В ходе выполнения проекта планирует

В ходе выполнения проекта планируется решение следующих задач:выяснение состава, динамической группы симметрии и энергетическогомасштаба расширенной теории элементарных частиц в их взаимосвязи сфизикой скрытой массы, что является основой для построения теориивзаимодействий частиц и полей за пределами Стандартной Модели иполучения новых знаний о взаимосвязи явлений на микро- и макро-масштабах. Научная значимость и актуальность задач проекта определяютсяфундаментальной ролью, которую выполняют в природе частицы ТМ,фактически формирующие крупномасштабную структуру Вселенной иявляющиеся одним из краеугольных компонентов в галактиках и ихскоплениях.В процессе выполнения проекта нами планируется также проанализироватьрезультаты глубоководного нейтринного эксперимента NT200 на озереБайкал, связанные с установлением верхнего предела на число событийаннигиляции тяжелых слабо взаимодействующих частиц (WIMPS) в центреЗемли. В частности, установленное в ходе выполнения проекта значениеконцентрации частиц темной материи в околосолнечной окрестности, иоценка потока частиц темной материи, пронизывающих центральные областинашей планеты позволит нам получить ограничение на сечениевзаимодействия слабо взаимодействующих частиц темной материи свеществом.

Результаты (английский) 1:

During the project, it is planned to solve the following problems: elucidation of the composition, dynamic symmetry group and energy scale of the extended theory of elementary particles in their relationship with the physics of hidden mass, which is the basis for constructing a theory of interactions of particles and fields beyond the Standard Model and obtaining new knowledge about the relationship phenomena on micro- and macro- scales. The scientific significance and relevance of the project’s tasks are determined by the fundamental role played by DM particles in nature, which actually form the large-scale structure of the Universe and are one of the cornerstone components in galaxies and their clusters. During the implementation of the project, we also plan to analyze the results of the deep-sea neutrino experiment NT200 on Lake Baikal, related to the establishment of an upper limit on the number of annihilation events of heavy weakly interacting particles (WIMPS) in the center of the Earth. In particular, the value of the concentration of dark matter particles in the solar vicinity, established during the project , and the assessment of the flow of dark matter particles penetrating the central regions of our planet will allow us to obtain a limit on the cross section for the interaction of weakly interacting dark matter particles with matter.

Результаты (английский) 2:

The goal of this project is to:
Determine composition, dynamic symmetry group, and energy
Generalized Particle Theory and
Hidden mass physics is the foundation of theory
Interactions between particles and fields outside of the standard model
Understand the relationship between micro and macro phenomena
Scale. Determine the scientific significance and relevance of project tasks
It is the fundamental role played by TM particles in nature,
Formed the grand structure of the universe,
It's the Milky Way and its
Aggregation.
During the project implementation process, we will also analyze
Results of NT200 deep-sea neutrino experiment in the lake
Lake Baikal is related to setting an upper limit on the number of events
Central heavy weak interaction particle annihilation (WIMPS)
Land. Importance identified during project implementation

Результаты (английский) 3:

During the project implementation, it is planned to complete the following tasks:
Clarify the dynamic group of composition, symmetry and energy
Expand the scope of elementary particle theory and its relationship.
The physics of hidden mass is the basis of establishing theory.
Interaction between particles and fields outside the standard model
Gain new knowledge about the relationship between micro and macro phenomena
Scale. Determine the scientific significance and relevance of the project task
The basic role of TM particles in nature,
Actually formed the large-scale structure of the universe and
As one of the main components of galaxies, they
Cluster.
In the process of project implementation, we will also carry out analysis.
Results of NT200 deep-sea neutrino experiment
Baikal related to setting the upper limit of the number of events
Elimination of heavy and weak interacting particles (WIMPS) in the center
Land. The value determined during the project implementation.
The concentration of dark matter particles around the sun, and
Evaluate the flow of dark matter particles penetrating the central region.
Our planet will allow us to obtain cross-section restrictions.
Weakly interacting dark matter particles and
Matter.