Email: email@example.com Office: 408
Phone: +972-3-640-6091 Fax:
Notable appointments and positions:
- Physics Coordinator, BABAR Collaboration, 2011-2012
- Chair, International Advisory Committee for the International Conference Series on Flavor Physics and CP Violation, 2011-2012 and 2015-2016
- Head, Department of Particle Physics, Tel Aviv University, 2012-2016 and 2022-2022
- Chair, Tel Aviv University Admissions Committee, 2015-2018
- Co-Leader, Heavy Flavor Averaging Group, 2018-
- Member, Tel Aviv University Academic Staff Union Committee, 2020-2022
- Selected topics in particle physics
- Electricity and magnetism
- Modern physics
- Mathematical methods in physics II
- Introduction to particle and nuclear physics
- 3rd-year project seminar
- Particle physics II for graduate students
Students and postdocs interested in working on these and similar topics are encouraged to contact me.
- List of publications (might not be fully up to date)
- List of recent invited talks (might not be fully up to date)
- The ATLAS Experiment at CERN.
Operating at the LHC, the highest-energy particle collider ever
constructed ATLAS is exploring the energy frontier of particle physics.
My research on ATLAS focuses on searching for
new particles that are long-lived, which are predicted in many extensions
to the standard model. Particles that decay
milimiters to tens of centimeters from their production point
are detected by the very precise ATLAS tracker. My students, postdocs
and I participated in the
first LHC publication of this kind of search,
interpreted in the context of supersymmetric models.
papers, we added data, expanded the search signature, and
improved the analysis. In the
paper, we applied our expertise to the search for
right-handed neutrinos, achieving 20 times more sensitive limits than the previous search. The sensitivity of these
background-free searches will grow linearly with the LHC luminosity,
which will grow almost 100-fold relative to the last published
analysis. This poses a great opportunity, as well as interesting
technical challenges as we expand the search parameter space.
- The Belle II Experiment at KEK.
Belle II builds on the success of the previous-generation experiments,
and Belle, which greatly improved
our understanding of heavy-flavor physics and CP violation, leading to
Nobel Prize in Physics. Belle II collects data from
electron-positron collisions produced by SuperKEKB, the world's
highest-luminosity collider. The 40-fold increase in the collected
data set and use of an improved detector help probe flavor-changing
new physics at mass scales much higher than those of LHC.
I am particularly interested in employing new methods that take advantage of
Belle II's high spatial resolution to perform studies that have never
been done before. One focus of my group in this area is B-meson
decays to final states containing tau leptons, where tensions with the
standard-model predictions have been found. We are also applying this technique
to the study of exotic "molecular" charmonium states. In addition, we are
following up on our phenomenology paper to achive the highest sensitivity to heavy neutral leptons that mix with the tau neutrino, which makes them particularly elusive.
Although I am not a theorist, I occasionally collaborate with theorists
on phenomenology papers. They are included in my list of publications
- My former particle-physics experiments:
- The BaBar Experiment at SLAC.
- The CLEO Experiment at Cornell
To learn more about particle physics, see the following:
Tel Aviv University links that I use often:
Additional useful particle-physics links: