arXiv:
0910.3681,
0912.2295), 2 preprints
(arXiv:0909.4879,
0912.0674) x
University of Leeds X Manuscript to appear
in Quarterly
Journal of Mathematics
University of Wuppertal A, C Ongoing
Yale University, USA A, C Ongoing
Collaboration with: (Please tick the appropriate box)
Danish universities,
Foreign universi-
Danish com-
Foreign
research ties, research panies companies
groups and groups and institutions
institutions
x
x
x
x
CP³-Black book 31

A: Corresponds to 3.1 in the Project = Models (Origin of Dark and Bright Mass)
A1 = Dynamical Origin of Mass
A2 = Stringy Extensions
A3 = Supersymmetric extensions of the Standard Model with Strong Dynamics
B: Corresponds to 3.2 in the Project =Flavour and CP Violation
B1 = Flavour structure and violation in extensions of the SM
B2 = Matter and Antimmater asymmetry problem
C: Corresponds to 3.3 in the Project = Strong Interactions
C1 = Phases of Nature
C2 = LHC Tools
X: Corresponds to 4.7 in the Project = Beyond Physics/Interdisciplinary
X1 = Computer Science for Particle Physics.
X2 = Geometrical aspects of the Standard Model and Beyond
CP³-Black book 32

Appendix B: Conferences
Please outline the centres disseminations of results and networking through participation
in large international conferences, symposia etc. by a) list the number of conferences,
symposia, seminars etc. the centre has arranged or participated in the planning
of and by b) list the number of conferences, symposia, seminars etc. the centre has participated
in with contributions.
a) Organisation of international conferences, symposia, seminars etc.
Title of event
Number of participants, estimated distribution:
Danish
International
Journal Club: Perturbed S3 neutrinos 6 12
Journal Club: Nature of light scalar mesons f0(600)
6 12
and a0(980) from a linear sigma model with vector
mesons
Journal Club: QCD condensates in ADS/QCD 6 12
Journal Club: Unnatural Technicolor 6 12
Journal Club: The Mass Anomalous Dimension of
6 12
SU(2) with two Adjoint Fermions
Journal Club: Multi-Moment Maps 6 12
Journal Club: Self-Similarity and Power Asymptotics
29 12
for Families of Stochastic Processes
Journal Club: Resumming Leading Logarithmic Corrections
6 12
in O(N)
Lecture: Primordial Non-Gaussianity in the Cosmic
6 12
Microwave Background as a probe of fundamental
physics
Lecture: Candidates for Dark Matter 6 12
Lecture: Topology and the Universe 6 12
Lecture: Approaching QCD via Holography 6 12
Lecture: Lattice studies of chiral symmetry 6 12
Lecture: Center symmetry in the planar limit of SU(N)
6 12
gauge theories with fermions in two-index representations,
and orientifold planar equivalence
CP³-Origins Inauguration 31 25
Origins of Mass Mini Workshop 9 19
Winter School on Geometry and Theoretical Physics 13
CP³-Black book 33

) Participation in international conferences, symposia, seminars etc.
Title of event Venue Name(s) of participant(s)
Contribution Invited talk
(talk, abstract,
paper, check)
(please
poster,
other)
Brazilian Physical Society Meeting
Brazil Francesco Sannino Plenary Talk x
LC09 Perugia, Italy Francesco Sannino Plenary Talk x
Referee for Oslo University CERN Francesco Sannino Referee
Seminar
Seminar
Strong Coupling Gauge Theories
in LHC Era
XII Mexican Workshop on Particles
and Fields
Cluster of Excellence
for Fundamental
Physics
Arnold Sommerfeld
Centre for Theoretical
Physics
Noyori Conference
Hall, Nagoya University,
Nagoya,
Japan
Mazatlan, Mexico,
November 2009
Dennis D. Dietrich
Dennis D. Dietrich
Francesco Sannino,
Kimmo Tuominen,
Hidenori Fukano
Sakuma
Joseph Schechter
Talk
Talk
Plenary Talk
Talk
Talk
Talk, Minicourse
lectures
Geometry Seminar Oxford University Andrew Swann Talk x
x
x
CP³-Black book 34

Appendix C: Educational activities
Please list all educational activities the centre is involved in. Including PhD-courses,
courses on bachelor- and master-level and other activities on academic level as well as
summer schools and courses taught abroad. Please state ECTS points (if possible) and
length of the course (in hours)
Title and date of activity ECTS Length of course Number of participants
(number of hours)
Riemannian geometry and Einstein metrics, Master's
5 50 9
course, September-November 2009
Supersymmetry, Master's course, November-
5 25 3
December 2009.
From LHC to ILC, study activity, September-
5 15 1
October 2009.
Lattice field theory, study activity, September-
5 0 1
October 2009.
Quantum physics, Master's course, September- 10 84 6
December 2009.
Origins of Mass, mini workshop, 25 November.
2009.
0 5 28 participants, of which
5 were students
Winter School on Geometry and Physics, International
confrence and workshop, 26-27 November
0 10 42 participants, of which
12 were students
2009.
CP3 journal club, September-December 2009. 0 8 On average 18 participants,
of which 5 were
students
CP3 lectures, September-December 2009. 0 6 On average 18 participants,
of which 5 were
students
Students supervised at the centre by staff members
Number of graduated PhD-students Number of graduated Master-students
0 1
CP³-Black book 35

Appendix D: Academic services
Please list the activities for the entire group of centre staff members.
a) Scholarly communication
Title of the journal
Editorial work
(please check)
PRD Referee 2
MPLA Referee 2
Glasgow Mathematical
Journal
Referee 1
PRD = Physical Review D
MPLA = Modern Physics Letters A
Number of peer
reviews and preassessments
done
for the journal
b) Assessments, international panels, membership and supervision
Number of staff
conducting academic
services
Number of grant
and/or career/
tenure assessments
plus international
panels
Number of positions
and council seats in
learned societies
Number of Ph.d.
and doctor evaluations,
national and
international
Number of primary
supervisions of
Ph.D and master
students
Francesco Sannino
6 number of grants,
2 international assessments
4 seats as a board
member
0 2 Ph.D students, 4
Master
Kimmo Tuominen 0 0 0 5 Ph.D students, 1
Master
Memberships:
German Physical Society
Physical Society of Frankfurt
CP³-Black book 36

Appendix E: External funding
Please list all external funding gained by the centre leader or centre members. List
only funding gained for centre activities including external PhD-grants. List the full
amount and the part of the total amount allocated to reported year.
Public Danish
funds
Origin of Mass
(Major Framework
Grant)
Gauge Theories
of Fundamental
Interactions: Theory
and Phenomenology
(SKOU)
EliteForsk-pris
(Framework
Grant)
GEOMAPS
Steno grant
Origin of Mass on
Supercomputers
Private Danish
funds
Villum Kann
Rasmussen
Postdoc Blokstipendium
International
funds
Funding
body
Forskningsog
Innovationsstyrelsen
Forskningsog
Innovationsstyrelsen
Forskningsog
Innovationsstyrelsen
Forskningsog
Innovationsstyrelsen
Forskningsog
Innovationsstyrelsen
Danish Center
for Scientific
Computing
Villum Kann
Rasmussen
Fonden
Purpose Applicant Activity period
Research
Research
Research
Research
Hardware
Research
Francesco
Sannino
Francesco
Sannino
Francesco
Sannino
Francesco
Sannino &
Andrew
Swann
Dennis Dietrich
Francesco
Sannino
Francesco
Sannino
01.01.2009-3
1.12.2011
Until
31.12.2009
01.02.2010-3
1.12.2012
01.01.2008-3
1.12.2010
01.10.2007-3
0.09.2010
01.04.2008-3
1.03.2012
01.04.2009-0
1.10.2010
Granted
amount in
DKK
Part of total
amount allocated
to reported
year
3,500,000 554,649
714,394 133,691
1,000,000 -
300,000 80,000
2,260,000 251,000
800,000.00 300,000
512,594 24,526
CP³-Black book 37

Appendix G: Public outreach
Please list public outreach activities in media, press, high schools etc.
a)Electronic
media
Specific media (TV,
radio, other)
Date
Type of communication
(inter-view, commentary,
debate, feature
program etc)
Subject/ Title
Contributor from the
centre
Videnskab.dk 29.09.2009 Article Stoffets hemmelighed
skal afsløres
i Odense
Francesco Sannino
TV2 Fyn website 26.11.2009 Article SDU forsker i universets
gåder
Francesco Sannino
b)Press
Specific media
(Daily newspapers,
journals, magazines,
other)
Date
Type of communication
(inter-view, commentary,
debate, feature
etc)
Subject/ Title
Fyens Stiftstidende 26.11.2009 Article SDU skal knække
universets gåde
Aktuel Naturvidenskab
25.11.2009 Article Universets lyse og
mørke sider
Contributor from the
centre
Francesco Sannino
Francesco Sannino
c)Other (talks at secondary educational institutions etc)
Specific type of
communication
(presentation/
lecturing at open
university, high
school etc)
Date Subject/Title Contributor from the
centre
Public lecture 20-21.10.2009 Science revealed behind
Angels and Demons
Francesco Sannino,
Jakob Jark Jørgensen,
Matin Mojaza,
Ulrik Søndergaard
CP³-Black book 38

Appendix I: Publications
The following is the complete publication list for CP 3 -Origins in 2009.
Num
ber
Year Authors and Affiliations Title Place of publication
0 2009 A.H. Fariborz, N.W. Park, J. Schechter Gauged linear sigma model and Phys.Rev.D80:113
(Syracuse University & CP³-Origins) and pion-pion scattering
001, 2009
M.N. Shahid (PR) (CO)
1 2009 Mads T. Frandsen (NBI and CP³-Origins), Fourth Lepton Family is Natural Phys.Rev.D81:035
Isabella Masina (University of Ferrara and in Technicolor
010,2010.
CP³-Origins) and Francesco Sannino (CP³-
Origins) (PR) (CO)
2 2009 Thomas A. Ryttov (NBI) and Francesco Conformal House
Sannino (CP³-Origins) (CO)
3 2009 Dennis D. Dietrich (CP³-Origins) (PR) Concerning gauge field fluctuations
around classical configurations
Phys.Rev.D79:107
703,2009
arXiv
arXiv:0905.1331v1
arXiv:0906.0307v1
arXiv:0904.0820v
4 2009 Dennis D. Dietrich (CP³-Origins) and Matti Pion masses in quasiconformal Phys.Rev.D79:057 arXiv:0901.3528v1
Järvinen (CP³-Origins) (PR)
gauge field theories
903,2009
5 2009 Dennis D. Dietrich (CP³-Origins) (PR) On invariants for particle propagation
Phys.Rev.D80:067 arXiv:0903.2293v2
in non-Abelian fields 701,2009
6 2009 Francesco Sannino (CP³-Origins) (PR) QCD Dual Phys.Rev.D80:065 arXiv:0907.1364v
011,2009
7 2009 Dennis D. Dietrich (CP³-Origins) (PR) A mass-dependent β−function Phys.Rev.D80:065 arXiv:0908.1364v3
032,2009
8 2009 Hidenori S. Fukano (CP³-Origins) and Minimal Flavor Constraints for
arXiv:0908.2424v2
Francesco Sannino (CP³-Origins)
Technicolor
9 2009 Dennis D. Dietrich (CP³-Origins), Matti Järvinen
(CP³-Origins) and Chris Kouvaris (NBI)
(CO)
Linear confinement without
dilaton in bottom-up holography
for walking technicolor
arXiv:0908.4357v1
10 2009 Dennis D. Dietrich (CP³-Origins) (PR) Dynamical electroweak symmetry
breaking by quasiconformal
technicolor theories
11 2009 Francesco Sannino (CP³-Origins) et al. (PR)
(CO)
12 2009 Renata Jora (Syracuse University), Joseph
Schechter (Syracuse University & CP³-
Origins), M. Naeem Shahid (Syracuse University
& CP³-Origins) (PR) (CO)
From the LHC to Future Colliders
(LHC2FC) WG 2 (No Higgs)
Summary
Perturbed S3 neutrinos
Kraków, Poland,
The Auditorium
Maximum of the
Jagiellonian University
CERN-PH-TH/
2009-166, DCPT/
09/136, IPPP/09/
068, SLAC-PUB-
13782 - invited
contribution for
CERN Yellow Book
Phys.Rev.D80:093
007,2009
arXiv:0909.3240v1
arXiv:0909.4414v1
13 2009 Francesco Sannino (CP³-Origins) (PR) Higher Representations Duals Nucl.Phys.B830:17 arXiv:0909.4584v1
9.194,2010
14 2009 Francesco Sannino (CP³-Origins) et al. (CO) Probes of nearly conformal
behavior in lattice simulations of
minimal walking technicolor
arXiv:0910.4387v1
15 2009 Jacopo Bechi (CP³-Origins) Instantons and quark zero
arXiv:0909.3015v1
modes in AdS/QCD
16 2009 Jacopo Bechi (CP³-Origins) QCD condensates in ADS/QCD arXiv:0909.4721v1
17 2009 Oleg Antipin (University of Jyväskylä), Resizing the Conformal Window:
arXiv:0909.4879v2
Kimmo Tuominen (CP³-Origins) (CO) A beta-function Ansatz
18 2009 Matti Antola (University of Jyväskylä), Matti
Heikinheimo (University of Jyväskylä),
Francesco Sannino (CP³-Origins), Kimmo
Tuominen (CP³-Origins)(CO)
Unnatural Origin of Fermion
Masses for Technicolor
Accepted for publication
in JHEP
arXiv:0910.3681v1
19 2009 Mads T. Frandsen (Oxford University),
Francesco Sannino (CP³-Origins) (CO)
i-TIMP: isotriplet Technicolor
Interacting Massive Particle as
Dark Matter
20 2009 Francesco Sannino (CP³-Origins) (PR) Conformal Dynamics for TeV
Physics and Cosmology
21 2009 Matti Järvinen (CP³-Origins), Niko Jokela
(Technion & University of Jaifa, Israel), Esko
Keski-Vakkuri (Helsinki Institute of Physics)
(PR) (CO)
22 2009 Thomas Bruun Madsen (CP³-Origins), Andrew
Swann (CP³-Origins)
23 2009 Matti Järvinen (CP³-Origins), Francesco
Sannino (CP³-Origins)
24 2009 Matti Järvinen (CP³-Origins), Chris Kouvaris
(Université Libre de Bruxelles), Francesco
Sannino (CP³-Origins) (CO)
Electrostatics approach to closed
string pair production from a
decaying D-brane
Invariant strong KT geometry on
four-dimensional solvable Lie
groups
Holographic Conformal Window -
A Bottom Up Approach
Gravitational techniwaves
Acta Physica
Polonica B, pages
3533-3743, Vol. 40
- Number 12
(2009)
Phys.Rev.D80:126
010,2009
Accepted for publication
in PRD
arXiv:0911.1570v2
arXiv:0911.0931v1
arXiv:0911.0339v1
arXiv:0911.0535v1
arXiv:0911.2462v2
arXiv:0911.4096v1
CP³-Black book 39

25 2009 Oleg Antipin (University of Jyväskylä),
Kimmo Tuominen (CP³-Origins) (CO)
Constraints on Conformal Windows
from Holographic Duals
26 2009 Kimmo Kainulainen (University of Jyväskylä Superweakly interacting dark
& University of Helsinki), Kimmo Tuominen matter from the Minimal Walking
(CP³-Origins), Jussi Virkajarvi (University of Technicolor
Jyväskylä & University of Helsinki) (PR) (CO)
27 2009 Jacopo Bechi (CP³-Origins) Statistical Hadronization and
Holography
28 2009 Jacopo Bechi (CP³-Origins) Comments on the Chiral Symmetry
Breaking in Soft Wall
Holographic QCD
JCAP
1002:029,2010
arXiv:0912.0674v2
arXiv:0912.2295v1
arXiv:0912.2660v2
arXiv:0912.2681v2
For the reporting to the Danish National Research Foundation, only published papers are listed
and they are divided into types of publications.
Peer-reviewed publications
Num
ber
Year Authors and Affiliations Title Place of publication
0 2009 A.H. Fariborz, N.W. Park, J. Schechter Gauged linear sigma model and Phys.Rev.D80:113
(Syracuse University & CP³-Origins) and pion-pion scattering
001, 2009
M.N. Shahid (PR) (CO)
1 2009 Mads T. Frandsen (NBI and CP³-Origins), Fourth Lepton Family is Natural Phys.Rev.D81:035
Isabella Masina (University of Ferrara and in Technicolor
010,2010.
CP³-Origins) and Francesco Sannino (CP³-
Origins) (PR) (CO)
3 2009 Dennis D. Dietrich (CP³-Origins) (PR) Concerning gauge field fluctuations
around classical configurations
Phys.Rev.D79:107
703,2009
4 2009 Dennis D. Dietrich (CP³-Origins) and Matti
Järvinen (CP³-Origins) (PR)
Pion masses in quasiconformal
gauge field theories
Phys.Rev.D79:057
903,2009
5 2009 Dennis D. Dietrich (CP³-Origins) (PR) On invariants for particle propagation
Phys.Rev.D80:067
in non-Abelian fields 701,2009
6 2009 Francesco Sannino (CP³-Origins) (PR) QCD Dual Phys.Rev.D80:065
011,2009
7 2009 Dennis D. Dietrich (CP³-Origins) (PR) A mass-dependent β−function Phys.Rev.D80:065
032,2009
12 2009 Renata Jora (Syracuse University), Joseph Perturbed S3 neutrinos
Phys.Rev.D80:093
Schechter (Syracuse University & CP³-
007,2009
Origins), M. Naeem Shahid (Syracuse University
& CP³-Origins) (PR) (CO)
13 2009 Francesco Sannino (CP³-Origins) (PR) Higher Representations Duals Nucl.Phys.B830:17
9.194,2010
21 2009 Matti Järvinen (CP³-Origins), Niko Jokela Electrostatics approach to closed Phys.Rev.D80:126
(Technion & University of Jaifa, Israel), Esko string pair production from a 010,2009
Keski-Vakkuri (Helsinki Institute of Physics) decaying D-brane
(PR) (CO)
26 2009 Kimmo Kainulainen (University of Jyväskylä
& University of Helsinki), Kimmo Tuominen
(CP³-Origins), Jussi Virkajarvi (University of
Jyväskylä & University of Helsinki) (PR) (CO)
Superweakly interacting dark
matter from the Minimal Walking
Technicolor
JCAP
1002:029,2010
arXiv
arXiv:0905.1331v1
arXiv:0904.0820v
arXiv:0901.3528v1
arXiv:0903.2293v2
arXiv:0907.1364v
arXiv:0908.1364v3
arXiv:0909.4414v1
arXiv:0909.4584v1
arXiv:0911.0339v1
arXiv:0912.2295v1
Peer-reviewed books/notes
Num
ber
Year Authors and Affiliations Title Place of publication
20 2009 Francesco Sannino (CP³-Origins) (PR) Conformal Dynamics for TeV
Physics and Cosmology
Acta Physica
Polonica B, pages
3533-3743, Vol. 40
- Number 12
(2009)
arXiv
arXiv:0911.0931v1
CP³-Black book 40

Peer-reviewed proceedings
Num
ber
Year Authors and Affiliations Title Place of publication
10 2009 Dennis D. Dietrich (CP³-Origins) (PR) Dynamical electroweak symmetry
breaking by quasiconformal
technicolor theories
11 2009 Francesco Sannino (CP³-Origins) et al. (PR)
(CO)
From the LHC to Future Colliders
(LHC2FC) WG 2 (No Higgs)
Summary
Kraków, Poland,
The Auditorium
Maximum of the
Jagiellonian University
arXiv
CERN-PH-TH/ arXiv:0909.3240v1
2009-166, DCPT/
09/136, IPPP/09/
068, SLAC-PUB-
13782 - invited
contribution for
CERN Yellow Book
Also state:
Total number of publications in reported year
Peer reviewed
divided into;
Number of journal articles 11
Number of conference series 2
Number of monographs 1
Number of book chapters 0
Others 0
Non-peer reviewed
CP³-Black book 41

March 2010 Photo Gallery
Faculty
From left to right: Dennis D. Dietrich, Rolf Fagerberg, Paul Hoyer, Arne Lykke Larsen, Isabella Masina, Niels Kjær Nielsen
From left to right: Claudio Pica, Francesco Sannino, Martin Svensson, Andrew Swann, Kimmo Tuominen, Roman Zwicky
Board
From left to right: Stanley J. Brodsky, Paolo Di Vecchia, Paul Hoyer, Michelangelo L. Mangano, Finn Ravndal, Torbjörn Sjöstrand
Administrative Staff
From left to right: Jens Svalgaard Kohrt, Lone Charlotte Nielsen
CP³-Black book 42

Research Staff
From left to right: Stefano Di Chiara, Matti Järvinen
PhD Students
From left to right: Eugenio Del Nobile, Tuomas Hapola, Thomas Bruun Madsen
Master Students
From left to right: Phongpichit Channuie, Jakob Jark Jørgensen, Matin Mojaza, Ulrik Ishøj Søndergaard
Bachelor Students
From left to right: Karin Dissauer, Helene Gertov, Asger Tobiesen, Martin Zangenberg
CP³-Black book 43

•
Address
CP³-Origins
University of Southern Denmark
Campusvej 55, 5230 Odense M, Denmark
Telephone: +45 6550 2316
Email: lcnielsen@cp3.sdu.dk