麻省理工学院-光学物理科研

一、课题方向

Nonlinear optics

非线性光学

Quantum optics

量子光学]

Computational optics

计算光学

Quantum teleportation, quantum entanglement, quantum communication

量子隐形传态、量子纠缠、量子通信

Applied Physics

应用物理学

二、科研内容参考

Research Subject: Physical Optics

This summer research program is a summary of several topics in optics. In this program, students will be introduced to the current research topics, including nonlinear optics, quantum optics, and computational op- tics. We will build an interferometer and get to experience cool experimental aspect in optics. A few mini- projects will be given to help understanding the material. Upon completion of this program, students should have comprehensive knowledge about the field of optics.

科研计划摘录

Session 1: Quantum Technology Overview

Task 1: Overview of what we can do with quantum enhanced technology. Topics include quantum telepor- tation, quantum entanglement, quantum communication, and others.

Session 2: Fundamental of Quantum Mechanics, an Introduction

Task 2: Learn some basic concepts of quantum mechanics. Topics include Schrödinger and Heisenberg picture of quantum mechanics, Dirac notation, etc.
Further reading:
Griffiths “Introduction to quantum mechanics” Section 3.6
Quantum Physics of Atoms, Molecules, Solids, Nuclei, and Particles Introduction to Quantum Mechanics by Bransden and Joachain
MIT opencourseware 6.453

............
Session 6: Fourier Optics and propagation of light (mini project)

............
Session 8: Holograph, phase retravel and 3D imaging (mini project)
Task 8: Learn several 3D imaging methods (recover the phase of the wave). We will do simulation and process the real image data using MATLAB.
............