Главная
Study mode:
on
1
Introduction
2
Lasers
3
What is light
4
What is a laser
5
Coherence
6
Monochromatic light
7
Directional light
8
Focusable
9
The most intense laser
10
What is a high power laser
11
What can we do with lasers
12
The bad news
13
What is fusion
14
How do we create fusion
15
Fusion energy
16
Plasma
17
Inertial confinement
18
ablation
19
targets
20
Ignition
21
National Ignition Facility
22
Star Trek Into the Darkness
23
The National Ignition Facility
24
Questions
25
Do atoms get larger when excited
26
What is causing the energy dropoff
27
Could a laser cause an asteroid to change course
28
Does fusion create more energy than fission
29
Will there be the same levels of waste
30
The future of fusion
Description:
Explore the cutting-edge world of laser-driven fusion energy in this 52-minute lecture by physicist Kate Lancaster. Delve into the fundamentals of laser technology, from its initial dismissal as a "solution looking for a problem" to its revolutionary applications today. Discover how scientists are harnessing ultra-intense lasers to recreate the sun's energy source, potentially providing clean and inexhaustible power for the future. Learn about the basics of laser operation, plasma physics, inertial confinement fusion, and the challenges of achieving ignition. Gain insights into major research facilities like the National Ignition Facility and their role in advancing fusion science. Address common questions about atomic behavior, energy efficiency, space applications, and the comparison between fusion and fission. Understand the potential impact of fusion energy on our world and the exciting possibilities it holds for sustainable power generation.

Using Lasers to Create Fusion and Save the World

The Royal Institution
Add to list