Not exact matches
The eight - year - old
accelerator has at least 10 years of
research ahead of it, says Steven Vigdor, Brookhaven's associate lab director for nuclear and particle
physics.
Half the prize went to Yoichiro Nambu of the University of Chicago, with the other half shared by Makoto Kobayashi of the High Energy
Accelerator Research Organization in Tsukuba, Japan, and Toshihide Maskawa of the Yukawa Institute for Theoretical
Physics at Kyoto University.
My
research focus was in the field of ion beam analysis (IBA), which is essentially an offshoot of nuclear
physics in which
accelerator - based techniques are applied to a large variety of analytical problems, and an opportunity arose for me to continue my work at the National University of Singapore (NUS).
Stephon Alexander, is now a
research associate and member of the theoretical
physics group at the Stanford Linear
Accelerator Center, searches for answers to big, long - standing questions in science.
As a scientist experienced in
accelerator research and laser
physics, HZDR researcher Michael Bussmann aims for understanding and controlling this new method of particle acceleration to make it available for patient treatment.
«I'm coming from
accelerator research and laser
physics, and what my team and I have been looking at is how we make best use of the high - power lasers so they can replace
accelerators for applications like treating cancerous tumors,» Bussmann said.
«It is tangible evidence of the successful fulfillment of the commitment we have made to provide advanced US magnet technology and
accelerator expertise for the next step in worldwide particle
physics research at the energy frontier.
Specialism:
Accelerators, neutron & light sources, Acoustics, Astronomy, cosmology & space science, Atomic & molecular science, Biophysics & bioengineering, Computational science & software engineering, Condensed matter, Defence & aerospace, Earth & environmental science, Education & communications, Electronics & semiconductors, Energy & renewables, Engineering & instrumentation, Materials science, Mathematics & statistics, Medical
physics, cancer
research & oncology, Metrology & measurement science, Nanotechnology, Neuroscience, Nuclear, fusion & energy, Optics, lasers & photonics, Physical chemistry, Plasma science & technology, Quantum science & technology, Science policy & patents, Technical sales & commercial
A continuous and dynamic
research and development programme has placed the ESRF as a pioneer in synchrotron and
accelerator physics and technology.
As associate director of the Physical & Life Sciences directorate, he has responsibility for
research and development, including nuclear, particle and
accelerator science; condensed matter and high - pressure
physics; fusion energy; medical
physics and biophysics; earth sciences, chemistry optical sciences and instrumentation; and high - energy - density
physics.