What AstroGenesis covers
AstroGenesis connects literature, observational data and physical modeling in one research session. These pages describe each part, with real answers as examples.
Topics
- Blazar research with AstroGenesisThe first source class covered: literature, SED data and jet emission models in one session.
- Literature analysis for astrophysics questionsPublished papers synthesised into one answer, with evidence, disagreements and ADS-linked citations.
- Multi-wavelength and multi-messenger data retrievalScience-ready radio to gamma-ray data from MMDC, with instrument and epoch metadata.
- SED modeling with neural networks trained on radiative simulationsEmission models fitted to SEDs with neural networks trained on radiative simulations.
- Research ideation from literature, data and modelsOpen questions found where literature, data and models disagree.
Worked examples
- 3C 279: where are the flare gamma rays produced?Where flare gamma rays are produced in the jet, from 8 cited papers.
- Mrk 421: multi-epoch SED data, 2009 to 201522,608 measurements from radio to gamma rays, with plot and CSV.
- PKS 2155-304: one-zone SSC fit, August 2013Best-fit Doppler factor, magnetic field, region size and electron index.
- TXS 0506+056 and IceCube-170922A: what remains openWhat the neutrino association does and does not establish, from 9 cited papers.
Ask about your own source
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