Search Results for "astrophysics"
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Showing 21 open source projects for "astrophysics"
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BOINC
Open-source software for volunteer computing and grid computing
...It allows researchers to harness massive amounts of processing power from public participants for scientific projects such as climate research, disease modeling, and astrophysics. BOINC supports cross-platform deployment and is backed by a large, active community. -
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adstex
Automated generation of NASA ADS bibtex entries directly from citation
adstex automatically identifies all citation keys (e.g., identifiers, author+year) in your TeX source files and uses NASA's Astrophysics Data System (ADS) to generate corresponding bibtex entries. Write your papers without worrying about the bibtex entries. Simply put down arXiv IDs, ADS bibcodes, DOIs, or first author & year citation keys in your \cite commands, and then use adstex to automatically generate the bibtex file for you. -
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Astropy
Repository for the Astropy core package
...The Anaconda Python Distribution includes Astropy and is the recommended way to install both Python and the Astropy package. The astropy package contains key functionality and common tools needed for performing astronomy and astrophysics with Python. It is at the core of the Astropy Project, which aims to enable the community to develop a robust ecosystem of affiliated packages covering a broad range of needs for astronomical research, data processing, and data analysis. -
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astroTools
Command-line tools for astronomy and astrophysics
Command-line tools for astronomy and astrophysics, written in Fortran. -
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PDPBioGen
Multi-Scale Quantum Biological Integration Framework for Tissue Regene
PDPBioGen: (Pathway-Disease-Phenotype Biogen) Multi-Scale Quantum Biological Integration Framework for Tissue Regeneration Research Research Framework Data-Simulation Validation-Pending 🔬 Scientific Overview PDPBioGen is an experimental computational framework that explores the intersection of quantum physical principles with multi-scale biological modeling. This research platform implements theoretical foundations for closed-loop biological optimization using anomalous signatures... -
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Scalar-Defense-System
Scalar Defense using Photon Dark Photon FDM Waves
Scalar Defense leverages wave-like properties of Fuzzy Dark Matter to detect, track & deflect asteroids. Manipulating scalar fields (ϕ) & their interference patterns, system creates controlled gravitational potentials can alter asteroid trajectories. Foundation is the two-field FDM model, allows tuning density fringes via mass & velocity parameters -
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Quantum Shield Orbital Defense Detection
Quantum Shield Orbital Defense Detection System
QUANTUM SHIELD ORBITAL DEFENSE DETECTION SYSTEM 🚀 Overview Quantum Shield is a revolutionary defense system leveraging quantum sensing technologies for superior detection capabilities against stealth aircraft, drones, missiles, and submarines. By utilizing quantum entanglement, superposition, and other quantum phenomena, the system offers detection ranges and capabilities far beyond conventional radar systems. Key Advantages ✅ Stealth Penetration: Quantum radar penetrates all... -
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Dexter is a little java program to interactively or semi-automatically extract data from scanned graphs. In its applet incarnation it is used by the Astrophysics Data System. A rudimenary standalone version is provided as well.
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Aire
Astrophysical Integrated Research Environment
AIRE (Astrophysical Integrated Research Environment) is a set of computing facilities initiated by Tsinghua Center for Astrophysics , which aims to aid astrophysicists collect, store and analyze data. -
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LibNucNucGam
Nuclear collision secondary particle production cross sections.
This Python library contains the parametrization of the Nucleus-Nucleus pi-meson (including subthreshold pions) and the direct hard photon gamma-ray production cross sections channels for calculating the secondary gamma-ray and electron/positron spectra based on arXiv:1608.03348. Please, if you use this library DO NOT reference to this webpage, instead reference to arXiv:1608.03348, "Parametrization of the nucleus-nucleus gamma-ray production cross sections below 100 GeV/nucleon:... -
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Hrothgar Parallel LM/MCMC Minimizer
A versatile MCMC and downhill optimization engine
Hrothgar is a parallel minimizer and Markov Chain Monte Carlo generator by Andisheh Mahdavi of San Francisco State University. It has been used to solve optimization problems in astrophysics (galaxy cluster mass profiles) as well as in experimental particle physics (hadronic tau decays). It is probably adaptable enough to be applied to your merit function if you can write it in C. -
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RHEAP
Handbook for ROOT beginners in the field of high-energy astrophysics
引っ越しました https://github.com/akira-okumura/RHEA ---------- This project provides a handbook for ROOT beginners who are studying or working in the field of high-energy astrophysics. But the current version is written in Japanese only. The LaTeX source code, compiled PDF, and C++/Python codes used in this book are available at the SVN repository. 高エネルギー宇宙物理学で ROOT を使う人のための日本語による入門書です。天文関係に限らず、素粒子、原子核分野の初学者にも有用だと思います。本書の作成に使った LaTeX のソース、C++/Python のコード、及び PDF は SVN から入手可能です。 2009 年から書き進めていますが、なかなか時間が取れずに未完成のままダラダラと更新しています。... -
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The MFVF is a method to analyse the variability of a time series on various different time scales. It calculates the variance of different fragments with different lengths. It is presented in "Astronomy & Astrophysics" Vol. 531 (July 2011) .
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hadronic gamma rays
gamma rays from hadronic processes in astrophysics
Cosmic-ray hadronic interaction matrices for gamma-ray and other secondaries for an interstellar medium target are available as described in Huang et al. Astroparticle Physics, 27, 429 (2007). These require significant effort in practice to compute emissivities for given input spectra. To supplement these matrices I provide here a C++ class which reads the matrices, interpolates on user-defined particle and gamma-ray energy grids, and computes the gamma-ray emissivity either differential or... -
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SimuSpace
Simuspace is an realistic environnement simulator
The first goal of this project is to create a realistic environnment simulator including most of the last scientist discovery. The domain are astrophysics, geophysics, electromagnetics, ... The second goal of this project is the creation of an interface to use this environnment. In particular the fact that it is possible to connect/command/control some automatic tools (robot, sensor, ... ) note : les images utilisés proviennent de http://www.photo-libre.fr -
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The primary objective of the project is the development of a Second Life based application, in which astrophysics phenomena involving the simulation of stars kinematics can be visualized. Developed by NII, Japan.
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PaperScope is a graphical tool for exploring the data holdings of the Astrophysics Data System (http://adsabs.harvard.edu/). It enables the user to explore the relationships between Astrophysics papers and locate papers of research interest.
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La P.A.P.A. (Python Alternative for Programming Astrophysics) want to give an alternative to the astrophysicists (and any one that use RSI-IDL) for start programming in Python using similar functions as IDL and at the same time learn the power of Python.
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QuantimSim is a physics simulation engine. Some aspects of astrophysics, electromagnetism, relativity, thermodynamics, statistical mechanics and quantum mechanics will be included in the simulation library.
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