An edition of Tenzornaja trigonometrija (2004)

Tenzornaja trigonometrija

Teorija i prilozenija / Theory and Applications /

First Russian edition
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Last edited by Freeman_-_2004
December 15, 2021 | History
An edition of Tenzornaja trigonometrija (2004)

Tenzornaja trigonometrija

Teorija i prilozenija / Theory and Applications /

First Russian edition
  • 0 Ratings
  • 1 Want to read
  • 0 Currently reading
  • 0 Have read

Ninul A. S. Tensor Trigonometry. Theory and Applications. – Moscow: Scientific Publisher “Mir”, 2004, 336 p., 8 ill. (in Russian).
See this book, for example, in the Internet Archive page
https://archive.org/details/tenzornaja-trigonometrija-by-ninul-a-s-moscow-mir-2004-336-p
or in the Google books page
https://books.google.ru/books?id=HGgjEAAAQBAJ .

Description
The main goals of the given monograph are to develop for beginning a number of geometric notions of Theory of Exact Matrices and then to work out the basic contents of Tensor Trigonometry with bivalent tensor angles formed by linear subspaces or in accordance with their rotation - as this new math subject expanded significantly the classical Plane and Pseudoplane Trigonometries with representation in tensor forms from flat to various space variants.
In the first Part (Chapters 1–4), a number of problems from Theory of Exact Matrices are studied. The general inequality for all average of positive values (means) is inferred; on the basis of it, hierarchical invariants for the spectrally positive matrix are installed. All eigenprojectors and pseudoinverse matrices are expressed in explicit forms – in terms of coefficients of the characteristic polynomial of a matrix. A minimal annulling polynomial is identified explicitly too. All parameters of matrices' singularity including 1st and introduced 2nd rocks, relations and inequalities, connected with them, are considered and used further. Null-prime and null-normal singular matrices are defined and then widely applied.
In the second Part (Chapters 5–12), Tensor Trigonometry in affine and metric forms is developed. Binary angular and modulus characteristics for linear objects are determined. Euclidean, quasi-Euclidean and pseudo-Euclidean tensor trigonometries, for the same names geometries, are constructed in three kinds: projective, reflective and motive (the last term means rotation or deformation). The complete trigonometric spectrum of a null-prime matrix is established, which serves as a basis for obtaining general cosine and sine normalizing inequalities for matrix objects. The quadratic norms of matrices with all their orders are determined.
In Appendix (Chapters 1A–10A) Tensor Trigonometry in its simplest forms is used for studying motions in non-Euclidean Geometries and in Theory of Relativity. For summing two- and multistep motions in them (or physical velocities), the polar representation of trigonometric motions (rotations) is used. The law of summing motions (velocities) is given in its general matrix form with reviling a secondary orthospherical rotation. The hyperbolic formalizations of Einstein dilation of time and Lorentz contraction of extent are realized mathematically as effects of rotational and deformational transformations of coordinates. Trigonometric models of relativistic kinematics and dynamics for a material point in Minkowskian space-time are proposed. Four absolute vector and scalar differentially-geometric and physical characteristics of the curved world line, completely defining its configuration and conformation in the vicinity of own world point, are reviled as the 4D tensorial-trigonometric pseudoanalog of the 3D classic theory by Frenet–Serret in the Euclidean space.
The book is intended for researchers in the fields of multi-dimensional spaces, analytic geometry, linear algebra with theory of exact matrices, non-Euclidean geometries, theory of relativity and to all those who is interested in new knowledges and applications, given by exact sciences. It may be useful for education purposes on this new math subject in university departments of algebra, geometry and physics.
In a paper form this book, without having it, can be looked through in large scientific libraries – Russian and Western; for instance, in the largest Russian State Library and in EU – in the most known Zentral Universitätsbibliothek Göttingen as the monograph Tenzornaja trigonometrija. In a digital form one may read or upload it, for instance, in the Internet Archive or in the Google books (see web-address above), in E-library.ru, e-library of MSU’s Mech-Math Faculty (section Geometry and Topology), etc.
ISBN-10: 5-03-003717-9, Open Library ID Number: OL27049231M, OCLC/WorldCat number: 255128609.
Circulation of the book in Mir Publisher in 2004: 1000 copies.
All rights reserved. Copyright: © 2004 by Anatoly S. Ninul
Note, there is an updated English edition of the book under its brief name Tensor Trigonometry published in January 2021 – see this edition, for instance, in the Internet Archive page
https://archive.org/details/tensor-trigonometry-by-ninul-a-s-moscow-fizmatlit-2021-320-p-eng
or in the Google Books page
https://books.google.ru/books/?id=0mceEAAAQBAJ ,
and in the same Russian e-libraries.
All rights reserved. Copyright: © 2021 by Anatoly S. Ninul
Personal author's web-site for communications: http://ninul-eng.narod.ru .

Описание
Главные цели данной монографии – развить ряд геометрических понятий теории точных матриц и далее разработать основные положения тензорной тригонометрии с бивалентными тензорными углами, образуемыми линейными подпространствами или связанными с их вращением, - как нового математического предмета, значительно расширившего классические тригонометрии на плоскости и псевдоплоскости с тензорными формами от плоских до разнообразных пространственных вариантов.
В первом разделе (главы 1–4) изучен ряд проблем теории точных матриц. Выведено генеральное неравенство для всех средних положительных величин, на основе которого установлены иерархические инварианты для спектрально положительной матрицы. Выражены в явном виде собственные проекторы и квазиобратные матрицы – через коэффициенты характеристического многочлена матрицы. Идентифицирован минимальный аннулирующий многочлен также в явной форме. Изучены все параметры сингулярности матриц, включая 1-й и введённый 2-й рок, связанные с ними соотношения и неравенства для дальнейшего применения. Определены нуль-простые и нуль-нормальные сингулярные матрицы с их дальнейшим широким использованием.
Во втором разделе (главы 5–12) развита тензорная тригонометрия в аффинной и метрической форме. Определены бинарные угловые и модульные характеристики линейных объектов. Построена квазиевклидова и псевдоевклидова тензорная тригонометрия для тех же геометрий в трёх видах: проективная, рефлективная и моторная (последняя – ротационная или деформационная). Установлен тригонометрический спектр нуль-простой матрицы, на основе которого получены генеральные нормирующие косинусное и синусное неравенства для матричных объектов. Определены квадратичные нормы матриц всех их порядков.
В Приложении (главы 1А–10А) тензорная тригонометрия в своих простейших формах используется для изучения движений в неевклидовых геометриях и в теории относительности. Для суммирования в них двух и многоступенчатых движений (скоростей) применено полярное представление тригонометрических ротаций (движений). Закону суммирования движений (скоростей) придана генеральная матричная форма с выявлением вторичной ортосферической ротации. Реализована гиперболическая формализация эйнштейнова замедления времени и лоренцева сокращения протяжённости как следствий ротационного и деформационного преобразований координат. Предложены тригонометрические модели релятивистской кинематики и динамики материальной точки в пространстве-времени Минковского. Выявлены четыре абсолютные векторные и скалярные дифференциально-геометрические и физические характеристики кривой мировой линии, полностью определяющие её конфигурацию и конформацию в окрестности собственной мировой точки, как 4D тензорно-тригонометрический псевдоаналог 3D классической теории Френе-Серре в Евклидовом пространстве.
Книга предназначена для исследователей в областях многомерных пространств, аналитической геометрии, линейной алгебры с теорией матриц, неевклидовых геометрий, теории относительности и всем тем, кто заинтересован в новых знаниях и применениях, даваемых точными науками. Она может быть полезна в образовательных целях по данному новому предмету математики в университетских департаментах алгебры, геометрии и физики.
В бумажной форме эту книгу, не имея её, можно посмотреть в научных библиотеках – российских и западных; например, в Российской Государственной библиотеке и в Евросоюзе – в самой известной математической библиотеке Zentral Universitätsbibliothek Göttingen, как Tenzornaja Trigonometrija. В цифровой форме она может просматриваться и скачиваться, например, в Internet Archive и Google books (см. веб-адреса вначале), а также в E-library.ru, e-library МГУ Мехмат факультета (секция Геометрия и Топология) и т.д.
Отметим, имеется обновлённое англоязычное издание этой книги Tensor Trigonometry, опубликованное в январе 2021 - см. это издание, например, в Internet Archive или в Google Books (см. веб-страницы выше) и в тех же российских электронных библиотеках.
Веб-сайт автора для контактов: http://ninulas.narod.ru (with English main page).

Publish Date
Publisher
Mir Publisher
Language
Russian
Pages
336

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Previews available in: Russian

Edition Availability
Cover of: Tensor Trigonometry
Tensor Trigonometry
2021, Fizmatlit Publisher
Hardcover in English - First English edition
Cover of: Tenzornaja trigonometrija
Tenzornaja trigonometrija: Teorija i prilozenija / Theory and Applications /
2004, Mir Publisher
Hardcover in Russian - First Russian edition

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Book Details


First Sentence

"In Theory of Matrices such classical notions as a singular matrix and its rank, eigen subspaces, annuling polynomial, projectors, and so one, have a sense only for exact matrices and at exact computations. ..."

Edition Notes

Scientific edition (Naučnoe izd.)

Literature P. [322] - 325 (Literaturverz. S. [322] - 325)

In kyrill. Schr.

Published in
Moscow, Russia
Other Titles
Tensor Trigonometry
Copyright Date
2004

Contributors

Author
Anatolij Sergeevič Ninul

The Physical Object

Format
Hardcover
Pagination
335 S
Number of pages
336
Dimensions
21.9 x 14.4 x 2.0 centimeters
Weight
460 grams

ID Numbers

Open Library
OL27049231M
Internet Archive
isbn_5030037179
ISBN 10
5030037179
ISBN 13
9785030037172, 9795030037171
OCLC/WorldCat
255128609

Work Description

This initiative math monograph in its original Russian edition (2004) was being created by the author sequentially and step by step in period 1998-2003 in rare free time from his labor and life activity and was finished with its large Appendix by the end of 2003, what is mapped on the author's personal web-site http://ninulas.narod.ru with English main page. Though principal results of its preliminary fundamental Part I was gotten by him else in 1981. The initial impulse consisted in solving by him in the middle 1980 year a problem from the Analytical Geometry, namely, to obtain exact non-rational and limit formulas for the vector-perpendicular falling from a given point onto a given plane in the Euclidean space through known elements of matrix and vector parameters in this task (in particular, as a normal and in general non rational (how usually) solution of a linear algebraic equation). The well-known article of Russian Academician A.N. Tikhonov of 1965 about equation’s normal solution by the regularization method with the use of a small parameter served to the author as the starting point for creating the preliminary Part I of his future book, what was logically developed by him further many later up to the entire contents of the book Tensor Trigonometry.

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December 15, 2021 Edited by Freeman_-_2004 Small correction of the description
November 17, 2021 Edited by Freeman_-_2004 Small correction of a work Description for best understanding
November 10, 2021 Edited by Freeman_-_2004 Return to single (non-twice) form of the book page name and address as Tenzornaja trigonometrija.
November 10, 2021 Edited by Freeman_-_2004 Return to single (non-twice) form of the book page name and address as Tensor Trigonometry.
July 2, 2019 Created by MARC Bot import new book