Окружающий нас мир сложен и многог

Окружающий нас мир сложен и многогранен. Познать его невозможно с позиций только химии, только физики, только биологии и т.д. Качественные прорывы в решении проблем науки возможны при использовании знаний и методов многих традиционных дисциплин. Так возникают всё новые и новые науки на «стыке» традиционных дисциплин.
Физику иногда называют «фундаментальной наукой», поскольку другие естественные науки (биология, геология, химия и др.) описывают только некоторый класс материальных систем, подчиняющихся законам физики. Например, химия изучает молекулы и образованные из них вещества. Химические же свойства вещества определяются физическими свойствами атомов и молекул, описываемыми в таких разделах физики, как термодинамика, электромагнетизм и квантовая физика.
Физика тесно связана с математикой: математика предоставляет аппарат, с помощью которого физические законы могут быть точно сформулированы. Физические теории почти всегда формулируются в виде математических выражений, причём используются более сложные разделы математики, чем обычно в других науках. И наоборот, развитие многих областей математики стимулировалось потребностями физических теорий.
Один из важных путей взаимодействия наук - взаимообмен методами и приемами исследования, т.е. применение методов одних наук в других.
Многие специалисты считают, что наиболее быстрого роста и важных открытий сейчас следует ожидать как раз на участках "стыка", взаимопроникновения наук и взаимного обогащения их методами и приемами исследования. Этот процесс объединения усилий различных наук для решения важных практических задач получает все большее развитие и способствует формированию «единой науки будущего».

Результаты (английский) 1:

The world around us is complex and multifaceted. It is impossible to know him only from the standpoint of chemistry, physics, only only biology and so on Quality breakthroughs in solving the problems of science are possible when using the knowledge and techniques of many traditional disciplines. So there are all new and new science on the "intersection" of traditional disciplines.Physics is sometimes referred to as "Science", as the other natural sciences (biology, geology, chemistry, etc.) describes only some class material systems subject to the laws of physics. For example, chemistry is the study of molecules and educated of them substance. Chemical properties of a substance are determined by the physical properties of atoms and molecules, described in such sections of physics as thermodynamics, electromagnetism and quantum physics.Physics is closely related to mathematics: mathematics provides an apparatus by which physical laws can be precisely formulated. Physical theories are almost always formulated as mathematical expressions, and use more complex topics of mathematics than usual in other sciences. Conversely, the development of many areas of mathematics was stimulated by the needs of physical theories.One of the important ways of interaction of science-interchange of research methods and techniques, i.e. the application of some techniques in other sciences.Many experts believe that the most rapid growth and important discoveries now expect just on sites "interface" interpenetration of Sciences and cross-fertilization of their research methods and techniques. The process of combining the efforts of the various Sciences for resolving important practical tasks increasingly development and contributes to a "unified science of the future".

Результаты (английский) 2:

The world around us is complex and multifaceted. To know it is not possible to position only chemistry, but physics, biology, etc. Only A breakthrough in solving the problems of science are possible when using the knowledge and techniques of many traditional disciplines. So there are more and more science to "junction" of the traditional disciplines.
Physics is sometimes called the "fundamental science", because the other natural sciences (biology, geology, chemistry, etc.) Describe only a certain class of material systems that obey the laws of physics. For example, chemistry is studying molecules and substances derived from them. The chemical properties of the substance is determined by the physical properties of atoms and molecules, described in such sections of physics as thermodynamics, electromagnetism and quantum physics.
Physics is closely related to mathematics: mathematics provides the machine with which physical laws can be precisely formulated. Physical theories are almost always formulated in the form of mathematical expressions, with using more sophisticated branches of mathematics than usual in other sciences. Conversely, the development of many areas of mathematics was stimulated by the needs of the physical theories.
One of the important ways of interaction of Sciences - the interchange of methods and techniques of research, ie, application of the methods of one science to another.
Many experts believe that the most rapid growth and are now important discoveries should be expected in the areas just "joint", the interpenetration of sciences and cross-fertilization of research methods and techniques. This process of combining the efforts of various sciences for the solution of practical problems is increasingly the development and promotes the formation of a "unified science of the future."

Результаты (английский) 3:

окружающий us the world is a complicated and многогранен. to know him is to позиций only chemistry, physics, biology and so on. qualitative breakthroughs in solving the problems of science are possible when using the знаний and methods of many traditional disciplines. so there are всё new science on the "стыке» traditional disciplines.physics is sometimes called the "фундаментальной наукой», since other natural sciences (biology, chemistry, geology, etc.) are only некоторый class material systems, as the laws of physics. for example, chemistry studying molecules and the educated among them substance. the chemical is свойства substances are determined by свойствами atoms and molecules, as described in sections of physics, thermodynamics, electromagnetism and quantum physics.physics is closely related to the математикой: mathematics provides apparatus by which physical laws may be precisely formulated. the physical theories are almost always in the form of mathematical выражений, причём used more complex sections of mathematics than usual in other sciences. conversely, the development of many областей mathematics promoted the needs of physical теорий.one of the important путей взаимодействия sciences - interchange methods and techniques of research, i.e. the use of some of the other.many experts consider that the most rapid growth and significant открытий сейчас expected time for stations "interface", sequential science and mutual enrichment methods and techniques of research. this process of unification усилий various sciences to solve important practical problems increasingly development and promotes the formation of "единой science future.