Stephen Wolfram Q&A, For Kids (and others) [April 2, 2021]

1

Introduction

00:00 • 2min

2

Radioactive Atoms Have No Electric Charge

01:32 • 3min

3

What Are Different Kinds of Radioactivity?

04:56 • 2min

4

How to Make Sure There's No Radioactive Nucleus in Your Tank of Stuff

07:23 • 2min

5

Neutrons Are Stable, but What Are They?

09:45 • 3min

6

How Does a Neutron Star Decompose?

12:35 • 3min

7

What Is the Underlying Force, Underlying Mechanism of Bate De K?

15:30 • 2min

8

The Socal Weak Nuclear Force

17:13 • 3min

9

How Do You Catalogue Transformations?

20:21 • 4min

10

Exactly What Is Finite Group Theory?

24:38 • 3min

11

Spheres, Dodechedral Symmetry Groups - What Is That?

27:37 • 2min

12

The Theory of Continuous Groups

29:26 • 3min

13

Asymmetry Trans Trans Abstract Symmetry Transformations

32:34 • 1min

14

The Internal Cymmetry of Particles

34:01 • 2min

15

Is the Universe Tionally Symmetric?

36:29 • 3min

16

Photons in Electromagnetism

39:16 • 2min

17

Local Gauge Group for Electromagnetism

41:01 • 2min

18

What Is the Higgs Field?

42:51 • 3min

19

The Force Associated With Color Charge

45:54 • 2min

20

Gluons Interact With Each Other, Photons Do Not Interact

48:10 • 2min

21

The Force of Sote With Gluons Goes Up With Distance

50:29 • 2min

22

The Binding Energy of a Proton

52:50 • 3min

23

How Does Electromagnetism Work?

56:09 • 2min

24

Is There a Way to Inductively Charge a Magnet?

58:10 • 2min

25

Is There Something in Us That Is Sensitive to Magnetic Fields?

59:54 • 4min

26

A Simple Question About Photovoltaic a Cells

01:03:40 • 3min

27

What Are the Effects of a Celphone?

01:06:25 • 2min

28

What Is Consciousness?

01:08:34 • 3min

29

Is There a Sequentialized Thread of Experience?

01:11:24 • 4min

30

I've Answered Why There's Something Rather Than Nothing

01:15:36 • 3min