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1
Introduction
2
What is Light
3
Coherence
4
Monochromatic
5
Directional
6
Intensity
7
Pulse lasers
8
Key switching
9
Mode locking
10
Amplifier chain
11
Ionisation
12
relativistic optics
13
Vulcan and Gemini
14
Orion
15
What is Fusion
16
How Fusion Works
17
Plasma
18
How does it work
19
The numbers
20
National Ignition Facility
21
Wheres New Fat
22
The Future
Description:
Explore the cutting-edge world of ultra-intense lasers in this captivating 59-minute lecture by Dr. Kate Lancaster. Discover how the most powerful lasers on Earth are revolutionizing science by creating extreme conditions in laboratories. Learn about the evolution of lasers from their invention to their current applications in data transport, industry, and scientific research. Delve into fascinating topics such as laser-driven fusion, miniaturized particle accelerators, and the recreation of astrophysical conditions. Through engaging demonstrations and explanations, gain insights into coherence, monochromaticity, pulse lasers, and relativistic optics. Understand the principles behind fusion energy, plasma physics, and the workings of major laser facilities like Vulcan, Gemini, Orion, and the National Ignition Facility. This comprehensive talk, presented at The Royal Institution, offers a unique glimpse into the extreme world of ultra-intense lasers and their potential to shape the future of scientific discovery. Read more

The Extreme World of Ultra Intense Lasers - With Kate Lancaster

The Royal Institution
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