Submissions from Masahiro Kanazawa
 [1] faKiv:2008.08580 [pdf]

Reassessments of the Boltzmann machineComments: 39 pages, 6 figures
We investigate the Boltzmann machine (BME) on the boundary. We have a simple and explicit formula for their collision probability. We consider the connecting function for thirdorder propagators of the BMEs. We have proved that the firstorder wave function obeys the weak coupling scaling of the BMEs. The resulting equations are valid in any value of the scattering index. We have also found that the BMEs are invariant under the tobeassumed transformation of the scattering index.
 [2] faKiv:2008.08671 [pdf]

Noncommutativity and the Amodel as a model of complex gravityComments: 10 pages. v3: minor changes but no new matches
We consider a noncommutativity of ChernSimons gravity theory in the Amodel with a constant cosmological constant. A very simple and pure Amodel is obtained with a constant cosmological constant, i.e. the Amodel is the Amodel of an Amodel with a constant cosmological constant. The noncommutativity of ChernSimons theory is split into the Amodel and the Amodel with a constant cosmological constant. The Amodel with a constant cosmological constant is a model of complex gravity with a constant and constant cosmological constant. The Amodel with a constant cosmological constant has no relativistic singularities, and can be an Amodel with a constant cosmological constant.
 [3] faKiv:2008.08698 [pdf]

Vacuum oscillations in the presence of vacuumComments: 11 pages, 1 figure
We study the effect of the vacuum on the dynamics of a point particle in the presence of a vacuum. We find that the effect of the vacuum changes the oscillation frequency of the point particle. The frequency of the point particle depends on the angle of the vacuum angle. In the presence of the vacuum, the oscillations frequency is found to be the same as in the absence of the vacuum. According to our results, it is very difficult to obtain the vacuum oscillation frequency in the presence of the vacuum.
 [4] faKiv:2008.08851 [pdf]

On the equivalence of Gaussian and nonGaussian trajectories in the general relativityComments: 17 pages, 2 figures
We consider the extension of the conjugate gauge theories in the framework of the nonGaussianity of the black hole and the Gaussianity of the quarkgluon plasma to the case of a scalar field in the presence of a nonGaussian matter component. The resulting theory has a twoparameter domain wall equation, and its spectrum is the same as the Gaussian theory. We comment on the possible relation of the Gaussian and nonGaussian trajectories of the scalar field and its scalar deformation, and agree with the results of the Gaussian theory; the nonGaussianity of the black hole and its Gaussianity of the quarkgluon plasma are not related by the GaussianityGaussianity correspondence.