Showing papers on "Planck force published in 1992"

Planck’s constant determination from black‐body radiation

Abstract: A method originally described by Crandall and Delord has been improved to measure the ratio of the Planck to the Boltzmann constant with low cost apparatus. Such a system can be easily implemented in high school or college laboratories. These improvements enable one to attain accuracies of 2% for Planck’s constant.

Cosmological implications of the Planck aether model for a unified field theory.

Abstract: In the previously proposed Planck aether model of a unified theory, the vacuum ground state consists of a dense assembly of positive and negative Planck masses obeying an exactly nonrelativistic law of motion. The Planck aether is superfluid, and it can without expenditure of energy form a tangle of quantized vortex filamants permitting the transmission of two types of waves: One associated with a symmetric displacement of the vortex lattice leading to gravitational waves, and one associated with an antisymmetric displacement leading to electromagnetic waves. Dirac spinors are explained in this model as excitons made up from positive and negative energy resonances of the vortex lattice. Because the number of positive and negative Planck masses is assumed to be equal, the cosmological constant is equal to zero

On the description of single massless quantum objects

Abstract: We advance an understanding of a single free quantum object as an extended time-stable finite (3+1)dimensional object, intrinsically connected with a particular periodic process with period T, such that its integral energy E is related to T by the Planck's relation ET=h. It is explicitly shown that the nonlinear local conservation laws for the energy-momentum tensor of the electromagnetic field admit a large class of such «pulsating» soliton-like massless solutions. Explicit mathematical expressions for the Planck's constant h and for a local intrinsic angular momentum of these solutions are proposed