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RECENT POSTS IN THIS TOPIC

Azzam AlMosallami: on 8/7/12 at 17:55pm UTC, wrote Dear Ted, Will you read my essay http://www.vixra.org/abs/1208.0018 it is...

Narendra Nath: on 11/16/09 at 12:08pm UTC, wrote Ted Jacobson has a valid idea about vacuum in discrete space, to replace...

amrit: on 11/11/09 at 16:10pm UTC, wrote Yes, particle grow out of vacuum. Vacuum energy is energy of quantum space....

Steve Dufourny: on 5/12/09 at 17:55pm UTC, wrote I am going to see more about your informations and this Eotvos experiment...

Uncle Al: on 5/12/09 at 15:25pm UTC, wrote Second test for chiral vacuum background (static) and Equivalence Principle...

Steve Dufourny: on 5/12/09 at 7:53am UTC, wrote Hello dear Uncle Al, Thanks for these informations ,it's very interesting...

Uncle Al: on 5/12/09 at 1:20am UTC, wrote Newtonian (re Green's function) and metric gravitation are even-parity...



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Uncle Al wrote on May. 12, 2009 @ 01:20 GMT
Newtonian (re Green's function) and metric gravitation are even-parity functions: f(x) = f(-x). They don't quantize. Quantum gravitation theories require supplementing Einstein-Hilbert action with an odd-parity Chern-Simons term, f(x) = -f(-x). There is your problem.

If the vacuum is odd-parity in the massed sector then chemically and macroscopically identical test masses composed of opposite parity atomic mass distributions, f(x,y,z) and f(-x,-y,-z), will violate the Equivalence Principle in a parity Eotvos experiment. Einstein's elevator postulates an inert vacuum background. If the vacuum is a metaphoric left foot toward mass, then metaphoric left and right shoes will fall differently for being interactively fit to it.

Self-similar opposite parity atomic mass distributions are single crystal test masses in enantiomorphic space groups P3(1)21 and P3(2)21: quartz, berlinite and analogues, cinnabar, tellurium, benzil. Ditto enantiomorphic space groups P3(1) and P3(2): gamma-glycine polymorph, 2,2-bis(hydroxymethyl)propionic acid, and 1,2,4-thiadiazole-3,5-dicarbonitrile.

Somebody should look. (Solids' sublimation vapor pressures limit organic test masses to gamma-glycine. The quartz lattice is 12.557 A^3/atom. gamma-Glycine is 7.869 A^3/atom. Tight atom packing either way!)

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Steve Dufourny wrote on May. 12, 2009 @ 07:53 GMT
Hello dear Uncle Al,

Thanks for these informations ,it's very interesting .

Regards

Steve

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Uncle Al wrote on May. 12, 2009 @ 15:25 GMT
Second test for chiral vacuum background (static) and Equivalence Principle parity violation (dynamic): Two differential scanning calorimeters (DSCs) are abutted and positioned so their sample pans are located along a north-south line. Each holds a ~3 mm diameter ~17 mg solid single crystal sphere of benzil, one in space group P3(1)21 (right-handed) and one in P3(2)21 (left-handed), mp = 95°C. ...

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Steve Dufourny wrote on May. 12, 2009 @ 17:55 GMT
I am going to see more about your informations and this Eotvos experiment ,it's fascinating .

Indeed the basis of the equivalence principle are so important in a model .

Thanks for that .

sincerely

Steve

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amrit wrote on Nov. 11, 2009 @ 16:10 GMT
Yes, particle grow out of vacuum. Vacuum energy is energy of quantum space. Quanta of space QS are building vacuum. In outher space density of vacuum is extremly high and quanta of space are forming into "cosmic waves" into fresh gas of elementary particles.

In black holes mass get transformed back into energy of vacuum, into energy of quantum space. Gravity motion is result of dynamics between density of vacuum and mass. See more in my article on file attached.

yours amrit

attachments: Original_Solution_of_Gravity__ICFAI.pdf

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Narendra Nath wrote on Nov. 16, 2009 @ 12:08 GMT
Ted Jacobson has a valid idea about vacuum in discrete space, to replace the universe expansion through dark energy. What is the situation closer to truth depends on the the concepts of space and time. Are both these discrete? If you dicreteness is pushed to the limit, it becomes homogeneity when the unit of discreteness becomes smaller than what can be ever measured. Thus the whole business of quantum fluctuations really is based on measurement limits which are accompanied by measurement errors intrinsically speaking. In a way determinacy and indeterminacy are just two sides of the same coin and distinction between classical and quantum physics just becomes a game we play with larger number of atoms versus the smaller number of atoms in the sample under study, e.g 10 E 18 or 10 E 3. Now what lies in between, no one has yet bothered to cover, a region where neither macroscopic nor microscopic picture holds! In other words, one may have a situation where the Planck's constant can neither be considered 0 or its full value 'h'.

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Azzam AlMosallami wrote on Aug. 7, 2012 @ 17:55 GMT
Dear Ted,

Will you read my essay http://www.vixra.org/abs/1208.0018

it is related to your essy

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