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1
Introduction
2
Anitas background
3
Terrestrial planets
4
The Hyperloop
5
Theodore Von Karman
6
Electromagnetism
7
Transportation History
8
Global Connectivity
9
Customer Needs
10
Hyperloop
11
Innovation
12
Vertical Integration
13
Full Facility
14
Pump Station
15
Operational Hyperloop System
16
Hyperloop Architecture
17
Hyperloop Passenger Experience
18
Hyperloop and the Circular Economy
19
Hyperloop in the US
20
New modes of transportation
21
Urban aerial transport
22
Supersonic air travel
23
Supersonic aircraft
24
The far future
25
Life on other planets
26
Resource utilization
27
Women in STEM
Description:
Explore the groundbreaking Hyperloop technology and its potential to revolutionize transportation in this 41-minute lecture by rocket scientist and aerospace engineer Dr. Anita Sengupta. Delve into the engineering challenges and innovative solutions behind creating a high-speed transportation system capable of reaching 1000km/h. Learn about the physics principles, including electromagnetic propulsion and magnetic levitation, that make this "space travel on the ground" possible. Discover how the Hyperloop fits into the broader context of transportation history and future developments, including its environmental benefits and potential impact on global connectivity. Gain insights into the passenger experience, operational systems, and the role of the Hyperloop in the circular economy. Additionally, examine other emerging transportation technologies such as urban aerial transport and supersonic air travel, and consider the implications for future space exploration and resource utilization on other planets. Read more

Hyperloop and the Future of Transport Technology - With Anita Sengupta

The Royal Institution
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