S.R. Beane, "On the importane of testing gravity at distances less than 1 cm" (hep-ph/9702419).  Home/Search   Document Not in Database   Summary   Related Articles

....symmetry and the related issue of quantifying the resulting violating effects in order to confront with observation, we mention that the possibility of saturating the vacuum energy with the contribution of a (scalar) field associated to some new symmetry has been previously discussed in Ref. [45]. It was also pointed out in that reference that cryogenic mechanical oscillator techniques [46] may allow for an improvement of existing limits on Yukawa type interactions by a factor up to 10 10 in the range about 100 m. This range seems also to be favoured for scalar field interactions in ....

.... considerations imply that a direct detection of the interaction (6) is experimentally ruled out as its coupling strength ff = m 1 =M) k 1 is well within the region that, due to Newtonian and electrostatic background effects, is at present inaccessible for ff 10 Gamma2 when 10 Gamma4 m [45]. Limits on the violations of the Lorentz symmetry have been searched via laserinterferometric versions of the Michelson Morley experiment that allow a comparison between the velocity of light, c, and the maximum attainable velocity of massive particles, c 0 , up to ffi j jc 2 =c 2 0 Gamma ....

S.R. Beane, "On the importane of testing gravity at distances less than 1 cm" (hep-ph/9702419).

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