BOOKS - Quantum Photonics
Quantum Photonics - Thomas P. Pearsall January 1, 2020 PDF  BOOKS
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Quantum Photonics
Author: Thomas P. Pearsall
Year: January 1, 2020
Format: PDF
File size: PDF 57 MB
Language: English



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Quantum Photonics: A Pedagogical Approach to Understanding the Fundamentals of Quantum Properties of Photons Introduction: Quantum photonics is a rapidly evolving field that has the potential to revolutionize the way we understand and manipulate light at the quantum level. This textbook employs a pedagogical approach to facilitate access to the fundamentals of quantum photonics, providing an introductory description of the quantum properties of photons through the second quantization of the electromagnetic field. The book covers the key concepts of stimulated and spontaneous emission of photons at the quantum level, tunneling through a barrier, nonlocality, and the origin of energy bands in both periodic crystalline and aperiodic noncrystalline materials. Chapter 1: Quantum Properties of Photons The first chapter introduces the reader to the quantum properties of photons, including stimulated and spontaneous emission, tunneling through a barrier, and nonlocality. The chapter begins with an overview of the Schrödinger equation, which describes the behavior of electrons in one-dimensional potentials.
Квантовая фотоника: педагогический подход к пониманию основ квантовых свойств фотонов Введение: Квантовая фотоника - это быстро развивающаяся область, которая может революционизировать то, как мы понимаем и манипулируем светом на квантовом уровне. Этот учебник использует педагогический подход для облегчения доступа к основам квантовой фотоники, предоставляя вводное описание квантовых свойств фотонов через второе квантование электромагнитного поля. Книга охватывает ключевые понятия стимулированного и спонтанного излучения фотонов на квантовом уровне, туннелирования через барьер, нелокальности и происхождения энергетических полос как в периодических кристаллических, так и в апериодических некристаллических материалах. Глава 1: Квантовые свойства фотонов Первая глава знакомит читателя с квантовыми свойствами фотонов, включая стимулированное и спонтанное излучение, туннелирование через барьер и нелокальность. Глава начинается с обзора уравнения Шрёдингера, описывающего поведение электронов в одномерных потенциалах.
Photonique quantique : une approche pédagogique pour comprendre les bases des propriétés quantiques des photons Introduction : La photonique quantique est un domaine en évolution rapide qui peut révolutionner la façon dont nous comprenons et manipulons la lumière au niveau quantique. Ce manuel utilise une approche pédagogique pour faciliter l'accès aux bases de la photonique quantique en fournissant une description introductive des propriétés quantiques des photons à travers la deuxième quantification du champ électromagnétique. livre couvre les concepts clés de l'émission stimulée et spontanée de photons au niveau quantique, du tunnel à travers la barrière, de la non-localité et de l'origine des bandes énergétiques dans les matériaux non cristallins périodiques et apériodiques. Chapitre 1 : Propriétés quantiques des photons premier chapitre présente au lecteur les propriétés quantiques des photons, y compris le rayonnement stimulé et spontané, le tunnel à travers la barrière et la non-localité. chapitre commence par un aperçu de l'équation de Schrödinger qui décrit le comportement des électrons dans les potentiels unidimensionnels.
Fotónica cuántica: un enfoque pedagógico para entender los fundamentos de las propiedades cuánticas de los fotones Introducción: La fotónica cuántica es un campo en rápido desarrollo que puede revolucionar la forma en que entendemos y manipulamos la luz a nivel cuántico. Este libro de texto utiliza un enfoque pedagógico para facilitar el acceso a los fundamentos de la fotónica cuántica, proporcionando una descripción introductoria de las propiedades cuánticas de los fotones a través de la segunda cuantización del campo electromagnético. libro abarca los conceptos clave de la radiación estimulada y espontánea de fotones a nivel cuántico, la tunelización a través de la barrera, la no localidad y el origen de las bandas de energía tanto en materiales cristalinos periódicos como en materiales no cristalinos aperiódicos. Capítulo 1: Propiedades cuánticas de los fotones primer capítulo introduce al lector en las propiedades cuánticas de los fotones, incluyendo la radiación estimulada y espontánea, la tunelización a través de la barrera y la no localidad. capítulo comienza con una revisión de la ecuación de Schrödinger que describe el comportamiento de los electrones en potenciales unidimensionales.
Fotonica quantistica: approccio didattico alla comprensione delle proprietà quantistiche dei fotoni Introduzione: La fotonica quantistica è un campo in rapida evoluzione che può rivoluzionare il modo in cui capiamo e manipoliamo la luce a livello quantistico. Questa esercitazione utilizza un approccio pedagogico per facilitare l'accesso alle basi della fotonica quantistica, fornendo una descrizione introduttiva delle proprietà quantistiche dei fotoni attraverso la seconda quantificazione del campo elettromagnetico. Il libro comprende i concetti chiave della radiazione stimolata e spontanea di fotoni a livello quantistico, tunnel attraverso la barriera, illocalizzazione e origine delle strisce energetiche sia nei materiali cristallini periodici che nei materiali non cristallini aperiodici. Capitolo 1: proprietà quantistiche dei fotoni Il primo capitolo presenta al lettore le proprietà quantistiche dei fotoni, incluse le radiazioni stimolate e spontanee, il tunnel attraverso la barriera e l'illocalizzazione. Il capitolo inizia con una panoramica dell'equazione di Schrodinger che descrive il comportamento degli elettroni in potenzialità unidirezionali.
Quantenphotonik: ein pädagogischer Ansatz zum Verständnis der Grundlagen der Quanteneigenschaften von Photonen Einleitung: Die Quantenphotonik ist ein sich schnell entwickelndes Feld, das die Art und Weise, wie wir Licht auf Quantenebene verstehen und manipulieren, revolutionieren könnte. Dieses Tutorial verwendet einen pädagogischen Ansatz, um den Zugang zu den Grundlagen der Quantenphotonik zu erleichtern, indem es eine einführende Beschreibung der Quanteneigenschaften von Photonen durch eine zweite Quantisierung des elektromagnetischen Feldes liefert. Das Buch behandelt die Schlüsselkonzepte der stimulierten und spontanen Photonenemission auf Quantenebene, des Tunnelns durch die Barriere, der Nichtlokalität und des Ursprungs von Energiebanden in periodischen kristallinen und aperiodischen nichtkristallinen Materialien. Kapitel 1: Quanteneigenschaften von Photonen Das erste Kapitel führt den ser in die Quanteneigenschaften von Photonen ein, einschließlich stimulierter und spontaner Strahlung, Tunneln durch eine Barriere und Nichtlokalität. Das Kapitel beginnt mit einem Überblick über die Schrödinger-Gleichung, die das Verhalten von Elektronen in eindimensionalen Potentialen beschreibt.
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Kuantum Fotonik: Fotonların Kuantum Özelliklerinin Temellerini Anlamak İçin Pedagojik Bir Yaklaşım Giriş: Kuantum fotonik, ışığı kuantum seviyesinde anlama ve manipüle etme biçimimizde devrim yapma potansiyeline sahip, hızla gelişen bir alandır. Bu ders kitabı, elektromanyetik alanın ikinci bir kuantizasyonu yoluyla fotonların kuantum özelliklerinin giriş tanımını sağlayarak kuantum fotoniğinin temellerine erişimi kolaylaştırmak için pedagojik bir yaklaşım kullanır. Kitap, kuantum seviyesinde uyarılmış ve spontan foton emisyonu, bariyer tünelleme, lokalite dışı ve hem periyodik kristalin hem de aperiyodik kristal olmayan malzemelerdeki enerji bantlarının kökeni ile ilgili temel kavramları kapsar. Bölüm 1: Fotonların Kuantum Özellikleri İlk bölüm, okuyucuyu uyarılmış ve kendiliğinden emisyon, bariyer tünelleme ve yerellik dahil olmak üzere fotonların kuantum özelliklerine tanıtır. Bölüm, elektronların tek boyutlu potansiyellerdeki davranışlarını açıklayan Schrödinger denkleminin gözden geçirilmesi ile başlar.
الضوئيات الكمومية: نهج تربوي لفهم أسس الخصائص الكمية للفوتونات مقدمة: ضوئيات الكم هي مجال سريع التطور لديه القدرة على إحداث ثورة في الطريقة التي نفهم بها الضوء ونتعامل معه على المستوى الكمي. يستخدم هذا الكتاب المدرسي نهجًا تربويًا لتسهيل الوصول إلى أساسيات الضوئيات الكمومية من خلال تقديم وصف تمهيدي للخصائص الكمومية للفوتونات من خلال تكميم ثانٍ للمجال الكهرومغناطيسي. يغطي الكتاب المفاهيم الرئيسية لانبعاث الفوتون المحفز والتلقائي على المستوى الكمي، ونفق الحواجز، وعدم المساحة، وأصل نطاقات الطاقة في كل من المواد البلورية وغير البلورية الدورية. الفصل 1: الخصائص الكمومية للفوتونات يقدم الفصل الأول القارئ إلى الخصائص الكمومية للفوتونات، بما في ذلك الانبعاثات المحفزة والعفوية، ونفق الحاجز، وغير المحلية. يبدأ الفصل بمراجعة معادلة شرودنغر التي تصف سلوك الإلكترونات في إمكانات أحادية البعد.

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