The System of Free Access Galactica to Compute Interactions of N-Bodies

Smulsky, Joseph J.

doi:10.5815/ijmecs.2012.11.01

Cited by 17 publications

(16 citation statements)

References 8 publications

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“…A high-precision method was developed to solve these equations, and it was later used to develop the Galactica system [22], which is free for access [23]. Viability of this method is confirmed by the solution of a number of problems in the contemporary celestial and space dynamics [24] - [28].…”

Section: Evolution Of Orbital Motionmentioning

confidence: 99%

Fundamental Principles and Results of a New Astronomic Theory of Climate Change

Smulsky¹

2016

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Abstract. In light of the latest research developments, this paper describes the fundamental principles of the astronomic theory of climate change. It comprises three problems: the evolution of the orbital motion, the evolution of the Earth's rotational motion and the evolution of the insolation controlled by the evolutions of those motions. All the problems have been solved in a new way and other methods. The paper demonstrates geometric parameters of the Earth's insolation by the Sun, and explains a new insolation theory. Its results are identical to the results of the previous theory. The equations of orbital movement are established, is told about their solution and the results for the different periods of time are submitted. These results improve the results of the previous theories: the planets' and the Moon's orbits are stable and the Solar system is stable. In much the same way, the problem of the Earth's rotation is described. Unlike the previous papers, this problem is solved here without simplification. The calculations demonstrate significant oscillation of the Earth's axis. These results were confirmed with other three independent solutions of the Earth's rotation problem. The oscillations of the Earth's axis result in such oscillations of insolation that explain the paleoclimate changes. The material in this paper is presented in a format intelligible for a broad audience.

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Section: Evolution Of Orbital Motionmentioning

confidence: 99%

Fundamental Principles and Results of a New Astronomic Theory of Climate Change

Smulsky¹

2016

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“…Для самой близкой к Солнцу планеты, Меркурия, такое упрощение приводило к недостатку вращения перигелия. Учет не точечной формы Солнца объясняет все движения в Солнечной системе, в том числе и вращение пе-ригелия [27]- [32].…”

Section: Introductionunclassified

The Basic Problems of Contemporary Scientific View of the World

Smulsky¹

2014

OALib

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Contemporary scientific view of micro-and macro-world was built on a chain of successive hypotheses, each link of which has no reliable evidence. The examples of scientific concepts "Big Bang" and "neutrino" show the formation of erroneous hypotheses that lead to the emergence of these concepts. In addition, the accepted hypotheses lead to the emergence of new objects of scientific vision of the world, which in the real world are absent. The paper proves the fallacy of hypotheses about the dependence of mass on velocity, about particles of light, about light speed of gravity propagation, about "Black holes", about gravitational waves etc. This paper is the introduction to the book 1 , which, in turn, based on the book "The Electromagnetic and Gravitational Actions (The Non-Relativistic Tractates)". The last book was published 20 years ago and aroused great interest among readers. However, the developed methods in the book are not used in physics due to misconceptions about essence of science. The paper states a brief review of the book. This paper, as well as the book, will be useful to physicists, students, senior pupils and everyone who is interested in the scientific worldview.

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“…Figure 7 shows the dynamics of insolation for 100 years. It is based on the results of the solutions for the orbital problem using the system Galactica (Smulsky, 2012) and the problem of the Earth's rotation (Smulsky, 2011) at simultaneous action of the planets, the Sun and the Moon on it. The dynamics of orbital motion is considered relative to the fixed Earth's equator, and the rotational motion of the Earth is studied relative to the fixed orbit of the Earth.…”

Section: Dynamics Of Insolation In the Contemporary Epochmentioning

confidence: 99%

“…This value of P sd is derived as a result of generalization of the observation data for all the history of astronomical observations. While computing the interaction of the planets, the Sun and the Moon, it was received (Melnikov & Smulsky, 2009;Smulsky & Smulsky, 2012) that in different epochs the orbital periods change little about P sd . Therefore, this difference is neglected.…”

Section: Introductionmentioning

confidence: 99%

New Computing Algorithm of the Earth's Insolation

Smulsky¹,

Krotov²

2014

APR

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M. Milankovitch developed the theory of the Earth's insolation for research of paleoclimate. The calculations of insolation by the simplified methods are also used in meteorology, city planning, climatology and other fields, for example, for studying habitability and detectability of extrasolar planets. The new algorithm for computing insolation is based on the results of the exact solution of the two-body problem. It differs from the previous method by simplicity and greater adaptability to computing. The coherent reasoning is provided for a new algorithm and its realization is given in the MathCad environment. The distributions of insolation in latitude are computed for a year and for caloric half-year in the contemporary epoch. The change of insolation is computed in equivalent latitudes for 200 thousand years. The results of computing are compared with the results of other researchers, and the accuracy of the approach is proven. The dynamics of insolation in the contemporary epoch is computed. The prospects of application of its results are shown to determine the causes of changes of natural processes that depend on insolation. The developed approach and the program are applicable for calculating insolation of other planets. The paper points out some specifications which will be needed when computing insolation of Mercury, Venus, Jupiter and Saturn.

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The System of Free Access Galactica to Compute Interactions of N-Bodies

Cited by 17 publications

References 8 publications

Fundamental Principles and Results of a New Astronomic Theory of Climate Change

Fundamental Principles and Results of a New Astronomic Theory of Climate Change

The Basic Problems of Contemporary Scientific View of the World

New Computing Algorithm of the Earth's Insolation

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