I. L. Gerlovin, R. Kh. Baranova, and P. S. Baranov
NEW APPROACH TO COLD FUSION (LOW-TEMPERATURE NUCLEAR FUSION) - Dec. 1991
I.L. Gerlovin, A.D. Shnarevich, I.D.Dvas, A.G. Zlatopolsky, G.L. Shevlyakov, R.S. Tyuterev, B.I. Aleshin,
M.M. Protodyakonov, A. R. Regel, I. V. Sergeev.
CATALOG OF PARAMETERS OF PREDICTABLE AND KNOWN ELEMENTARY PARTICLES
(PERIODIC LAW OF MICROPARTICLES (PLM)), Leningrad, 1977
Content, introduction (pdf in Russian);
1 section. Theoretical Foundations (pdf in Russian);
2 section. Identification of theoretical and experimental data. Paragraph 2.1./ 2.2. (pdf in Russian);
2 section. Identification of theoretical and experimental data. Paragraph 2.3./ 2.4. (pdf in Russian);
2 section. Identification of theoretical and experimental data. Para 2.5./ 2.6. (pdf in Russian);
3 section. Prediction. 4 section. Evaluation of the reliability of the results. (pdf in Russian);
Literature (pdf in Russian).
М.М. Protodyakov, I. L. Gerlovin
ELECTRONIC STRUCTURE AND PHYSICAL PROPERTIES OF CRYSTALLS (1975),
Editions "Nauka", Moscow, 1975
This publication questions the electronic structure of atoms, as considered on the basis of the TFF, that allows to describe and calculate the properties of the electrons and other elementary particles. It shows that the use of hybridized wave functions leads to electron structures of the atoms that were previously obtained only on the basis of considerations of symmetry and on the principle of minimal screening.
The TFF gives a justification of the validity of the use of Schrödinger's equation.
In this article, the authors were able to show that the basic structure of crystals is closely connected with the "cone of anisotropy" specific to elementary particles, as elaborated in the TFF. A great number of polymorphic crystals is analyzed, in particular where other elements are included in those minerals.
The coincidence between certain characteristic angles of crystals relative to their symmetry axes, and angles of anisotropy cones in elementary particles obtained in the TFF theoretically, is quite stunning…
In Russian
I.L. Gerlovin, V.A. Krat
ABOUT THE NATURE OF GRAVITATION AND SOME QUESTIONS OF COSMOLOGY (1975)
This article questions the nature of gravitation in the light of the TFF, and extends the ideas of the authors in previous publications (see ref. 2,3, 4, 7 in the article).
A new glance on cosmology and on the determining role of the envisioned "nature" of gravitation.
In Russian
V. A. Krat and I. L. Gerlovin
ON THE THEORETICAL EVALUATION OF THE
HUBBLE RED-SHIFT CONSTANT, 1975.
(Letter to the Editor)
Pulkovo Observatory, Leningrad, U.S.S.R.
V. A. Krat and I. L. Gerlovin
ON THE ABSORPTION OF NEUTRINOS IN
COSMIC SPACE, 1975.
(Letter to the Editor)
The Pulkovo Astronomical Observatory, Leningrad, U.S.S.R.
V. A. Krat and I. L. Gerlovin
ON THE CONSTANT OF GRAVITATION, 1974.
(Letter to the Editor)
The Pulkovo Astronomical Observatory, Leningrad, U.S.S.R.
I. L. Gerlovin
FUNDAMENTALS OF A RELATIVIST QUANTUM THEORY OF THE FUNDAMENTAL FIELD (TFF) (1973),
Leningrad, U.S.S.R.
In Russian
I. L. Gerlovin
SOME ISSUES ABOUT THE SYSTEMATIZATION OF "ELEMENTARY" PARTICLES (1966),
Leningrad, U.S.S.R.
In Russian
I. L. Gerlovin
Scientific worker at the main astronomical observatory of USSR's Academy of Sciences, Leningrad ; non dated article.
IS A PERIODIC LAW FOR MICRO-PARTICLES POSSIBLE ?