I want to explore how AI can help push forward research in exoplanets, especially in detecting and understanding their atmospheres. My work is already very data-driven, and I believe AI can make a real difference in reducing noise and spotting signals that might otherwise be missed. During this event, I’d like to share my astronomy background, learn from others in different fields, and work together on ideas that connect science and technology in useful ways.

Dany Almasian
danyalmasian

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  • ⚙️ Developer/Tech
  • 💡 Ideator/Research
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I’m an early-career researcher in observational astrophysics, focusing on finding and studying exoplanets using both transit and radial velocity methods. I’ve worked on international research projects and co-authored peer-reviewed papers, often dealing with large and complex datasets. I’m curious about how AI can be used to improve the way we extract and interpret astronomical signals. I enjoy working in diverse teams, solving problems, and finding creative ways to link my science with new technologies.

🦾 Skills
Exoplanet detection Spectroscopy Radial velocity method Transit photometry Python Data analysis Machine learning basics Scientific writing Public speaking Space mission data Telescope operations
🎋 Aims
Deep learning for time-series data AI-based noise reduction Automated signal detection Interactive data visualisation Cloud computing for large datasets

Resume

Hadaf High School Taught Basic Physics and Astronomy to senior high-school students.
Marlic Student Research Center Delivered Basic Physics and Astronomy courses for junior students.
Ayandeh Sazan School Physics & Laboratory (senior) and Basic Physics & Astronomy (junior).
Gaj Educational Institution Physics courses for senior high-school students.
Shahid Beheshti University (SBU) Physics – Astronomy & Astrophysics
University of Guilan Physics – Solid State
Characterization of seven transiting systems including four warm Jupiter from SOPHIE and TESS
The SOPHIE search for northern extrasolar planets - XIX. A system including a cold sub-Neptune transiting a naked-eye star HD 88986
Programming
Data Analysis
General
English Fluent (IELTS 6)
Persian Native
Planetary Science
Exoplanets & Atmospheres
Spectroscopy
Observational Astrophysics
Optical Astronomy
Solar Physics
Star Formation
Data Analysis
Exoplanets detection by Kepler Detection and analysis of exoplanet candidates using Kepler survey data.
Exoplanet detection with TESS & CHEOPS Transit-based detection and follow-up analysis leveraging space-telescope datasets.
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Dribs

Assisted Exoplanet Transit Detection

Updated and expanded the project description, added activities, resources, and potential impact.

3 months ago