Ri Science Podcast

How to make a universe – with Harry Cliff

Jan 6, 2022
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Episode notes
1
Introduction
00:00 • 3min
2
How Far Back Can We Go?
02:32 • 2min
3
The Atomic Hypothesis
04:17 • 4min
4
How Do Atoms Come From?
08:16 • 3min
5
Speca Spectrometer - The Sloane Telescope
11:33 • 2min
6
What Is the Composition of the Universe?
13:59 • 3min
7
The Nuclear Fusion of Protons and Neutrons to Make Helium
17:22 • 2min
8
The Relativistic Heavy Ion Colider, Is a Big Particle Accelerator
18:56 • 4min
9
The Sande Model Is a Fantastically Successful Theory of Everything
23:16 • 2min
10
What Is Anti Matter?
25:41 • 2min
11
How Did Matter Survive the Big Bang?
27:43 • 4min
12
The Higgsfield Is On, but What Is It?
31:33 • 2min
13
Why Didn't the Higgsfield Kill Us?
33:30 • 2min
14
The First Great Triumph of the LHC
35:29 • 4min
15
How to Predict a Decay of a Quark in the Standard Model
39:53 • 2min
16
Is There a New Force of Nature Beyond the Standard Model?
41:28 • 2min
17
Are We Really Seeing Signs of New Physics?
43:26 • 4min
18
Did Inflation Happen?
47:24 • 2min
19
Is There Any Evidence That Inflation Happened?
49:20 • 4min
20
How Did the Ligo Detector Know That It Was Two Neutrons Colliding?
53:02 • 2min
21
The Law of Nature and Graviton
55:30 • 3min
22
Is Super Symmetry Right?
58:47 • 5min
23
Is There Love?
01:03:17 • 2min
24
Is Inflation Really a Barrier?
01:05:36 • 2min
25
The Limits of What's Knowable
01:07:13 • 1min
26
Is There a Supersymmetry Working Group?
01:08:43 • 3min
27
The Equivalents of Matter and Energy for Dark Matter
01:11:45 • 2min
28
How to Make Money With Gravitational Waves
01:13:35 • 2min
29
How to Solve Second or Der Differential Equation?
01:15:11 • 5min