Measurement of Direct Photon Emission inK+→π+π0γDecay

Measurement of Direct Photon Emission in K1 ! p1p0g Decay

S. Adler,1 M. Aoki,5,* M. Ardebili,4 M. S. Atiya,1 P. C. Bergbusch,5,7 E. W. Blackmore,5 D. A. Bryman,5,7 I.-H. Chiang,1 M. R. Convery,4 M. V. Diwan,1 J. S. Frank,1 J. S. Haggerty,1 T. Inagaki,2 M. M. Ito,4 S. Kabe,2 S. H. Kettell,1 Y. Kishi,3 P. Kitching,6 M. Kobayashi,2 T. K. Komatsubara,2 A. Konaka,5 Y. Kuno,2 M. Kuriki,2 T. F. Kycia,1, K. K. Li,1 L. S. Littenberg,1 J. A. Macdonald,5 R. A. M...

Measurement of direct photon emission in K + → π + π 0 γ decay using stopped positive kaons

Measurement of Biophoton Emission with a Single Photon Counting System

for the national meeting of the Society for Acupuncture Research, to be held in Albuquerque, NM, in October 2005. The abstract will be published in the Journal of Alternative & Complementary Medicine (2005). MEASUREMENT OF BIOPHOTON EMISSION WITH A SINGLE PHOTON COUNTING SYSTEM. Shin Lin, Gaetan Chevalier, Howe Lin, Tim Ross, and Payton Lin. International Alliance for Mind/Body Signaling and En...

Direct photon emission from hadronic sources: Hydrodynamics vs. Transport theory

Direct photon emission in heavy-ion collisions is calculated within the relativistic microscopic transport model UrQMD. We compare the results from the pure transport calculation to a hybrid-model calculation, where the high-density part of the evolution is replaced by an ideal 3-dimensional fluiddynamic calculation. The effects of viscosity, present in the transport model but neglected in idea...

Direct measurement of the Wigner function by photon counting

Among many representations of the quantum state, the Wigner function offers an appealing possibility to describe quantum phenomena using the classical-like concept of phase space [1]. The Wigner function provides complete information on the state of a system, and it allows one to evaluate any quantum observable by phase space integration with an appropriate Wigner-Weyl ordered expression. Recen...