THE PHOTON COLLIDER AT TESLA-Reference-Cited by-同舟云学术

THE PHOTON COLLIDER AT TESLA

Published:2004-12-10 Issue:30 Volume:19 Page:5097-5186
ISSN:0217-751X
Container-title:International Journal of Modern Physics A
language:en
Short-container-title:Int. J. Mod. Phys. A

Author:

BADELEK B.¹,BLÖCHINGER C.²,BLÜMLEIN J.³,BOOS E.⁴,BRINKMANN R.³,BURKHARDT H.⁵,BUSSEY P.⁶,CARIMALO C.⁷,CHYLA J.⁸,ÇIFTÇI A. K.⁹,DECKING W.³,DE ROECK A.⁵,FADIN V.¹⁰,FERRARIO M.¹¹,FINCH A.¹²,FRAAS H.²,FRANKE F.²,GALYNSKII M.¹³,GAMP A.³,GINZBURG I.¹⁴,GODBOLE R.¹⁵,GORBUNOV D. S.⁴,GOUNARIS G.¹⁶,HAGIWARA K.¹⁷,HAN L.¹⁸,HEUER R.-D.¹⁹,HEUSCH C.²⁰,ILLANA J.³,ILYIN V.⁴,JANKOWSKI P.¹,JIANG Y.¹⁸,JIKIA G.²¹,JÖNSSON L.²²,KALACHNIKOW M.²³,KAPUSTA F.⁷,KLANNER R.³¹⁹,KLASSEN M.³,KOBAYASHI K.²⁴,KON T.²⁵,KOTKIN G.²⁶,KRÄMER M.²⁷,KRAWCZYK M.¹,KUANG Y. P.²⁸,KURAEV E.²⁹,KWIECINSKI J.³⁰,LEENEN M.³,LEVCHUK M.¹³,MA W. F.¹⁸,MARTYN H.³¹,MAYER T.²,MELLES M.³²,MILLER D. J.³³,MTINGWA S.³⁴,MÜHLLEITNER M.³,MURYN B.³⁰,NICKLES P. V.²³,ORAVA R.³⁵,PANCHERI G.¹¹,PENIN A.³,POTYLITSYN A.³⁶,POULOSE P.¹⁵,QUAST T.²³,RAIMONDI P.³⁷,REDLIN H.²³,RICHARD F.³⁸,RINDANI S. D.³⁹,RIZZO T.³⁷,SALDIN E.³,SANDNER W.²³,SCHÖNNAGEL H.²³,SCHNEIDMILLER E.³,SCHREIBER H. J.³,SCHREIBER S.³,SCHÜLER K. P.³,SERBO V.²⁶,SERYI A.³⁷,SHANIDZE R.⁴⁰,DA SILVA W.⁷,SÖLDNER-REMBOLD S.⁵,SPIRA M.³²,STASTO A. M.³⁰,SULTANSOY S.⁴¹,TAKAHASHI T.⁴²,TELNOV V.¹⁰³,TKABLADZE A.³,TRINES D.³,UNDRUS A.⁴³,WAGNER A.³,WALKER N.³,WATANABE I.⁴⁴,WENGLER T.⁵,WILL I.²³³,WIPF S.³,YAVAŞ Ö.⁹,YOKOYA K.¹⁷,YURKOV M.³,ZARNECKI A. F.¹,ZERWAS P.³,ZOMER F.³⁸

Affiliation:

1. Warsaw University, Poland

2. Universität Würzburg, Germany

3. DESY, Hamburg and Zeuthen, Germany

4. Moscow State University, Russia

5. CERN, Geneva, Switzerland

6. University of Glasgow, UK

7. Université de Paris VI–VII, France

8. IP, Prague, Czech Republic

9. Ankara University, Turkey

10. Budker INP, Novosibirsk, Russia

11. INFN-LNF, Frascati, Italy

12. University of Lancaster, UK

13. Inst. of Physics, Minsk, Belarus

14. Inst. of Math., Novosibirsk, Russia

15. Indian Institute of Science, Bangalore, India

16. University of Thessaloniki, Greece

17. KEK, Tsukuba, Japan

18. CUST, Hefei, P.R. China

19. Universität Hamburg, Germany

20. UCSC, Santa Cruz, USA

21. Universität Freiburg, Germany

22. University of Lund, Sweden

23. Max-Born-Institute, Berlin, Germany

24. Sumimoto Heavy Industries, Tokyo, Japan

25. Seikei University, Tokyo, Japan

26. Novosibirsk State University, Russia

27. University of Edinburgh, UK

28. Tsinghua University, Beijing, P.R. China

29. JINR, Dubna, Russia

30. INP, Krakow, Poland

31. RWTH Aachen, Germany

32. PSI, Villingen, Switzerland

33. UCL, London, UK

34. North Carolina University, USA

35. University of Helsinki, Finland

36. Polytechnic Institute, Tomsk, Russia

37. SLAC, Stanford, USA

38. LAL, Orsay, France

39. PRL, Ahmedabad, India

40. Tbilisi State University, Georgia

41. Gazi University, Ankara, Turkey

42. Hiroshima University, Japan

43. BNL, Upton, USA

44. Akita KeizaiHoka University, Japan

Abstract

High energy photon colliders (γγ,γe) are based on e-e-linear colliders where high energy photons are produced using Compton scattering of laser light on high energy electrons just before the interaction point. This paper is a part of the Technical Design Report of the linear collider TESLA.1Physics program, possible parameters and some technical aspects of the photon collider at TESLA are discussed.

Publisher

World Scientific Pub Co Pte Lt

Subject

Astronomy and Astrophysics,Nuclear and High Energy Physics,Atomic and Molecular Physics, and Optics

Link

https://www.worldscientific.com/doi/pdf/10.1142/S0217751X04020737

Reference180 articles.

1. Colliding ge and gg beams based on the single-pass e±e− colliders (VLEPP type)

2. Colliding γe and γγ beams based on single-pass e+e− accelerators II. Polarization effects, monochromatization improvement

3. Problems in obtaining γγ and γe colliding beams at linear colliders

4. Principles of photon colliders

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