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1
Intro
2
Space and Astronomy
3
Space of Attack
4
Viking 1 Lander
5
Voyager
6
Buzzkill
7
Agenda
8
Exoplanet Science
9
Direct Observation
10
Doppler Spectroscopy
11
Star Movement
12
Tree
13
Digital Cameras
14
Hackers
15
Experiments
16
Images
17
Orion Nebula
18
Virgo Cluster
19
Baseline Unit Design
20
Baseline Unit Goals
21
The Baseline Unit
22
The Electronics
23
The First Prototype
24
The Network
25
The Science
26
Consumer Cameras
27
Bayer Filters
28
Relative Brightness
29
Calibration Data
30
Stamp Cubes
31
Light Curve
32
Telescopes
33
Thank You
34
Learn More
35
Questions
36
Marginal Contribution
37
Live Questions
38
Relative Photometry
39
Is this specific to the camera
40
How do we complement each other
41
Is there an air quality
Description:
Discover how open source technology and cloud computing are revolutionizing exoplanet research in this 43-minute conference talk from Strange Loop. Explore the PANOPTES project, which empowers students and amateur astronomers to participate in the search for planets beyond our solar system. Learn about the innovative combination of low-cost electronics, off-the-shelf components, and open source software that creates a global network of robotic telescopes. Delve into the technical aspects of PANOPTES, including its construction, observation methods, and data processing techniques for identifying potential exoplanets. Gain insights into direct observation, Doppler spectroscopy, and the use of digital cameras in astronomical research. Understand the baseline unit design, electronics, and networking that make this distributed approach possible. Examine the scientific principles behind relative photometry, calibration data, and light curve analysis. Discover how consumer cameras with Bayer filters contribute to the project's success. Conclude with a Q&A session addressing topics such as air quality considerations and the project's collaborative nature. Read more

PANOPTES - Open Source Exoplanet Discovery

Strange Loop Conference
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