Проект направлен на комплексное физ

Проект направлен на комплексное физическое и астрофизическоеисследование ряда обсуждаемых вариантов расширения СтандартнойМодели (СМ) и предсказываемой ими природы скрытой массы Вселенной(Темной Материи, ТМ). Выполнение проекта является частьюисследования фундаментальной научной проблемы -установление характера и форм динамической взаимосвязи ивзаимовлияния современной космологии и физики элементарных частиц. Решение конкретных задач проекта -выяснение состава, динамической группы симметрии и энергетического масштаба расширений теории фундаментальных взаимодействий в их взаимосвязи с физикой скрытой массы – является основой для построения теории взаимодействий частиц иполей за пределами Стандартной Модели, для получения новых знаний о глубинной взаимосвязи явлений на микро- имакромасштабах. Опираясь на новые данные о кинематическиххарактеристиках объектов Млечного Пути, полученных по даннымкосмического телескопа GAIA (GAIA DR3), мы планируем провестипереопределение кривой вращения тонкого диска с учетом не учитываемогоранее вклада звезд гало Млечного Пути.

Результаты (английский) 1:

The project is aimed at a comprehensive physical and astrophysical study of a number of discussed options for expanding the Standard Model (SM) and the nature of the hidden mass of the Universe (Dark Matter, DM) predicted by them . The implementation of the project is part of the study of a fundamental scientific problem - establishing the nature and forms of the dynamic relationship and mutual influence of modern cosmology and elementary particle physics. Solving specific problems of the project - elucidating the composition, dynamic symmetry group and energy scale of extensions of the theory of fundamental interactions in their relationship with the physics of hidden mass - is the basis for building a theory of interactions of particles and fields beyond the Standard Model, for obtaining new knowledge about the deep relationship of phenomena on the micro - and macroscales. Based on new data on the kinematic characteristics of Milky Way objects obtained from the GAIA space telescope (GAIA DR3), we plan to redefine the thin disk rotation curve to take into account the previously ignored contribution of Milky Way halo stars.

Результаты (английский) 2:

The project aims to integrate physics and astrophysics
Research on Several Options for Expanding Standards and Norms under Discussion
The Properties of the Model (CM) and Its Predicted Hidden Mass in the Universe
(Dark Matter, TM) The implementation of the project is
Research on Basic Scientific Issues - Establishing the Nature and Form of Dynamic Relationships
The interaction between modern cosmology and particle physics. Specific tasks for solving projects-
The determination of the composition, dynamic symmetry group, energy scale, and their relationship with hidden mass physics in the extension of basic interaction theory is the foundation for constructing particle interaction theory.
Gain new knowledge on the deep interactions between micro and micro phenomena in areas beyond the standard model
At the macro level. Based on new motion data
Characteristics of Galactic Objects
Gaia Space Telescope (Gaia DR3)
Overlay BP curve

Результаты (английский) 3:

The project aims to integrate physics and astrophysics.
Study a series of standard extension options under discussion.
Model (CM) and its predicted properties of hidden mass in the universe
(dark matter, TM) project implementation is
Research on basic scientific problems-the nature of establishment and the form of dynamic interaction and
Modern cosmology and elementary particle physics solve specific problems in the project-
Clarified composition, symmetric dynamic group and basic interaction theory of energy scale expansion are the basis of establishing particle-particle interaction theory in their relationship with hidden mass physics.
Outside the standard model, in order to gain new knowledge about the deep relationship between micro and micro phenomena.
Macro scale. Based on new kinetic data
Characteristics of galactic objects obtained from data
Space telescope GAIA(GAIA DR3), we plan to carry out.
Redefining the thin disk rotation curve to take account of uncomputed.
Previously, the contribution of Halo Star in the Milky Way.