Nanotechnology - Nanotech Regulatory Document Archive - Arizona ...

Period Era Impact Results
1920’s Quantum Theory Qualitative materials understanding microstructureproperties
relationship
1980’s-
1990’s
Advanced
Materials
Revolution
Nanoscience &
nanotechnology
2000’s Nanoscience &
nanotechnology
©Kaounides, Fianti, Stingelin (2005)
Arrival of advanced materials enabled by
processing power, modeling, simulation & fabrication
of materials, mathematical advances
Quantitative materials fundamental understanding:
design and process materials with desired
microstructure to achieve specific properties
Fundamental understanding of properties of matter
at the nanoscale
Early stage of fundamental scientific understanding,
methodology, nanofabrication, building
nanostructure, systems, devices
Transistor, atomic
power & all
modern
technologies
Advanced metals,
ceramics,
engineering
plastics,
composites
Materials by
design
Nanoparticles,
nanocoatings, etc
From the presemtation of Lakis Kaounides, BSc, BComm, MA, FIoN to UNIDO EGM 12/2007 G.Bertogli 6
G.Bertogli 5
G.Bertogli 7
114
Period Era Impact Results
2000’s Convergence
of nano-bioinfo-cogno
2000-
2020
Materials fundamental understanding
Convergence
of nano-bioinfo-cogno
©Kaounides, Fianti, Stingelin (2005)
Metal Nanoparticles
Ceram ic nanoparticles
Sciences converging at the
nanoscale and with advances
in brain sciences
Fuller, more quantitative
Nanoscale materials
understanding, modelling,
simulation, fabrication/selfassembly,
integrative
platforms, system integration
From the presemtation of Lakis Kaounides, BSc, BComm, MA, FIoN to UNIDO EGM 12/2007
M ilita ry equ ipm ent and replac emnet in dic ators
Roco, Journal of Nanoparticles
Research (2001)
Roco, Journal of Nanoparticles
Research(2005)
From the presemtation of Lakis Kaounides, BSc, BComm, MA, FIoN to UNIDO EGM 12/2007 G.Bertogli 8
Quantum dots
Technologies Profiles Across the Value Chain
Nanom aterials Nano-intermediates Nano-enabled products
Carbon nanotubes
Dendrimers
Fullerenes
Na nopor ous materia ls
Nanostructured metals
Nanowires
Nanosensors
Nanocoatings
Nanocoatings
N anocom posite m at erials
Nanosensors
Nanocoatings
Nanocoatings
Source PNIC
Standalone sensors.
P oly m er c om p os ite m at er ials; field em ission display ; electro n ics c irc u its;
ultra-ligh resolution imaging.
Antib acterial coating.
B iolog ica l ass ay ; p rop e llan ts; no ve l ther ap e utics; ca talys t; so la r ce lls.
Parquet floors, paper, metal and plastics.
P ig me n ts (p ap er , p las tic s); p e rso n al c ar e p ro duc ts; an tim icr obials additiv e s
(wood preservation, marine antifouling systems, thermoplastics, surface
cleaners); dental materials; polishing semiconductor wafers; advanced
ba tteries.
D r ug de liv e ry; dia g no stic im ag in g; g e ne the rap y , o pto e le tro n ic s (o rg an ic s
li g h t e m it t ing d is pl ay s , O L E D s )
Sport equipment; motor vehicles; aircraft.
D r ug s; E le tro n ics ( ph oto de te cto r f or X -ra y , fu e l ce ll m em b ran e s, tran sis to r
and s olid -state m emory devices); lubrificants (oil); m edical im aging;
specialt y po ly m er .
Standalone sensors
Insu lato r (c onstru ction m at eria ls; apparel, pharm a ceut ica ls); ca rries; filter s
(w at er f iltrat io n sy stem s); c ata ly st sup por t; tem plates
Aer ospac e com ponents; au tom otive c omponen ts; c on stru ction equipm en t;
spor ts eq uipm en t.
Engine components; defense armor; sports equipment; medical implants.
Consumer electronics, military equipment, rooftop materials.microchips;
biosensors; light-emitting diode (LED) encapsulatants.
S olar c ells (cons um er elec tronics , m ilit ary equ ipm en t, rooft op m at erials;
tuna ble em ission sou rce (laser)