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1
Introduction
2
Entry Descent Landing
3
Why Explore Mars
4
Rovers
5
Mars Science Laboratory
6
Landing Site Selection
7
Mars Reconnaissance Orbiter
8
Mercator Projection Map
9
Radiation Measurement
10
Gale Crater
11
Engineering Challenges
12
Aerodynamic Drag
13
Parachute Deployment
14
Supersonic Parachute
15
Area Oscillation
16
Entry Vehicle
17
Verification Validation
18
High Speed Imaging
19
Schiller Video
20
Curiosity
21
Eyes
22
Touch
23
Camera
24
Landing Site
25
Landing Ellipse
26
Science Measurements
27
ChemCam
28
Radiation Levels
29
SAM
30
The Pyramid
31
Ancient riverbed
32
At night
33
Living on Mars
34
Conclusion
Description:
Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only! Grab it Explore the groundbreaking Mars Science Laboratory mission in this GOTO Chicago 2015 conference talk by NASA Jet Propulsion Lab's Anita Sengupta. Delve into the intricate details of Curiosity rover's entry, descent, and landing on the Red Planet. Learn about the mission objectives, rover capabilities, and the engineering challenges overcome to successfully land a 2000 lb robotic geologist on Mars. Discover the process of landing site selection, the role of the Mars Reconnaissance Orbiter, and the innovative technologies employed, including supersonic parachutes and high-speed imaging. Gain insights into Curiosity's scientific instruments like ChemCam and SAM, and understand their significance in exploring Mars' geology and potential for past life. Examine the rover's discoveries, including evidence of ancient riverbeds, and contemplate the implications for future human exploration of Mars.

Curiosity's Entry Descent and Landing on Mars

GOTO Conferences
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