Authors’ BiographiesJonathan J. Bernstein is <strong>Laboratory</strong> Technical Staff in the Micro/Nano Systems group. He has beenat <strong>Draper</strong> <strong>Laboratory</strong> since 1986, except for the period 2000-2003 when he served as Vice Presidentof <strong>Technology</strong> at Corning–IntelliSense Corporation. He has led many projects, including inertialMicroelectromechanical Systems (MEMS) such as the tuning-fork gyro and accelerometers, vibrationsensors, acoustics (condenser microphone, condenser hydrophone, high-frequency imaging sonar),micromirrors for optical switching arrays and optical coherence tomography (OCT) endoscopes,optical spatial light modulator arrays, RF resonant tags for magnetic resonance imaging (MRI), amicrofluidic DNA identification chip, solid-state cesium sources, and many others. Technologiesutilized include electrostatic and electromagnetic transduction, PZT on silicon devices, opticalwaveguides, and solid-state ionic conduction. He has over 38 patents and has published over 59papers. Dr. Bernstein holds a B.S.E.E. from Princeton University in Electrical Engineering andComputer Science (EECS)-Physics, and M.S. and Ph.D. degrees from the University of California,Berkeley in EECS with concentrations in Materials Science and Chemical Engineering. While atBerkeley, he was awarded both NSF and Hertz Foundation graduate fellowships.Steven A. Feller, B.D. Silliman Professor of Physics, came to Coe College in 1979 after completing hisdoctorate in Physics at Brown University. Since that time, he has worked with more than 200 studentsin undergraduate research studying physical properties and atomic structure in a wide variety of oxideglass systems. Over 125 journal papers have been published in refereed journals in the field, and morethan 250 student and faculty presentations have been given at national and international meetings.Honors include Fellow of the American Ceramic Society and the British Society of Glass <strong>Technology</strong>,Distinguished Iowa Scientist by the Iowa Academy of Sciences (1999), and Iowa Professor of the Year(1995) by the Carnegie Foundation for the Advancement of Teaching. He also received the 1993American Physical Society Prize to a Faculty Member for Research in an Undergraduate Institution.During spring and summer 1996, he served as a Fulbright Scholar to the United Kingdom where hedid neutron scattering studies of glasses. In 2001, 2006, and 2011, he was Visiting Professor of Physicsat Sojo University (Japan) and at the University of Warwick (England). From 1996-2002, he served onthe national board of the Society of Physics Students. In 2002 and 2004, he was elected the president ofSigma Pi Sigma, the National Physics Honor Society. He was especially gratified to have been awardedthe C.J. Lynch Prize as Teacher of the Year by the 1993 senior class of Coe College. Last year, he playedNiels Bohr in Coe’s production of the play Copenhagen.Jason Maldonis is currently an undergraduate at Coe College in Cedar Rapids, Iowa. He hasconducted glass science research under Dr. Steve Feller characterizing the structure and propertiesof alkali borovanadate and silicovanadate glasses. He has also worked to develop a radiation-hardscintillator for the CMS experiment at CERN under Dr. Ugur Akgun. Mr. Maldonis presentedresearch in poster form at the International Congress on Glass (Salvador, Brazil, 2010). He is activelyinvolved in the Society of Physics Students as a member of the national planning committee for the2012 Quadrennial Physics Conference in Orlando, Florida.Mark J. Mescher is a Principal Member of the Technical Staff at <strong>Draper</strong> <strong>Laboratory</strong>. He conductsresearch and development of MEMS systems and devices, with emphasis on component design andfabrication process development. He has served as the Technical Lead for projects including MEMSbasedinertial and vibration sensors, microfluidic drug delivery systems, chip-scale atomic clocks,and MEMS ultrasound underwater imaging systems. He has won <strong>Draper</strong>’s Best Patent (2007) andDistinguished Performance Awards (2005). Dr. Mescher received M.S. (1995) and Ph.D. degrees (1999)in Electrical and Computer Engineering from Carnegie Mellon University, where he was a Departmentof Defense Fellow, and holds a B.S.E. in Computer Engineering from Wright State University (1993).74 Best Paper Award: All Solid-State Ion-Conducting Cesium Source for Atomic Clocks
Joseph North is enrolled to start a Masters Degree program in Applied Physics at the Universityof Oregon in June 2012. He conducted two summers of glass research at Coe College with Prof.Steve Feller on characterizing the structure and properties in alkali borovanadate and lithiumsilicovanadate glasses. He has presented research in poster form at the International Congresson Glass (Salvador, Brazil, 2010) and the Glass and Optical Materials Division Annual Meeting(Corning, New York, 2010). He received a B.A. in Physics from Coe College.Alexander Ramm is a Materials Science and Engineering Ph.D. candidate in the Department ofChemical Engineering and Materials Science at the University of Minnesota, where he is advised byProf. C. Dan Frisbie and Prof. Lorraine Francis. His research is on roll-to-roll processing of printedelectronics, with an initial focus on gravure printing methods. Prior to starting at the Universityof Minnesota, he studied photosensitive glass ceramics as a Stookey Research Intern at CorningIncorporated and alkaline earth borosilicate and alkali borovanadate glasses with Prof. Steve Fellerat Coe College. He received a B.A. in Physics from Coe College.William L. Robbins is a Principal Member of the Technical Staff in the Microsystem AssemblyGroup in the Advanced Hardware Development Division at <strong>Draper</strong> <strong>Laboratory</strong>. He has worked inthe area of electronic ceramics for more than 35 years. He helped establish the Passive Parts Programfor the Trident MK5 Program and was responsible for the packaging of the stellar sensor used inthe Trident MK6 Program. He is currently overseeing the stellar sensor packaging for Trident MK6MOD 1 Program. He also developed the packaging technology used for the electron-bombardedcharge couple device (EBCCD) and the silicon oscillating accelerometer. He is a Fellow of theAmerican Ceramic Society. Dr. Robbins received B.S. and M.S. degrees in Ceramics Engineeringfrom Alfred University and a Ph.D. in Ceramics from MIT.Richard E. Stoner is a Principal Member of the Technical Staff in the Guidance HardwareDivision. Prior to coming to <strong>Draper</strong> in 2000, he served as a post-doc, then a staff scientist, at theHarvard-Smithsonian Center for Astrophysics. At <strong>Draper</strong>, he focused initially on the SP23 MOD1 Interferometric Fiber-Optic Gyro (IFOG) program. He received the 2002 <strong>Draper</strong> DistinguishedPerformance Award for his work on a method for stabilizing the scale factor of a FOG in thestrategic environment. He also received the 2011 Howard Musoff Student Mentoring Award andis currently supervising two <strong>Draper</strong> <strong>Laboratory</strong> Fellows. He is co-author of 24 refereed physicsand engineering journal articles in a diverse array of technical fields, including free electron lasers,precision magnetometry, fundamental symmetry tests, and atom interferometry. He is co-inventoron three patents in the area of FOGs and electro-optics, with a fourth patent pending in the areaof atom interferometry techniques and methods. Dr. Stoner holds a Ph.D. in Physics from MIT.Brian Timmons is a Senior Member of the Technical Staff at <strong>Draper</strong> <strong>Laboratory</strong>, where he hasfocused on the use of atomic vapors for precision sensing applications. He received a B.S. inEngineering Physics and Mathematics from Northeastern State University in 2000 and a Ph.D. inPhysics from Oklahoma State University in 2006.Best Paper Award: All Solid-State Ion-Conducting Cesium Source for Atomic Clocks75
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AvionicsBolometerPIPayloadGPS Radio
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HUMAN SPACE PROGRAMSApolloFrom the
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HOW SMALL SPACE CAN ENABLEOPERATION
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Science RequirementsThe primary per
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