Board of Visitors

The Board of Visitors advises and assists the Department in several important capacities, from increasing awareness of the Department's achievements to fundraising. The Board also advises on mechanisms for optimizing the collective impact of the Department and helps assess the impact of new research directions on society.

[Board Member Area]

Carl J. Anderson

Dr. Carl J. Anderson received his BS in physics from the University of Missouri in 1974 and his Ph.D. in Physics from the University Wisconsin in 1979. 

He joined IBM Research in 1979 where he did circuit design, package design and test on the Josephson Superconducting Computer program.  From 1983 to 1992 he worked in Gallium Arsenide Optoelectronics design and fabrication.  In 1992 Carl became the Silicon circuit senior design manager and was responsible for the conversion of the S/390 high-end mainframe from bipolar technology to custom CMOS technology.  In 1997 Carl started worked on the Power4 microprocessor and was responsible for the physical design.  Carl became an IBM Fellow in 2000 and was responsible for physical design and tools in IBM server division. In 2003 received an honorary Doctor of Science from the University of Wisconsin for his microprocessor accomplishments.  In the last 6 years Carl has worked on data center design, servers for clouds, and cloud computing.

Jay Davis (Chair)

Dr. Jay Davis is the President of the Hertz Foundation, which funds graduate studies in the applied physical sciences and engineering.  Jay is a nuclear physicist trained at the Universities of Texas (BA 63, MA 64) and Wisconsin (PhD 69).  During his three-decade career at the Lawrence Livermore National Laboratory, he built accelerators for research in nuclear physics and for materials science in support of the fusion program.  In 1988, Davis founded the Center for Accelerator Mass Spectrometry, the World’s most versatile and productive AMS laboratory, creating isotopic tracing and tagging tools for research programs in the geosciences, toxicology, nutritional sciences, oncology, archaeology, and nuclear forensics.  At the time he left LLNL to join the Department of Defense in 1998, he was the Associate Director for Earth and Environmental Sciences.   In the national security component of his career, he worked to develop techniques for arms control treaties, was a senior member of the NEST nuclear counter-terrorism program, served as an inspector in Iraq for UNSCOM after the First Gulf War, and then served as the founding Director of the Defense Threat Reduction Agency. As Director of DTRA, he merged three DoD organizations to create DoD’s operating and technical focus for dealing with all aspects of weapons of mass destruction.

Among his honors are Phi Beta Kappa and Junior Fellow at Texas, an Atomic Energy Commission Postdoctoral Fellowship at Wisconsin, and being twice given the Distinguished Public Service Medal, DoD’s highest civilian award.  He is a Fellow of the American Physical Society and has served on its Panel on Public Affairs. He currently chairs the Nuclear and Radiation Studies Board of the National Academy of Sciences.  He also serves on the Board of Distinguished Advisors for the American Committees on Foreign Affairs.  Jay’s continuing interests are in the areas of nuclear forensics, renewal of the US nuclear force, management of change in organizations, and counter-terrorism. In Livermore, he serves on the Boards of Directors of the Livermore Chamber of Commerce, the Livermore Valley Performing Arts Center and the Tri-Valley Innovation Task Force.  Married to Mary McIntyre Davis for forty-nine years, he has two grown children, four grandchildren, and happily operates a Livermore vineyard producing Petite Syrah grapes for boutique winemaking.  The wine is bottled under the label that was his Lab nickname, “Talking Bull.”

Thomas Dillinger

Thomas Dillinger has been working in the Microelectronics industry for over 30 years, in roles spanning design, technology development, wafer fabrication, and engineering management.  He has worked on microprocessor and large computer system designs for IBM, Advanced Micro Devices, and Sun Microsystems.  He is currently at Oracle Corporation, working on microprocessors to be fabricated at 20nm and 16nm lithography process nodes. 

He was on the Executive Committee of the IEEE’s International Conference on Computer Design (ICCD) for several years, and was General Program Chair in 2004.  He serves as a technical paper submission reviewer for several IEEE publications and conferences, and has (co-)authored conference papers and patents in the microelectronics field.  He is the author of the textbook, “VLSI Engineering”, Prentice-Hall, 1988.  
Tom’s ties to the University of Wisconsin-Madison are many and varied.  He received a BS-AMEP degree in 1977 (Phi Beta Kappa), and an MS-EE degree in 1978.  He was a three-year athletic letter recipient, and captain of the Fencing team in 1976-7.  He was an Adjunct Professor in the ECE Department in 1982-3, introducing a new course in Applied Microelectronics.  He has served as a member of the ECE Department’s Industry Advisory Committee.  His father was Joe Dillinger, Professor in the Physics Department from 1946 until 1975.

Casey Durandet

Dr. Casey Durandet is currently a Physics professor in the Maricopa County College District in Phoenix, Arizona.  She received her BS degree in Physics from UW Madison in 1989 and her MS degree in 1991 and a PhD degree in 1995 in High Energy Particle Physics from UW Madison.  She has been in the teaching field for over 14 years.  During her undergraduate years, she worked on various experiments at the Fermi National Accelerator Laboratory (Fermilab).  Her advisor during her undergraduate and graduate years at UW Madison was Albert R. Erwin, Jr.  Her thesis work was performed at Fermilab.  The experiment (E771) was a fixed target experiment designed to operate at two million interactions per second (800 GeV/c p-Si) to measure, among other things, the production of B mesons as detected by their decay into final states containing muons.  After obtaining her Doctorate degree, she was a postdoc for the University of Virginia from 1996-1998.  She was stationed at Fermilab working on HyperCP (E871), a fixed target experiment designed to search for the evidence of direct CP violation in charged hyperon decays.  In 1998, she obtained her current college professor position in Phoenix, AZ.  Every summer she returns to Fermilab to continue with her physics research.  Her most recent projects have been (1) patient treatment planning software for Fermilab’s Neutron Therapy Facility, and (2) SeaQuest (E906), an experiment that studies the mysterious subnuclear interactions in the sea of particles within the proton in order to provide a new understanding of nucleon-nucleon interactions.  She is a strong proponent of neutron and proton therapy.  She enjoys sports and is an avid bicyclist.  Casey sums up her UW Madison experience: “My undergraduate and graduate years at UW Madison were the best years of my life.  Nothing can compare to the UW – the lessons learned, the experiences gained; and, above else, Albert Erwin.  Without Albert’s tutelage, patience, and support, I would not be where I am today.  Thank you, Albert.”

Lloyd Hackel

Dr. Lloyd Hackel is currently Vice President for Advanced Technologies for Curtiss-Wright Corporation’s Metal Improvement Company.  This appointment followed a 28 year career at the Lawrence Livermore National Laboratory where he rose to the position of Program Leader for Laser Science and Technology.  Dr. Hackel received a BS degree in Applied Mathematics and Engineering Physics from the University of Wisconsin in 1971 and an MS degree in 1973 and a Doctorate degree in 1974 in Applied Physics from the Massachusetts Institute of Technology.  He has over 30 years of experience in the fields of engineering and laser physics working extensively on problems in atomic vapor isotope separation, high power lasers for strategic and tactical military defense and in high power lasers for fusion and photolithography applications.  He was a major developer of a rapid thermal processing system used in the manufacturing of large panel HDTVs. He was the lead developer and co-inventor of the laser system that is now widely used in the successful commercial deployment of laser peening technology. He has numerous journal publications and patents and is the winner of six R&D 100 awards for outstanding technology development.  He has also been awarded three Federal Laboratory Consortium Awards for excellence in technology transfer to industry by the US Department of Energy. Dr Hackel is a recognized expert in the application of high power lasers to generate compressive stress to improve the fatigue and corrosion lifetime of components and systems. Lloyd and his wife Linda live in Livermore CA and have three daughters and three grandchildren.

Craig Heberer

Craig received his degree in Applied Mathematics, Engineering and Physics (AMEP) from UW-Madison,
and has an MS in Mechanical Engineering from Stanford and a MBA from Duke University.

While his interests in physics range from fundamental research to applications, his career has been far more involved with the applications - early on in engineering and later in finance. Having a background in Physics made a significant positive impact on his career.

Yung-Lung (Bill) Ho

Dr. Yung-Lung Ho is a plasma physicist, a telecom consultant, an electric engineer, and a photographer.  After receiving his training from the Johns Hopkins University in electrical engineering (B.E.S. 81, M.S.E. 82), he redirected his career toward fusion research.  Following his Ph.D., from U. of Wisconsin (88) in plasma physics, he worked for 7 years as a theoretical physicist modeling complex plasma behavior at the Science Applications International Corp.  His research from that period is integral to the basic understanding of the Reversed Field Pinch, RFP, fusion concept experiment.  RFP research continues today at the U.W. and at other labs around the world.

Seeing the potential of the Internet, Dr. Ho joined friends at a startup telecom company, Yurie Systems, in 1995 to develop an Asynchronous Transfer Mode, ATM, broadband access switch to facilitate transport of voice, video, and data across the World Wide Web.  As Director of Advanced Technology and later, the VP of Engineering, he developed technology for efficient ATM data transport over noisy wireless links and queue management system to ensure quality of service.  At the same time, he directed the firmware development team.

Following the acquisition of Yurie Systems by Lucent Technologies in 1999, Dr. Ho served as Chief Technical Officer for two technology incubators (2 years): first at Linsang Partners and second at Bell Lab’s internal venture group (1 year).  His duties include new technology assessment and systems architecture review.
Presently, Dr. Ho works as a telecom consultant and as an inventor.  His patents range from cellphone biological hazard detection networks to medical devices.  Besides work, he pursues his interest in traveling, arts, and photography.  His past honors include, Sigma Pi Sigma, Tau Beta Pi, and Eta Kappa Nu honor societies.

Thomas K. (Tom) Holley

Dr. Thomas K. (Tom) Holley is the Director of the Petroleum Engineering Program at the University of Houston. 

I am very proud of my University of Wisconsin Physics Department heritage. I joined Shell Oil Company in 1982 directly following a Ph.D. with Professor Chun Lin of UW Physics on ab initio calculations of electron scattering cross-sections on diatomic molecules.

Although I had no prior education or experience in geology, geophysics, or the oil business prior to joining Shell, over the next 28 years I held Shell positions that span much of exploration geophysics, including seismic data processing (statics, seismic imaging), quantitative interpretation of fluids in porous media, seismic data interpretation, training (Geophysics Training Coordinator for the U.S.), and research (3-D seismic survey experimental design, theoretical and experimental studies of elastic P-wave and S-wave anisotropy, seismic imaging including a patent involving imaging and survey design).
One of the treats in my Shell career was to serve as Ph.D. recruiter at UW Madison.  We were able to recruit some of the current outstanding technical leaders in Shell R&D from the UW Physics Department and Electrical Engineering.  Shell was also generous with the Physics Department during my tenure, for which I am most grateful.

My final Shell assignment was to lead a team of about 40 geoscientists and computer scientists in our two exploration and production laboratories in Houston and Rijswijk, The Netherlands (a suburb of The Hague). That team still produces Shell’s proprietary seismic data interpretation and modeling system called 123DI. 123DI is one of the two main software systems that Shell uses to put geophysics and geology research results into the hands of Shell geoscientists, with a growing community of about 2000 users worldwide in 23 countries at the time of my retirement.

In early 2010 I retired early from Shell specifically to assume the position of Director of Petroleum Engineering for the University of Houston, fulfilling a life-long dream of returning to university life. We are building a new Petroleum Engineering Department almost from the ground up, including new curricula, new faculty, new facilities, the works. The undergraduate program has grown from about 20 students when I arrived to more than 450 today, with about 85 graduate students as well.  I am a bit overwhelmed by the magnitude of the challenge, but I am confident that my UW training will once again stand me in good stead. 

I owe a great debt that I can never fully repay to Chun Lin, Sunggi Chung, and many others in UW Physics past and present.  I hope to mimic their contributions to the Department by my own service on the UW Physics Board of Visitors.

Greg Jaczko

Robert (Bob) K. Leach

Dr. Robert (Bob) K. Leach completed his Ph.D. in low temperature physics in 1972 under the direction of Professors Paul Moran and William Fitzsimmons.  The experiment employed electron spin resonance to detect metastable hydrogen atoms produced in solid hydrogen by electron bombardment.  After this low temperature work Bob moved to a post-doctoral project at UW Space Physics under the direction of Professor Frank Scherb.  The UW team built sounding rocket experiments with on board 100kV accelerators to study charged particles in auroral events.  Bob with UW Physics alumni Dr. John Lynch traveled to Fairbanks Alaska to launch these payloads.  This field test experience led to interesting industrial jobs running test programs and directing instrumentation laboratories.

For the past thirty years Bob has held industrial jobs in the Minneapolis area.  At Honeywell and Alliant Techsystems he managed special instrumentation groups, lead product verification programs, and provided staff engineering support for test laboratories.  During that period UW Physics associations have resulted in successful projects at work.

At Honeywell UW Physics alumni Dr. Fred Williamson and Bob were struggling with implementing an optical aim-point positioning system that would work in daylight.  Fred posed the problem to UW Space Physics Professor Dan McCammon.  Dan proposed a solution exploiting atmospheric absorption properties with low power lamps to mark the object.  Fred and Bob developed a system based on Dan’s insight.  System performance was very good and resulted in a Honeywell technical achievement award for this effort.
For the past eleven years Bob has worked for Science Applications International Corp (SAIC).  Assignments there have enabled him to visit interesting test facilities.  His favorite is San Nicolas Island, CA- a Navy test facility and protected wildlife refuge.  Starting around February over 40,000 sea lions haul out on the beaches and make such a racket you can easily hear them five miles inland.  The islands’ wildlife is so interesting that getting stuck there due to test delays is a nice break from work.

Greg Piefer

Dr. Greg Piefer is the founder of SHINE Medical Technologies and presently serves as its CEO. Before this, he served as the president of Phoenix Nuclear Labs, where he managed the development of high-output neutron sources and high voltage power systems.  He formerly served as the Chief Technical Officer to Gillware Inc., a leading data recovery and backup company.

He received Bachelor’s degrees in Physics and Electrical and Computer Engineering from the University of Wisconsin before entering graduate school in the Nuclear Engineering program.  In graduate school, he studied nuclear fusion under Dr. Gerald Kulcinski earning his PhD in 2006.

Glen Porter

Glen Porter graduated from the UW in 1978 with a BS in Political Science. He has always had an interest in Physics. He joined his family’s business operating Highland Memorial Park in New Berlin Wisconsin in 1984. He continues to operate the business with his wife Phyllis. They have been married 17 years.  He has served as the Chairperson of the Wisconsin Cemetery Board since 2005 and prior to that served President of the Wisconsin Cemetery and Cremation Association and the Badger State Cemetery Association.  Currently he resides in Elm Grove, Wisconsin and serves on the Finance Committee for the Village of Elm Grove. He enjoys attending sporting events and the company of their 3 Labrador Retrievers.

Dai Dee Pun

Dr. Dai Dee Pun has been working in various high tech industries for over 20 years after completion of her PhD in Experimental Nuclear Physics from the University of Wisconsin in 1987. She started her working career as the 16th employee of a startup company,  Superconductor Technologies Inc. in Santa Barbara, developing processes to produce high temperature superconductor films.  In 1990, Dai Dee moved to the Silicon Valley to work in the semiconductor capital equipment field. Dai Dee held various positions in Engineering and Operations progressing from an entry level engineer to management.  In 1999, Dai Dee joined the world’s largest semiconductor equipment company, Applied Materials. At Applied, she worked on many projects including program management of leading edge products, designing and conducting tests to investigate new technologies, defending patent litigation as a key witness, qualifying alternative components from suppliers worldwide, and implementing new business processes to reclaim supplier warranty globally.  She is now the Director of Quality and Reliability at Skyline Solar, a startup company working on enabling affordable utility scale solar energy using concentrated photovoltaic technology. Dai Dee is married to Ken Higashihara, who is the Engineering Director of a startup company working on energy efficient architectural glass. She has 3 children, Ben, Ellen, and Eric Casavant, and 1 golden retriever, Amber. Ben is currently pursuing his PhD in Biotechnology at the University of Wisconsin, Ellen just started her Biochem graduate study at the California Institute of Technology, and Eric is finishing his BS degree in Physics at the University of California - Santa Cruz.

Wesley Traub

Dr. Wesley Traub is the Chief Scientist for NASA’s Exoplanet Exploration Program. He has been at JPL since June 2005, and before that he was at the Harvard-Smithsonian Center for Astrophysics for 37 years. He is particularly interested in exoplanets, coronagraphs and spectroscopy, all for the purpose of someday directly imaging terrestrial planets in the habitable zones of nearby stars.

He also has an ongoing interest in measuring the visible and infrared light from disks of material around stars using ground-based interferometers.

Education
• Ph.D., Physics, University of Wisconsin - Madison (1968)
• M.S., Physics, University of Wisconsin - Madison (1964)
• B.S., Physics and Mathematics, University of Wisconsin - Milwaukee (1962)
Research Interests
• Extrasolar Planets: Detection and Characterization, Coronagraph Group Lead,
  Terrestrial Planet Finder
• High Angular Resolution Astrophysics: Project Scientist for Infrared-Optical
  Telescope Array (IOTA)
• Stratospheric Physics and Chemistry: Principal Investigator for Far-Infrared
  Spectrometer (FIRS-2)

©2013 Board of Regents of the University of Wisconsin System