The following articles are all found in Scientific American. In recent years this publication has begun to archive electronic versions of their articles at www.sciam.com. You may find these articles by going to their website or clicking on the appropriate links below. 1. SNO nus is good news. Author: Collins, Graham P. Source: Scientific American v. 285 no3 (Sept. 2001) p. 18-19 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28200109%29285%3A3%3C18%3ASNIGN %3E&dbname=WilsonSelectPlus_FT 2. The peak of success. Author: Musser, George. Source: Scientific American v. 285 no2 (Aug. 2001) p. 14-15 3. The Large Hadron Collider. Author: Smith, Chris Llewellyn. Source: Scientific American v. 283 no1 (July 2000) p. 70-7 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28200007%29283%3A1%3C70%3ATLHC %3E&dbname=WilsonSelectPlus_FT 4. Negative energy, wormholes and warp drive. Author: Ford, Lawrence H.; Roman, Thomas A. Source: Scientific American v. 282 no1 (Jan. 2000) p. 46-53 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28200001%29282%3A1%3C46%3ANEWA WD%3E&dbname=WilsonSelectPlus_FT 5. A century of physics. Author: Morrison, Philip.; Morrison, Phylis. Source: Scientific American v. 281 no6 (Dec. 1999) p. 146+ http://firstsearch.oclc.org/FSIP?sici=0036-8733%28199912%29281%3A6%3C146%3AACO P%3E&dbname=WilsonSelectPlus_FT 6. Exploring our universe and others. Author: Rees, Martin. Source: Scientific American v. 281 no6 (Dec. 1999) p. 78-83 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28199912%29281%3A6%3C78%3AEOUA O%3E&dbname=WilsonSelectPlus_FT 7. A unified physics by 2050?. Author: Weinberg, Steven. Source: Scientific American v. 281 no6 (Dec. 1999) p. 68-75 8. Detecting massive neutrinos. Author: Kearns, Edward.; Kajita, Takaaki.; Totsuka, Yoji. Source: Scientific American v. 281 no2 (Aug. 1999) p. 64-71 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28199908%29281%3A2%3C64%3ADMN% 3E&dbname=WilsonSelectPlus_FT 9. Inflation in a low-density universe. Author: Bucher, Martin A.; Spergel, David N. Source: Scientific American v. 280 no1 (Jan. 1999) p. 62-9 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28199901%29280%3A1%3C62%3AIIAL U%3E&dbname=WilsonSelectPlus_FT 10. Cosmological antigravity. Author: Krauss, Lawrence M. Source: Scientific American v. 280 no1 (Jan. '99) p. 52-9 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28199901%29280%3A1%3C52%3ACA% 3E&dbname=WilsonSelectPlus_FT 11. The asymmetry between matter and antimatter. Author: Quinn, Helen R.; Witherell, Michael S. Source: Scientific American v. 279 no4 (Oct. '98) p. 76-81 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28199810%29279%3A4%3C76%3ATABM AA%3E&dbname=WilsonSelectPlus_FT 12. A massive discovery. Author: Gibbs, W. Wayt. Source: Scientific American v. 279 no2 (Aug. 1998) p. 18+ http://firstsearch.oclc.org/FSIP?sici=0036-8733%28199808%29279%3A2%3C18%3AAMD %3E&dbname=WilsonSelectPlus_FT 13. The theory formerly known as strings. Author: Duff, Michael J. Source: Scientific American v. 278 (Feb. '98) p. 64-9 http://firstsearch.oclc.org/FSIP?sici=0036-8733%28199802%29278%3C64%3ATTFKAS%3 E&dbname=WilsonSelectPlus_FT 14. The discovery of the top quark. Author: Liss, Tony M.; Tipton, Paul L. Source: Scientific American v. 277 (Sept. '97) p. 54-9 15. Pinning down inflation. Author: Horgan, John. Source: Scientific American v. 276 (June 1997) p. 17-18 16. Quantum seeing in the dark. Author: Kwiat, Paul.; Weinfurter, Harald.; Zeilinger, Anton. Source: Scientific American v. 275 (Nov. '96) p. 72-8 17. Unicorn hunts?. Author: Yam, Philip. Source: Scientific American v. 275 (Oct. '96) p. 36-7 18. The nature of space and time. Author: Hawking, Stephen W.; Penrose, Roger. Source: Scientific American v. 275 (July '96) p. 60-5 19. Tracking and imaging elementary particles. Author: Breuker, Horst.; Dreverman, Hans.; Grab, Christoph. Source: Scientific American v. 265 (Aug. '91) p. 58-63 20. The Tevatron. Author: Lederman, Leon M. Source: Scientific American v. 264 (Mar. '91) p. 48-55 21. The number of families of matter. Author: Feldman, Gary J.; Steinberger, Jack. Source: Scientific American v. 264 (Feb. '91) p. 70-5 22. The LEP collider. Author: Myers, Stephen.; Picasso, Emilio. Source: Scientific American v. 263 (July '90) p. 54-61 23. Particle accelerators test cosmological theory. Author: Schramm, David N.; Steigman, Gary. Source: Scientific American v. 258 (June '88) p. 66-72 24. The Higgs boson. Author: Veltman, Martinus J. G. Source: Scientific American v. 255 (Nov. 1986) p. 76-81+ 25. The search for proton decay. Author: LoSecco, J. M.; Reines, Frederick.; Sinclair, Daniel. Source: Scientific American v. 252 (June '85) p. 54-62 26. Elementary particles and forces. Author: Quigg, Chris. Source: Scientific American v. 252 (Apr. '85) p. 84-95 27. The Structure of Quarks and Leptons Author: Harari, Haim. Source: Scientific American v. 248 (April '83) p. 56-68 28. The Search for Intermediate Vector Bosons. Author: Cline, David B.; Rubbia, Carlo.; van der Meer, Simon. Source: Scientific American v. 246 (March '82) p. 48-59 29. The Decay of the Proton. Author: Weinberg, Steven. Source: Scientific American v. 244 (June '81) p. 64-75 30. A Unified Theory of Elementary Particles and Forces. Author: Georgi, Howard. Source: Scientific American v. 244 (April '81) p. 48-63 31. The Cosmic Asymmetry between Matter and Antimatter Author: Wilczek, Frank. Source: Scientific American v. 243 (Dec '80) p. 82-90 32. Gauge Theories of the Forces between Elementary Particles Author: t'Hooft, Gerard. Source: Scientific American v. 242 (June '80) p. 104-138 33. The Next Generation of Particle Accelartors Author: Wilson, Robert R. Source: Scientific American v. 242 (January '80) p. 42-57