Episode #109 - Just Talking About: Adaptive Optics and CFD

1

Introduction

00:00 • 3min

2

The Podcast Is the Beginning

03:12 • 2min

3

The Comment of the Podcast

04:47 • 2min

4

Is There a Problem With the Navier-Stokes Equation?

06:32 • 4min

5

The Power of Competi of CFD

10:36 • 3min

6

The Biggest Problem in Astronomy Is the Incompressibility Equation

13:47 • 4min

7

What Is Adaptive Optics?

17:39 • 2min

8

Adaptive Optics Is a Very Deep Subject

20:00 • 3min

9

The Airy Function Is the Best Representation of a Star

23:22 • 2min

10

Is the Diffraction Limit Too High?

25:01 • 2min

11

How to Test the Performance of Your Telescope Using the Strel Ratio

26:37 • 4min

12

Adaptive Optics - A Closed Loop Control System

31:05 • 3min

13

Wave Front Sensor Measures Residual Slopes

33:38 • 2min

14

Is the Deformable Mirror Like the Best?

35:45 • 5min

15

The X and Y Slopes of the Wave Front Sensor

41:00 • 4min

16

Adaptive Optics Simulations in Python

45:10 • 4min

17

GGs. Is the Sprint Algorithm Valid?

48:50 • 2min

18

Is That Your Illusion?

50:28 • 2min

19

Python Is the Easiest One to Understand

52:20 • 2min

20

Is CFD the Best Programming Language?

53:51 • 3min

21

How Do You Differentiate Differential Equations?

56:38 • 6min

22

The Semi-Discreted Approach to Time-Stapping

01:02:31 • 2min

23

Exactly. So Now You Have the Time Equation, Right?

01:04:39 • 5min

24

All Time Stepping Methods - Is Entropy Decreased?

01:10:08 • 5min

25

AO - The Next Episode Is Going to Be on Combinatorics?

01:14:46 • 2min