This page requires that JavaScript be enabled in your browser.
Learn how »
Elementary Particles with Feynman
Bruno Autin
What is an elementary particle? After a brief historical introduction, the approach followed by Richard Feynman is explained using three experiments derived from Young's test of diffraction by two slits. The statistical approach is supported by functions and transformations available in the Wolfram Language. The illustration is supported by geometry functions.
Thanks for your feedback.
Channels: Technology Conference
1311 videos match your search.
|
Eric Mjolsness Collaborative projects have resulted in several Mathematica-implemented modeling languages aimed at general-purpose biological modeling, which is a useful and topical but an indefinitely expandable goal. We update previous work on ... |
|
Jae Bum Jung/Yan Zhuang |
|
Phillip Todd |
|
Василий Сороко |
|
Phil Ramsden |
|
Lou D'Andria Constructing interfaces with Dynamic, DynamicModule and Manipulate is nothing new, but those aren't the only Dynamic primitives available in Mathematica. In this talk, we'll identify and demonstrate some of the ... |
|
Галина Михалкина, Григорий Фридман |
|
Галина Михалкина |
|
Андрей Кротких |
|
Антон Екименко, Кирилл Белов |
|
Физический институт имени П.Н. Лебедева |
|
Григорий Фридман, Олег Иванов |
|
Галина Михалкина |
|
Олег Кофнов |
|
Николай Сосновский |
|
Микаэл Эгибян |
|
Микаэл Эгибян |
|
Леонид Шифрин |
|
Вахагн Геворгян |
|
Алексей Семенов |