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qm2 · quantum mechanics re-examined

Group Information

  • Members: 447
  • Category: Quantum Physics
  • Founded: Aug 4, 2001
  • Language: English
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2 New Members - New Questions

Description

This is a group of active inquirers into the boundaries of existing quantum mechanics theory seeking to resolve its deep mysteries.

Members respect the premiere and established status of the theory and those who uncovered and built it, but also intuitively suspect it is not the final word and perhaps we are on the cusp of a "paradigm shift" into a new theory.

Special emphasis is on cooperatively exploring and developing local hidden variable theories that are consistent with known quantum mechanics, both theoretical and experimental.

Members are committed to the highest standards of mathematical and scientific rigor, but also seek the most elegant simplifications.

Members regularly read scientific papers and books on the subject, and have high respect for each other and especially the scientists currently working in the field.

Vladimir Z. Nuri, Founder/Moderator

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Why do we have the principle of equivalence ?
Why do we have the principle of equivalence ? Or why is the gravitational force the same as an apparent acceleration? See:
Posted - Fri Dec 18, 2009 4:36 am
Fitz
zeusrdx
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1st programmable qm cpu
Scientists create the first programmable quantum processor A new system uses an entangled two-qubit quantum gate alongside a single-qubit gate to create a
Posted - Sat Nov 21, 2009 5:30 am
V.Z. Nuri
vznuri
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refs, classical analogs of qm experiments
hi, a cohort saw those two papers I posted on classical analogs of bell experiments & the one by joy christian .. & turned up these from the literature which
Posted - Sat Oct 31, 2009 1:00 am
V.Z. Nuri
vznuri
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Periodic Matrices of subatomic particles
The subatomic particles can be arranged into a series of square matrices. http://www.members.shaw.ca/doulting/Home_files/ Topics 15, 16, and 17.
Posted - Sun Sep 27, 2009 8:35 pm
Richard
chemguy777
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links
1st link is a very impressive NIST experiment by wineland et al that can do pairwise operations. basically, a rudimentary general purpose qm computer. "sets a
Posted - Sat Sep 19, 2009 3:44 am
V.Z. Nuri
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Message History

Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
2009 4 1 20 6 2 10 4 4 3 1 1 1
2008 10 18 48 35 4 4 7 6 14 3 8 3
2007 9 4 6 5 7 18 20 37 11 11 7 6
2006 11 23 19 12 8 15 8 22 64 27 18 8
2005 67 35 42 73 14 20 97 22 8 8 8 11
2004 73 103 129 107 22 54 101 87 36 32 13 24
2003 61 51 274 442 550 661 205 97 28 94 164 153
2002 97 73 86 74 78 34 565 1225 1305 1248 518 198
2001 266 133 94 53 76
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