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This course circulates around quantized light and its extraordinary properties and their applications. All the known phenomena of optics can be described in the framework of classical electromagnetism.

Optics can describe propagation, interference, diffraction, absorption, stimulated emission and laser physics. If you are interested in understanding spontaneous emission, basic phenomena of quantized light and if you want to understand the key elements of quantum technologies, this is the course for you.

Assessment

This course does not involve any written exams. Students need to answer 5 assignment questions to complete the course, the answers will be in the form of written work in pdf or word. Students can write the answers in their own time. Each answer needs to be 200 words (1 Page). Once the answers are submitted, the tutor will check and assess the work.

Certification

Edukite courses are free to study. To successfully complete a course you must submit all the assignment of the course as part of the assessment. Upon successful completion of a course, you can choose to make your achievement formal by obtaining your Certificate at a cost of £49.

Having an Official Edukite Certification is a great way to celebrate and share your success. You can:

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  • Show it to prove your success

Course Curriculum

Module 01
Quantum Optics – introduction to the course 00:12:00
Quantum Optics – Introduction to Quantization of light 00:05:00
Quantum Optics – Canonical quantization 00:10:00
Quantum Optics – Material harmonic oscillator 1 00:12:00
Quantum Optics – Material harmonic oscillator 2 00:12:00
Quantum Optics – Single mode of radiation 00:10:00
Quantum Optics – Canonical quantization of a single mode 00:10:00
Quantum Optics – Observables 00:07:00
Quantum Optics – Number states; Photon 00:07:00
Quantum Optics – Field observables vacuum fluctuations 00:05:00
Quantum Optics – What have we learnt What next 00:05:00
Module 02
Quantum Optics – Quantization of light one mode – homework 1 00:11:00
Quantum Optics – Quantization of classical oscillators 00:13:00
Quantum Optics – One photon state in a single mode: particle-like behavior – Introduction 00:04:00
Quantum Optics – The semi classical model of optics 00:09:00
Quantum Optics – One photon state in a single mode 00:11:00
Quantum Optics – Photo detection signals 00:12:00
Quantum Optics – Single photo detection signal for a one photon state 00:04:00
Quantum Optics – Double photo detection signal for a one photon state a fully quantum behavior 00:07:00
Quantum Optics – Quantum optics a must 00:10:00
Quantum Optics – Introduction to One photon interference: Wave-Particle duality 00:07:00
Quantum Optics – Beam splitter in quantum optics 00:17:00
Quantum Optics – One photon wave packet on a beam splitter 00:10:00
Quantum Optics – Mach Zehnder interferometer in classical optics 00:10:00
Module 03
Quantum Optics – One photon interference 00:05:00
Quantum Optics – Wave particle duality “a quantum mystery”; a consistent formalism 00:07:00
Quantum Optics – Multimode quantized radiation: quantum optics in a real lab – Introduction 00:04:00
Quantum Optics – Canonical quantization of multimode radiation 00:14:00
Quantum Optics – Eigen states of the Hamiltonian space of states, energy of the vacuum 00:08:00
Quantum Optics – Total number of photons 00:03:00
Quantum Optics – Linear and angular momentum 00:06:00
Quantum Optics – Field observables vacuum fluctuations 00:05:00
Module 04
Quantum Optics – Photo detection signals 00:12:00
Quantum Optics – Conclusion what you have learned; the quantum vacuum 00:07:00
Quantum Optics – One photon sources in the real world – Introduction 00:04:00
Quantum Optics – Heisenberg formalism photo detection signals 00:11:00
Quantum Optics – Multimode one photon wave packet 00:06:00
Quantum Optics – Spontaneous emission photon 00:14:00
Quantum Optics – detour to Fourier transforms 00:05:00
Quantum Optics – Real one photon sources 00:17:00
Quantum Optics – One photon sources for what 00:03:00
Quantum Optics – Wave-particle duality for a single photon in the real world – Intro 00:03:00
Quantum Optics – Anti correlation for a one photon wave packet on a beam splitter 00:13:00
Quantum Optics – Anti correlation experiments fully quantum behavior 00:09:00
Quantum Optics – Anti correlation with supplementary photons 00:10:00
Module 05
Quantum Optics – One photon interference signal 00:14:00
Quantum Optics – One photon interference experiment 00:14:00
Quantum Optics – Wave particle duality and complementarity 00:09:00
Quantum Optics – A fruitful mystery 00:07:00
Quantum Optics – The second quantum revolution from concepts to technology 00:08:00
Quantum Optics – Quantum random numbers generator QRNG 00:10:00
Quantum Optics – Weak light pulses on a beam splitter 00:09:00
uantum Optics – One photon polarization as a qubit 00:15:00
Quantum Optics – Quantum cryptography the BB84 QKD scheme 00:15:00
Quantum Optics – The no cloning theorem 00:14:00
Quantum Optics – Conclusion of the lesson and of Quantum Optics 1 00:08:00
Assessment
Submit Your Assignment 00:00:00
Certification 00:00:00

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