Sahasrara Research

Sahasrara Research is a open-source initiative founded by Dr V Shanmuga Sundaram PhD, that develops “Subatomic Particle Simulations”. Simulation codes of “Subatomic Particle Simulations” were made open-source and people are encouraged to improve or develop further and we will update in this website. Please visit “About Sahasrara Research” page for more information. To download simulation codes, please visit “Download Codes” page. Visit “Publications Page” to know more about publications made by Sahasrara Research.

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1. Subatomic Particles Simulations:
Molecular Dynamics (MD) and/or Monte Carlo algorithms were applied to protons, neutrons, and electrons to form nucleus dynamics at center and electrons distributed around them. These simulations are named as “Subatomic Particle Simulations”. To know more about “Subatomic Particle Simulations”, please visit Subatomic Particle Simulations page.  
        a. To know more about MD algorithms applied to protons, neutrons, and electrons, please visit MD Algorithms in Subatomic Particle Simulations page.
        b. To know more about MC algorithms applied to protons, neutrons, and electrons, please visit MC Algorithms in Subatomic Particle Simulations page.

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2. Subatomic Interaction Potentials (SIP):
Pseudo potentials were developed, an alternative to Coulomb Potentials, with invention of new theory that protons and electrons repel at femtometer scale in inside the atom. These pseudo potentials (also known as “Subatomic Interaction Potentials (SIP)”) gives stable atom with nucleus dynamics for MD and/or MC algorithms applied in “Subatomic Particle Simulations”. To know more about “Subatomic Interaction Potentials (SIP)”, visit Subatomic Interaction Potentials page.

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3. Groundbreaking Discovery of Energy Quantization Property enclosed in Classical Mechanics:
Investigation of Carbon atom total energies over time leads to discovery of its energies which are quantized discrete values in classical mechanics as shown in following figure. Similar property was found in other atoms of Fluorine Atom, Magnesium atom, and Chlorine atom. To know more about this discovery read this preprint.