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Michael Hasinoff, Professor

B.Sc. (Hons.), Manitoba (65)
Woodrow Wilson Fellow (65)
M.Sc.,Ph.D., Stanford (66,70)
Res. Assoc., Washington (70--71)
UBC Killam Faculty Research Fellow (87)
NSERC Exchange Fellow, Germany (87,95), Switzerland (87,90)
Visiting Professor--Univ. of Tokyo (95), Technische Universitat Munchen (95)
J.S.P.S. Exchange Fellow -- Tokyo (96)

Research Interests

My research interests are now split about 50/50 into rare interactions at TRIUMF and off-site K physics experiments at the National Laboratory for High Energy Physics(KEK) in Japan and the Brookhaven National Laboratory in New York. Over the past several years my TRIUMF program has been concentrated on studies of the semi-leptonic weak interaction. For this purpose, we constructed a cylindrical pair spectrometer using a large volume drift chamber and performed several radiative muon capture experiments at TRIUMF. This program is now finished but we are continuing to use this spectrometer for studies of the pion form factor and low energy tests of QCD in the rare pion reactions p n and p n. We are also involved in a new high precision -decay experiment which will accumulate 10-decay events to search for new physics beyond the highly successful ``Standard Model". Earlier studies of this decay have been able to set a limit on the mass of any right-handed vector boson ( M ) to more than 600 GeV, higher than accelerator based experiments can now reach. My off-site Kaon physics work involves a study of CP-- or T--Violation in rare K decays. At KEK we are engaged in a measurement of T--Violation in K decay in E246--a collaboration involving about 30 physicists from Canada--Japan--Korea--Russia--Taiwan--USA. We constructed a scintillating fibre target and a cylindrical drift chamber at TRIUMF and we are now collecting production data. The experiment will be completed by Fall '98 so we are also getting involved in a new rare decay experiment K ( BNL 926 ) in New York. This experiment seeks to detect this very rare process ( a branching ratio of 3 is predicted ) in order to determine unequivocably the origin of CP-Violation in the Standard Model. Prototype construction and Monte Carlo simulations are currently underway with a goal to having the experiment in operation in 1999-2000.

Selected Publications

"Radiative Muon Capture on Hydrogen and the Induced Pseudoscalar Coupling", accepted by Phys. Rev. Lett., Oct'96, 26 authors incl. M. Hasinoff.

"Hyperfine Effect in Capture on Na and ", Phys. Rev. Lett. 72 (1994) 3472-3475, 10 authors including M. Hasinoff.
"Search for the decay ", Phys. Rev. D49 (1994) 4937-4940, 8 authors incl. M. Hasinoff.
"Radiative Muon Capture", Weak and Electromagnetic Interactions in Nuclei (WEIN-92), ed Ts.D. Vylov, (World Scientific, 1993) 312--332.

"Search for T--Violation in K decay", WEIN-95, ed H. Ejiri, T. Kishimoto, T. Sato, (World Scientific, 1995) 111-116.

"The TRIUMF Radiative Muon Capture Facility", Nucl. Inst. & Meth. A320 (1992) 249--262, 17 authors incl. M. Hasinoff.


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Mike Hasinoff
Wed Oct 23 14:47:01 PDT 1996