Sunil Somalwar
University of Wisconsin-Madison
2 Papers
3 Citations
Sunil Somalwar is an academic researcher from University of Wisconsin-Madison. The author has an hindex of 2, co-authored 2 publications. Previous affiliations of Sunil Somalwar include University of Virginia & Rutgers University.
Chat about Author
Papers
First observation of the decay K(L) --> pi0 e+ e- gamma
A. Alavi-Harati,Theodoros Alexopoulos,M. Arenton,K. Arisaka,S. Averitte,A. R. Barker,L. Bellantoni,A. Bellavance,J. Belz,R. Ben-David,Douglas Bergman,E. Blucher,G. J. Bock,C. Bown,S. Bright,Elliott Cheu,S. Childress,R. Coleman,M. D. Corcoran,G. Corti,B. Cox,M. B. Crisler,A. R. Erwin,R. Ford,A. Glazov,A. Golossanov,G. Graham,J. Graham,K. Hagan,Eva Halkiadakis,J. Hamm,K. Hanagaki,S. Hidaka,Y. B. Hsiung,V. Jejer,D. A. Jensen,R. Kessler,H. G.E. Kobrak,J. LaDue,Amitabh Lath,A. Ledovskoy,P. L. McBride,P. Mikelsons,E. Monnier,T. Nakaya,K. S. Nelson,H. Nguyen,V. O'Dell,M. Pang,R. Pordes,V. Prasad,B. Quinn,E. J. Ramberg,R. E. Ray,A. Roodman,M. Sadamoto,Stephen Schnetzer,K. Senyo,P. Shanahan,P. S. Shawhan,J. Shields,W. Slater,N. Solomey,Sunil Somalwar,R. L. Stone,I. Suzuki,E. C. Swallow,S. A. Taegar,R. J. Tesarek,Gordon Thomson,P. A. Toale,A. Tripathi,R. Tschirhart,S. E. Turner,T. Uchizawa,Y. W. Wah,J. Wang,H. B. White,J. Whitmore,B. Winstein,R. Winston,T. Yamanaka,E. D. Zimmerman +82 more
TL;DR: The first observation of the decay of the KTeV E799 experiment at Fermilab was reported in this article, where the decay was shown to be (2.34{+-}0.13) x 10{sup -8}.
8
A Measurement of the K(L) charge asymmetry
A. Alavi-Harati,T. Alexopoulos,M. Arenton,K. Arisaka,S. Averitte,S. Averitte,S. Averitte,R. F. Barbosa,R. F. Barbosa,A. R. Barker,M. Barrio,L. Bellantoni,A. Bellavance,J. Belz,J. Belz,J. Belz,R. Ben-David,Douglas Bergman,Douglas Bergman,Douglas Bergman,E. Blucher,G. J. Bock,C. Bown,S. Bright,Elliott Cheu,S. Childress,R. Coleman,M. D. Corcoran,G. Corti,B. Cox,M. B. Crisler,A. R. Erwin,R. Ford,Alexandre Glazov,A. Golossanov,G. Graham,J. Graham,K. Hagan,Eva Halkiadakis,Eva Halkiadakis,Eva Halkiadakis,J. Hamm,Kazunori Hanagaki,S. Hidaka,Y. B. Hsiung,V. Jejer,D. A. Jensen,Richard Kessler,H. G. E. Kobrak,J. LaDue,Amitabh Lath,Amitabh Lath,Amitabh Lath,A. Ledovskoy,Patricia McBride,P. Mikelsons,E. Monnier,T. Nakaya,K. S. Nelson,H. Nguyen,Vivian O'Dell,M. Pang,Ruth Pordes,V. Prasad,X. R. Qi,B. Quinn,E. J. Ramberg,R. E. Ray,A. Roodman,M. Sadamoto,Stephen Schnetzer,Stephen Schnetzer,Stephen Schnetzer,K. Senyo,P. Shanahan,Peter Shawhan,J. Shields,W. E. Slater,N. Solomey,Sunil Somalwar,Sunil Somalwar,Sunil Somalwar,R. L. Stone,R. L. Stone,R. L. Stone,E. C. Swallow,S. A. Taegar,R. J. Tesarek,R. J. Tesarek,R. J. Tesarek,G. B. Thomson,G. B. Thomson,G. B. Thomson,P. A. Toale,A. K. Tripathi,R. Tschirhart,S. E. Turner,Y. W. Wah,J. Wang,H. B. White,J. Whitmore,B. Winstein,Roland Winston,T. Yamanaka,E. D. Zimmerman +104 more
TL;DR: In this article, the authors presented a measurement of the charge asymmetry in the mode of K to π-n = (3322 \pm 58(stat) \pm 47(sys))\cdot 10^{-6}, in good agreement with previous measurements and 2.4 times more precise than the current best published result.