.jeremy's New Writeupshttp://everything2.com/?node=New%20Writeups%20Atom%20Feed&foruser=.jeremy1999-11-13T10:20:18ZSatyendra Nath Bose (person)http://m.everything2.com/user/.jeremy/writeups/Satyendra+Nath+Bose.jeremyhttp://m.everything2.com/user/.jeremy1999-11-13T10:20:18Z1999-11-13T10:20:18ZSatyendra Nath Bose was born on the 1st of January 1894 in <a href="/title/Calcutta">Calcutta</a>, <a href="/title/India">India</a> and died on the 4th of February 1974.
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He studied at <a href="/title/The+University+of+Calcutta">The University of Calcutta</a> and later taught there in 1916. In 1921 he began teaching at <a href="/title/The+University+of+Dacca">The University of
Dacca</a>
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In 1945 he returned to Calcutta (1945-56).Higgs Boson (thing)http://m.everything2.com/user/.jeremy/writeups/Higgs+Boson.jeremyhttp://m.everything2.com/user/.jeremy1999-11-13T10:18:58Z1999-11-13T10:18:58ZA <a href="/title/boson">boson</a> particle which under <a href="/title/Standard+Model">Standard Model</a> has 0 spin, a mass higher than 78 GeV and zero electric charge.
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It hasn't been observed yet, just as the graviton hasn't been observed yet.W- (thing)http://m.everything2.com/user/.jeremy/writeups/W-.jeremyhttp://m.everything2.com/user/.jeremy1999-11-13T10:18:58Z1999-11-13T10:18:58ZW- is a <a href="/title/boson">boson</a> <a href="/title/particle">particle</a> with 1 unit of <a href="/title/spin">spin</a>, 80 GeV of mass, and a +1 electric charge.<br><br>
not to be <a href="/title/confused">confused</a> with <a href="/title/W%252B">W+</a> =)W+ (thing)http://m.everything2.com/user/.jeremy/writeups/W%252B.jeremyhttp://m.everything2.com/user/.jeremy1999-11-13T10:18:58Z1999-11-13T10:18:58ZW+ is a <a href="/title/boson">boson</a> <a href="/title/particle">particle</a> with 1 unit of <a href="/title/spin">spin</a>, 80 GeV of mass, and a -1 electric charge.<br><br>
not to be <a href="/title/confused">confused</a> with <a href="/title/W-">W-</a> =)muon neutrino (thing)http://m.everything2.com/user/.jeremy/writeups/muon+neutrino.jeremyhttp://m.everything2.com/user/.jeremy1999-11-13T10:01:16Z1999-11-13T10:01:16ZA <a href="/title/fermion">fermion</a> particle which under the <a href="/title/Standard+Model">Standard Model</a> has 1/2 spin (all fermions in standard model have 1/2 <a href="/title/spin">spin</a>) and 0 electric charge.
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It has a mass below 0.00017 GeV. I <a href="/title/think">think</a> that's the lowest mass value for a fermion in standard model, but <a href="/title/i+could+be+wrong">i could be wrong</a>.