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JAXtronomy curates high-performance astronomy tools powered by JAX, bringing GPU-accelerated computi

JAXtronomy curates high-performance astronomy tools powered by JAX, bringing GPU-accelerated computi

JAXtronomy curates high-performance astronomy tools powered by JAX, bringing GPU-accelerated computing and automatic differentiation to cosmic research from gravitational waves to exoplanets.

https://github.com/JAXtronomy/awesome-JAXtronomy

#JAX #Astrophysics #ComputationalAstronomy

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Prepare for COSI's 2027 launch with realistic gamma-ray astronomy data challenges - where developers

Prepare for COSI's 2027 launch with realistic gamma-ray astronomy data challenges - where developers

Prepare for COSI's 2027 launch with realistic gamma-ray astronomy data challenges - where developers can master Compton telescope analysis before the real cosmic data streams in.

https://github.com/cositools/cosi-data-challenges

#GammaRay #ComputationalAstronomy #SpaceMission

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Lightning-fast periodogram analysis for hunting cosmic rhythms in irregular time series data - now w

Lightning-fast periodogram analysis for hunting cosmic rhythms in irregular time series data - now w

Lightning-fast periodogram analysis for hunting cosmic rhythms in irregular time series data - now with GPU acceleration and orders of magnitude better precision than standard tools.

https://github.com/flatironinstitute/nifty-ls

#TimeSeries #Spectroscopy #ComputationalAstronomy

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Simulate stellar streams and galaxy collisions with GPU-accelerated N-body physics - watch 100,000 s

Simulate stellar streams and galaxy collisions with GPU-accelerated N-body physics - watch 100,000 s

Simulate stellar streams and galaxy collisions with GPU-accelerated N-body physics - watch 100,000 stars dance through spacetime with CUDA kernels and Kahan precision corrections

https://github.com/appy2806/Nbody_streams

#Nbody #StellarStreams #ComputationalAstronomy

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Forge precise stellar opacity tables with OPTAB - a Fortran90 powerhouse that transforms chemical eq

Forge precise stellar opacity tables with OPTAB - a Fortran90 powerhouse that transforms chemical eq

Forge precise stellar opacity tables with OPTAB - a Fortran90 powerhouse that transforms chemical equilibrium data into the light-bending physics that powers radiation hydrodynamics across the cosmos.

https://github.com/nombac/optab

#RadiationHydrodynamics #StellarPhysics #ComputationalAstronomy

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Information on Service 'Order Computational and Storage Resources at FAI'

New in the #VirtualObservatory: “Order Computational and Storage Resources at FAI” by Fesenkov Astrophysical Institute
https://dachs.fai.kz/soft_order_sims/q/compres/info
#AstronomicalInstrumentation #ComputationalAstronomy #GpuComputing #AutomatedTelescopes

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