Судя по всему, Эйнштейн обладал ясн

Судя по всему, Эйнштейн обладал ясным взглядом на проблемы физики и намерением их решать. У него была своя собственная стратегия, он обладал способностью визуализировать основные этапы на пути к своей цели. Свои огромные достижения он считал не более, чем подготовительными этапами на пути к следующему успеху.

В начале научной работы Эйнштейн осознал неадекватность некоторых аспектов механики Ньютона, и из его попытки пристроить законы механики с законами электромагнитного поля родилась специальная теория относительности. Он работал с классическим проблемами статистической механики, а также с проблемами, где эти задачи сливались с квантовой теорией: это привело к объяснению болтунов кого движения молекул. Он исследовал тепловые свойства света с низкой плотность излучения, и его наблюдения заложили основы фотонов теории света.

В начале свой карьеры, еще в Берлине, Эйнштейн постулировал, что правильная интерпретации специальной теории относительности также должна давать и теорию гравитации, а в 1916 году опубликовал статью по общей теории относительности. За это время он также сделал немалый вклад в решение проблем излучения и статистической механики.

В 1920-е годы Эйнштейн начал построение единой теории поля, хотя не прекращает работать и над вероятностной интерпретацией квантовой теории. Он сделал большой вклад в статистическую механику, разработаны квантовую теорию одноатомного газа, а также выполнил ценную работу, связанную с вероятностями атомных переходов и релятивистской космологией.

Результаты (английский) 1:

Apparently Einstein had a clear view of the problems of physics and the intention to solve them. He had his own strategy, he had the ability to visualize the main stages on the way to your goal. Their tremendous achievements, he believed no more than preparatory steps on the way to the next success. At the beginning of the scientific work of Einstein realized the inadequacy of certain aspects of the mechanics of Newton, and his attempts to attach the laws of mechanics with the laws of the electromagnetic field was born in special relativity. He worked with the classic problems of statistical mechanics, as well as with problems, where they merged with quantum theory: This led to the explanation of the talkers who motion of molecules. He studied the thermal properties of light with low radiation density, and his observations laid the foundations of the photon theory of light.Early in his career, back in Berlin, Einstein postulated that the correct interpretation of special relativity should also give and Gravitation theory and, in 1916, published an article on the general theory of relativity. During this time he also made a major contribution to solving the problems of radiation and statistical mechanics.In the 1920 's, Einstein began building a unified field theory, although not stops working and the probabilistic interpretation of quantum theory. He made a great contribution to statistical mechanics, quantum theory developed monatomic gas, and also performed valuable work associated with probabilities of Atomic transitions and Relativistic cosmological type questions.

Результаты (английский) 2:

Apparently, Einstein had a clear view of the problems of physics and the intention to solve them. He had his own strategy, he had the ability to visualize the main stages on the way to his goal. His great achievements, he believed no more than a preparatory stage towards the next success. At the beginning of scientific work, Einstein realized the inadequacy of certain aspects of Newtonian mechanics, and of his attempts to attach the laws of mechanics with the laws of the electromagnetic field was born special theory of relativity. He worked with the classical problems of statistical mechanics, as well as issues where these tasks merged with quantum theory: this led to an explanation of talkers who molecular motion. He investigated the thermal properties of light with low radiation density and his observations laid the foundation for the photon theory of light. At the beginning of his career, back in Berlin, Einstein postulated that the correct interpretation of the special theory of relativity must also give and theory of gravity, and in 1916 published an article on the general theory of relativity. During this time he also made ​​a significant contribution to solving the problems of radiation and statistical mechanics. In 1920, Einstein began construction of a unified field theory, but does not stop work on the probabilistic interpretation of quantum theory. He made ​​a great contribution to statistical mechanics, quantum theory developed monatomic gas, and performed valuable work related to atomic transitions probabilities and relativistic cosmology.

Результаты (английский) 3:

It seems that Einstein had a clear vision of the problems of physics and the intention to deal with them. It had its own strategy, he was an ability to visualize the basic steps on the path to their goal.Its great achievements he felt no more than preparatory stages on the road to the next success. Lord in the early scientific work Einstein realized the inadequacies of some aspects of Newton's mechanics,And from its attempts to state duma laws mechanics with laws electromagnetic field was born the special theory of relativity. He worked with a classic problems statistical mechanics, as well as the problems,Where these tasks dots with quantum theory: this has resulted in the incomprehensible babble who is the movement of molecules. He has studied the thermal properties beam with low-density radiation,And his observations have laid the foundations for photon theory of light.Lord in the beginning their career, even in Berlin, Einstein stated,That the correct interpretation of the special theory of relativity should also provide and gravitation theory, and in 1916, published an article on the general theory of relativity.During this time he also made a significant contribution to the solution of problems radiation and statistical mechanics.lord in 1920-s, Einstein began building a unified field theory,Although not stops working and the probabilistic interpretation quantum theory. He made a great contribution to the statistical operator, developed quantum theory monoatomic gas, as well as performed valuable work,Related to the nonnegative random variables atomic transitions and relativistic космологиеи.