R. Lawrence Ives, Ph.D.
R.L. Ives Dr. Ives received the Ph.D. degree in Plasma Physics in 1984 and joined Varian Associates, Inc. as a gyrotron engineer. In 1986 he became manager of the High Power Klystron Department, which was responsible for klystron development and production from UHF through C-Band. Dr. Ives founded Calabazas Creek Research, Inc. in 1994 and led development of high power RF loads, multiple beam and sheet beam klystrons, backward wave oscillators, gyrotron, TWTs, inductive output tubes, controlled porosity reservoir cathodes, advanced electron guns, high power RF windows, reservoir photocathodes, and advanced coatings for emission suppression and corrosion mitigation.
Michael Read, Ph.D.
Dr. Michael Read – Dr. Read received his Ph.D. in 1975 from Cornell University in Electrical Engineering and Plasma Physics. He worked at the Naval Research Laboratory (NRL) and from 1983 to 1986 was head of the Gyrotron Oscillators and Plasma Interactions Section of Plasma Physics Division. In October 1986, he joined Physical Sciences Inc., where he became Manager of the Electromagnetic Technology Area. Dr. Read joined Calabazas Creek Research in 1999, where he is responsible for electron gun, magnetics, and RF circuit design. He is currently leading development of a multiple beam electron gun for a Ka-Band TWT, a 10 MW, L-Band annular beam klystron, and advanced output coupling for high power, mm-wave gyrotrons.
Thuc Bui received the M.S. from the University of California at Berkeley and Engineer degree in Applied Mechanics from Stanford University. He specializes in finite element methods and developed three-dimensional, linear, tetrahedral and hexahedral elements to solve problems electrostatics, magnetostatics, and thermodynamics. He is currently using object-oriented programming techniques and finite element methods to solve charged particle beams problems. Mr. Bui is the principle author of Beam Optics Analyzer, one of the most advanced 3D charged particle codes in the world. Mr. Bui is currently assisting development of advanced programs to model photocathode emission.
Maxwell Mizuhara has been the director of design and drafting services at Calabazas Creek Research, Inc. since 1996. Before joining CCR he was principle designer for the Gyrotron Department at Varian Associates in Palo Alto, CA.
David Marsden specializes in 3D design and thermomechanical analysis using SolidWorks. He joined Calabazas Creek Research, Inc. in 2001 abd leads mechanical design of the companyâ€™s products and research facilities. Prior to joining CCR, Mr. Marsden worked as a Senior Mechanical Designer/Department Supervisor at Communications & Power Industries (Palo Alto, CA) and as a Senior Mechanical Designer/CAD Operator at Varian Associates, Inc. (Palo Alto, CA). He holds an AA Degree in Mechanical Drafting from Ohlone College in Fremont, CA.
George Collins is the company’s Operations Manager and is the primary interface between CCR’s laboratory operations, outside vendors, and suppliers. He is also responsible for quality control of incoming parts and assemblies and takes primary responsibility of operation and testing of the labs RF equipment and products. He is responsible for all mechanical/electrical assemblies and brazing and welding operations. He also assists with mechanical design of complex assemblies, thermal and high voltage processing, and design of brazing and welding fixtures.
Julie Givens is the Chief Financial Officer of Calabazas Creek Research, Inc. and has been affiliated with the company since 1997. Julie became a certified public accountant in 1994 and holds a Bachelor of Science degree in Business Administration. She worked for the Defense Contract Audit Agency upon graduation and is fully conversant with government contract regulations, cost accounting standards, government rate compliance and other audit support areas. Before joining Calabazas Creek Research, she worked as a CPA in private industry and ultimately owned a CPA firm. During her 22 year career as an accountant, she has gained experience in taxation, finance, cost accounting, business management and government compliance.
Dr. Robert Jackson
Dr. Jackson joined Calabazas Creek Research (CCR) in 2003 with over thirty years experience in analysis, simulation and design of electromagnetic devices. His technical activities include high-frequency RF and charged-particle device research, generation of novel RF source concepts, and development of advanced algorithms for simulation and design.
Patrick Ferguson received his Ph.D. degree from UCLA in 1975 and began his professional career at Hughes Aircraft. Throughout his career he has made significant contributions at many companies in the microwave source industry, including Varian Associates, Litton Electron Devices, Physics International, and Martin Marietta Corp. In 1991 he founded MDS Company, specializing in high power RF sources for accelerators and colliders. MDS provided consulting services to numerous organizations and teamed with national laboratories on RF component and source development.
George Miram passed away in early 2012, after more than fifty years advancing cathode research. He was truly one of the great cathode scientists of our time. In April 2012, I had the honor of presenting the first George Miram Award for Achievement in Cathode Science. This award was established by the International Vacuum Electron Sources Conference to honor George’s contributions to the field. Below is part of that presentation.
April 25, 2012
There is no one in this room that has not been impacted by George Miram. If you have flown on an airplane, been x-rayed, or watched a TV, then you have benefited from George’s work. In fact, there are probably few people on this planet who have not been impacted by George and his achievements.
Born of Russian parents in China, George’s personal history is a fascinating story in itself. With limited opportunities for advanced education, he became, arguably, the premier cathode scientist of our time. For almost 30 years, George directed Varian’s electron optics laboratory designing electron guns and advancing cathode physics, materials science, chemistry, and mechanical design. He published countless technical papers and holds more than 25 patents.
Contrary to published rumors, George never retired. Until the last days of his life, he was engaged in understanding and advancing cathode technology, some of it pioneered by the winner of the award today. One of his most enduring contributions is the many engineers and scientists that he trained over the years. He was a superb mentor and teacher, and was always available to answer questions or explain complex processes. I spent many hours with George as he tried to explain the intricacies of cathode physics. I was humbled by the immensity of his knowledge, grateful for his patience, and honored that he would take the time and effort to explain things to me.
For his family, several who are here today, I know it’s often difficult to appreciate the significance of what we do. We’re engaged in highly technical work, and there are many things that even we do not understand. Perhaps knowing this industry established its highest award for cathode technology in his name is an indication of the high esteem and admiration we have for George and his accomplishments.