Download presentation

Presentation is loading. Please wait.

Published byDanna Monty Modified over 2 years ago

1
Testing formulas for decay rates Equations for decay rates

3
N atoms inside a sphere: theoretical prediction

4
Large wavelength

5
Wavelength 4 times larger than size of sphere

6
Wavelength equal to radius of sphere

7
Small wavelength

8
Dependence on shape

9
Dependence on shape, large wavelength

10
Dependence on shape, wavelength larger than size

11
Dependence on shape, wavelength comparable with size

12
Dependence on shape, short wavelength

13
Superradiant state vector, large wavelength

14
Superradiant state vector, w avelength 4 times larger than size of sphere

15
Superradiant state vector, w avelength equal to radius of sphere

16
Superradiant state vector, small wavelength

17
Decay rates for different wavelength

20
Calculating the decay rate of “superradiance”

21
Numerical results for

Similar presentations

Presentation is loading. Please wait....

OK

Unit 2: Engineering Design Process

Unit 2: Engineering Design Process

© 2017 SlidePlayer.com Inc.

All rights reserved.

Ads by Google

Ppt on cold chain storage of food Ppt on surface area and volume for class 9th Ppt on shell and tube heat exchanger Ppt on clutch system in automobile Ppt on acid-base indicators Ppt on total parenteral nutrition solutions Ppt on two point perspective city Ppt on iis web server Ppt on holographic technology companies Ppt on non verbal communication skills