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microwave background radiation, Ostriker and Steinhardt on
‘‘dark energy,’’136 and Arkani-Hamed et al. 137,138 on large
extra dimensions. The Economist carries frequent and well-
informed articles on progress in high energy physics ~ see,
e.g., Ref. 139! . Shorter news articles appear regularly in Na-
ture, Science , and Scientific American .
110. ‘‘The Upsilon Particle,’’ L. M. Lederman, Sci. Am. 239, 72–80
~1978!. ~E!
111. ‘‘Gauge Theories of the Forces Between Elementary Particles,’’ G.
’t Hooft, Sci. Am. 242, 104–138 ~1980!. ~E!
112. ‘‘The Cosmic Asymmetry Between Matter and Antimatter,’’ F. Wilc-
zek, Sci. Am. 243, 82–90 ~1980!. ~E!
113. ‘‘The Asymmetry Between Matter and Antimatter,’’ H. R. Quinn and
M. S. Witherell, Sci. Am. 279, 76–81 ~1998!. ~E!
114. ‘‘A Unified Theory of Elementary Particles and Forces,’’ H. Georgi,
Sci. Am. 244, 48–63 ~1981!. ~E!
115. ‘‘The Decay of the Proton,’’ S. Weinberg, Sci. Am. 244, 64–75
~1981!. ~E!
116. ‘‘The Search for Proton Decay,’’ J. M. Losecco, F. Reines, and D.
Sinclair, Sci. Am. 252 ~6!, 54–62 ~1985!.
117. ‘‘Proton Decay,’’ P. Langacker, in Proceedings: In celebration of the
discovery of the neutrino ~Benjamin Franklin Symposium, 29
Apr–1 May 1992, Philadelphia, Pennsylvania!, edited by C. E. Lane
and R. I. Steinberg ~World Scientific, River Edge, NJ, 1993!, pp.
129–150. ~I!
118. ‘‘Elementary Particles and Forces,’’ C. Quigg, Sci. Am. 252, 84–95
~1985!. ~E!
119. ‘‘Is Nature Supersymmetric?,’’ H. E. Haber and G. L. Kane, Sci. Am.
254, 52–60 ~1986!. ~E!
120. ‘‘The Higgs Boson,’’ M. J. G. Veltman, Sci. Am. 255, 76–84 ~1986!.
~E!
121. ‘‘Dark Matter in the Universe,’’ L. M. Krauss, Sci. Am. 255, 58–68
~1986!. ~E!
122. ‘‘Superstrings,’’ M. B. Green, Sci. Am. 255, 48–60 ~1986!. ~E!
123. ‘‘The Theory Formerly Known as Strings,’’ M. J. Duff, Sci. Am. 278,
64–69 ~1998!. ~E!
124. ‘‘The Stanford Linear Collider,’’ J. R. Rees, Sci. Am. 261, 58–65
~1989!. ~E!
125. ‘‘The Solar Neutrino Problem,’’ J. N. Bahcall, Sci. Am. 262, 54–61
~1990!. ~E!
126. ‘‘The LEP Collider,’’ S. Myers and E. Picasso, Sci. Am. 263, 54–61
~1990!. ~E!
127. ‘‘The Tevatron,’’ L. M. Lederman, Sci. Am. 264, 48–55 ~1991!. ~E!
128. ‘‘The Number of Families of Matter,’’ G. Feldman and J. Steinberger,
Sci. Am. 264, 70–75 ~1991!. ~E!
129. ‘‘The Discovery of the Top Quark,’’ T. M. Liss and P. L. Tipton, Sci.
Am. 277, 54–59 ~1997!. ~E! 125.
130. ‘‘Surveying Space-Time with Supernovae,’’ C. J. Hogan, R. P. Kirsh-
ner, and N. B. Suntzeff, Sci. Am. 280, 28–33 ~1999!. ~E!
131. ‘‘Detecting Massive Neutrinos,’’ E. Kearns, T. Kajita, and Y. Totsuka,
Sci. Am. 281, 64–71 ~1999!. ~E!
132. ‘‘A Unified Physics by 2050?,’’ S. Weinberg, Sci. Am. 281, 68–75
~1999!. ~E!
133. ‘‘The Large Hadron Collider,’’ C. H. Llewellyn Smith, Sci. Am. 283,
70–77 ~2000!. ~E!
134. ‘‘Echoes from the Big Bang,’’ R. R. Caldwell and M. Kamionkowski,
Sci. Am. 284, 38–43 ~2001!. ~E!
135. ‘‘Ripples in Space–Time,’’ W. W. Gibbs, Sci. Am. 286, 62–71
~2002!. ~E!
136. ‘‘The Quintessential Universe,’’ J. P. Ostriker and P. J. Steinhardt,
Sci. Am. 284, 46–53 ~2001!. ~E!
137. ‘‘The Universe’s Unseen Dimensions,’’ N. Arkani-Hamed, S. Di-
mopoulos, and G. R. Dvali, Sci. Am. 283, 62–69 ~2000!. ~E!
138. ‘‘Large Extra Dimensions: A New Arena for Particle Physics,’’ N.
Arkani- Hamed, S. Dimopoulos, and G. R. Dvali, Physics Today 55,
35–40 ~2002!. ~I!
139. The Economist 362 ~8254!, January 5, 2002: ‘‘With All Thy Getting,
Get Understanding,’’ p. 12; ‘‘A Survey of the Universe,’’ pp. 47–58.
VII. INTERNET RESOURCES
A. Preprints
A comprehensive repository of preprints on experimental
and theoretical particle physics may be found at http://
arXiv.org/, including experimental papers at http://
arXiv.org/archive/hep-ex, phenomenological pa-
pers ~theory papers dealing with experiment ! at http://
arXiv.org/archive/hep-ph, and more abstract
theoretical papers at http://arXiv.org/archive/
hep-th. The SPIRES system at Stanford Linear Accelerator
Center: http://www.slac.stanford.edu/
spires/ lists a number of different categories, including
books, conferences, experiments, preprints ~ SPIRES HEP!,
and even names and e-mail addresses of particle physicists.
B. Laboratories and accelerators
National and international high energy physics maintain
extensive web pages with vast links to useful information.
For a comprehensive listing, see http://
www.nevis.columbia.edu/;quarknet/
high_energy_physics_links.htm. Some examples
are given in Tables II and III.
The site http://physics.web.cern.ch/
Physics/HEPWebSites.html contains a number of
links to further web pages, including the CERN Large Had-
ron Collider at http://lhc-new-
homepage.web.cern.ch/lhc-new-homepage/, the
‘‘Particle Adventure’’ site http://
particleadventure.org/particleadventure of
the Particle Data Group at Lawrence Berkeley National
Laboratory, and Quarknet, a network for high school science
Table II. Major accelerator-based HEP laboratories and their public web pages.
Laboratory Location Web address
Brookhaven Upton, New York, USA http://www.bnl.gov/world/
Budker Inst. Novosibirsk, Russia http://www.inp.nsk.su/index.en.shtml
CERN Geneva, Switz. http://public.web.cern.ch/Public/
Cornell Ithaca, New York, USA http://www.lns.cornell.edu
DESY Hamburg, Germany http://www.desy.de/html/home/
Fermilab Batavia, IL, USA http://www.fnal.gov/
Frascati Frascati, Italy http://www.lnf.infn.it /
IHEP Beijing, China http://www.ihep.ac.cn/
IHEP Protvino, Russia http://www.ihep.su/
KEK Tsukuba, Japan http://www.kek.jp/intra.html
SLAC Stanford, Calif., USA http://www.slac.stanford.edu
TJNAF Newport News, VA, USA http://www.jlab.org/
307 307 Am. J. Phys., Vol. 71, No. 4, April 2003 Jonathan L. Rosner