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on
1
Intro
2
Making a Material Difference to Green Energy (Batteries Included)
3
Materials Are Key
4
Crystal gazing
5
Sodium chloride NaCl
6
lon conduction in solids
7
Crystallography
8
Impurities in Crystals
9
Computational Chemistry
10
Modelling Example
11
Computer Modelling
12
Voltaic Pile
13
Portable Revolution
14
Why Lithium?
15
Periodic Celebration: 150 UN International Year of the Periodic Table
16
Periodic Celebration: 150 I'm reading a book about Helium...
17
Green Light for Electric Cars?
18
Comparison with Lithium
19
Lithium Battery 'Sandwich'
20
Structure Units
21
Current battery
22
Previous Test Car in Glasgow
23
Conduction Pathway?
24
Oxide Electrode Materials
25
All Solid State
26
Beyond Lithium? Sodium
27
Nuclear Reactor
28
Silicon Solar Cells Solar Star (Rosamond, CA USA)
29
BEACH CHEMISTRY?
30
Organic-Inorganic Perovskite
31
Final 3D: Wake Up Call
32
Solar Cell or Photovoltaic (PV)
33
Why Interest in Perovskites?
34
Perovskite Solar Cells
35
Tandem Cells New technology? Combined perovskite-silicon Capture different parts of spectrum
36
SUPERCHARGED FUELLING THE FUTURE
37
80th Anniversary: Supercharged
Description:
Explore the intersection of materials science and sustainable energy in this Royal Institution lecture by Professor Saiful Islam. Discover how advances in atomic-scale modeling and structural chemistry are driving the development of new materials crucial for green technologies like improved batteries for electric vehicles and solar power systems. Gain insights into the challenges of clean energy supply and the potential solutions offered by materials science. Learn about lithium-ion batteries, sodium alternatives, and perovskite solar cells through engaging 3D visualizations and expert explanations. Understand the critical role of materials research in shaping a low-carbon future and addressing one of the greatest challenges of our time.

How Materials Science Can Help Create a Greener Future - with Saiful Islam

The Royal Institution
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