Yahoo Italia Ricerca nel Web

Risultati di ricerca

  1. en.wikipedia.org › wiki › Matter_waveMatter wave - Wikipedia

    11 ore fa · Schrödinger's (matter) wave equation. Following up on de Broglie's ideas, physicist Peter Debye made an offhand comment that if particles behaved as waves, they should satisfy some sort of wave equation. Inspired by Debye's remark, Erwin Schrödinger decided to find a

  2. 23 mag 2024 · In addition, behind digital technology is a set of simple and precise mathematical algorithms. As Erwin Schrödinger said, “When a mathematical model is derived, it suddenly brings order to a field it has never intended to enter or think about.” Because of this, digital transformation can bring the risk of simplifying education.

  3. 11 ore fa · So gebe es hier u. a. vier Forscherinnen und Forscher, die mit dem Wittgenstein-Preis, und sechs Forscherinnen und Forscher, die mit dem Erwin Schrödinger-Preis der Akademie der Wissenschaften ausgezeichnet wurden, sowie mit 47 Prozent die höchste ERC Grant-Erfolgsquote in Europa – die durchschnittliche Erfolgsquote von Forschungseinrichtungen liege hier bei acht bis 15 Prozent.

  4. 11 ore fa · Soukups Forschungsaufenthalt als Postdoktorandin wurde durch ein Erwin-Schrödinger-Auslandsstipendium des österreichischen Wissenschaftsfonds FWF ermöglicht und führte zu der Erkenntnis, dass ...

  5. 11 ore fa · Nó được đặt tên theo nhà vật lý học Áo Erwin Schrödinger, người đã đề xuất phương trình này vào năm 1926. Phương trình Schrödinger mô tả sự biến đổi của một hàm sóng ψ, được gọi là hàm sóng Schrödinger, thể hiện trạng thái của một hệ thống hạt như electron, nguyên tử hay các hạt nhân nhỏ hơn.

  6. 11 ore fa · Negentropy, also known as negative entropy, is a concept that measures the degree of order or organization in a system, as opposed to the disorder measured by entropy. The term was introduced by Erwin Schrödinger in his 1944 book “What is Life?” and later popularized by other scientists. Here’s a detailed explanation of negentropy:

  7. 11 ore fa · 1922年秋天,奥地利物理学家埃尔温·薛定谔(Erwin Schrödinger)在研究原子中电子的量子化轨道时,粗略地考虑了将虚数单位“i”引入韦尔四年前提出的不可积标度因子的指数上,从而使标度因子转化为相位因子成为可能 [5]。