SIO360: How Gravitational Lensing Helps Us Understand the Universe

1

Introduction

00:00 • 3min

2

The Basics of Gravitational Lensing

03:16 • 3min

3

Gravity Bends Light

06:01 • 3min

4

The Event Horizon: The Limit for Light Escape

09:11 • 2min

5

The Effects of Strong Gravitational Lensing on Images

10:53 • 2min

6

The Importance of Pre-Lensing Galaxies

13:20 • 2min

7

The Correlation Between Galaxy Collapsing and Solar Systems

14:57 • 2min

8

The Bernoulli Effect

17:15 • 4min

9

Gravitational Lensing and the Dark Matter Episode

21:17 • 3min

10

The Consensus on Dark Matter

23:54 • 2min

11

The Gravity of Galaxies

25:30 • 2min

12

The Inter-Cluster Medium and Dark Matter

27:20 • 3min

13

Where Is All the Mass in This?

30:10 • 3min

14

The Uncertainty of Dark Matter

33:20 • 2min

15

The Importance of Unbiased Mass Mapping

35:12 • 2min

16

The Effect of Gravitational Lensing on Dark Matter

37:07 • 3min

17

The Problem With Gravitational Lensing

39:40 • 3min

18

The Difference Between Dark Matter and Smaller Black Holes

42:45 • 2min

19

The Use of Gravitational Lensing to Pick Up Dark Matter

45:03 • 2min

20

The Problem With Dark Matter in Space

46:54 • 2min

21

The Cosmic Web of Dark Matter

49:07 • 4min

22

The Euclid Space Telescope's Cosmic Share Measures the Universe

53:05 • 3min

23

The Cosmological Concept and the Acceleration of the Universe

56:15 • 3min

24

The Different Types of Dark Matter

59:04 • 2min

25

The Euclid Telescope and the Curvature of the Universe

01:00:48 • 2min

26

The Four Dimensions of the Universe

01:02:58 • 3min

27

The Strange Way Dark Energy Works

01:05:59 • 1min

28

The Cosmological Constant and Dark Matter

01:07:28 • 2min

29

How the Euclid Space Telescope Can Analyze Data on Sources Across the Sky

01:09:51 • 3min