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on
1
Intro
2
Data analysis
3
Hot stars
4
Masking
5
Decision tree
6
Random forest
7
Machine learning
8
Predata conditioning
9
Planets
10
Model
11
Orbital period
12
Observations
13
Discussion
Description:
Explore the architectures of rotating star-planet systems in this 29-minute conference talk by Rafael Garcia, presented at the Transport in Stellar Interiors (TRANSTAR-C21) Conference. Delve into data analysis techniques, including masking, decision trees, random forests, and machine learning, applied to hot stars and exoplanets. Examine the process of pre-data conditioning and its importance in studying orbital periods and creating accurate models. Gain insights into the latest observational data and engage in a discussion on the implications for our understanding of stellar physics and planetary systems.

Architectures of Rotating Star-Planet Systems - Rafael Garcia

Kavli Institute for Theoretical Physics
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