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1
Intro
2
Aurora Australis Seen from ISS
3
Satellite Radiation Damage
4
What is Radiation?
5
Normal Human Radiation Exposure
6
Cosmic Radiation
7
Explorer 1: Successful Launch
8
Explorer 1: Strange Measurements
9
Van Allen Radiation Belts
10
Particles in Magnetic Fields
11
Radiation in a Dipole Field
12
Operation Argus 1958
13
Starfish Prime 1962
14
Radiation Belts: 70s Understanding
15
Cosmic Ray Albedo Neutron Decay
16
Where do Electrons Come From?
17
Geomagnetic Storms
18
Wave Particle Interactions
19
SAMPEX Discovery
20
Accelerating Particles with Waves
21
Van Allen Probes
22
Listening in on Space
23
A Third Radiation Belt
24
Halloween Solar Storms 2003
25
Magnetic Shield
26
Apollo 16: Near Miss
Description:
Explore 60 years of scientific discovery surrounding radiation hazards in space in this lecture by Frances Staples. Delve into the history of space radiation research, starting with the successful launch of Explorer 1 and the unexpected measurements that led to the discovery of the Van Allen radiation belts. Learn about the structure of Earth's magnetic field, the sources of radiation in space, and the effects of geomagnetic storms. Discover how waves can accelerate particles in space and the recent findings from missions like SAMPEX and the Van Allen Probes. Gain insights into the complex interactions between the solar wind and Earth's magnetosphere, and understand the importance of space weather forecasting for protecting technology and infrastructure. From early experiments like Operation Argus to modern observations of the third radiation belt, trace the evolution of our understanding of space radiation and its implications for space exploration and satellite technology.

The Radioactivity of Space - With Frances Staples

The Royal Institution
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