This tool was created to satisfy the growing scientific interest on supernova neutrinos and on the information that they could bring us about the supernova physics and neutrino phenomenology. You can find here a complete list of references to the literature written on these active topic in the last two decades.

In this site you will find all the information related to SUNG. Additionally some introductory information on the physics of neutrino emission from core collapse supernovae and their detection, topics which are at the base of the computer codes of SUNG.

SUNG has three main components:

• A complete library of (ANSI C) routines for data analysis, originally designed for the package or adapted from other libraries, and other routines created to simulate neutrino oscillations in the Supernova mantle and inside the Earth.
• A set of (C) programs and (perl/tcl) scripts based on the library and designed to manipulate supernova simulation results, compute the properties of neutrino signals from a supernova under different conditions, generate full-statistics realizations of those signals and analyze them.
• An elaborated web interface which offers the basic and some advanced services of the off-line version of the programs with a user friendly graphical interface (webGUI) and running on a remote server. The webGUI is platform independent and it does not require the installation of any plugging in the client.

Documentation. On-line and off-line documentation for the final user and for the programmer.

SUNG web. Web interface of the tool.

Physics. Introductory material to supernova neutrino physics and related topics (core collapse physics, supernova neutrino emission, phenomenology of neutrino oscillations, etc.)

References. Bibliography and notes to the material included in this site. Complete list of reference to Supernova neutrino literature. Links to interesting web sites related with Supernova and neutrinos.

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Documentation

SUNG web^test

Physics

References

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