Beyond the Horizon: Exploring Black Holes, Accretion Disks, and Plasma Physics
“Dive into the fascinating world of black holes, from accretion disk plasma physics to relativistic jets. Learn how these cosmic powerhouses reshape our universe!”
Elliot
The Oort Cloud
The Properties and Characteristics of the Outer Solar System The Oort Cloud is generally considered to be at the edge of the solar system, where the gravitational influence of the Sun begins to lessen and form a vast, spherical shell of icy bodies. Neptune, the furthest planet, lies around 30 AU from the sun, about … Read more
The S2 Star and Sagittarius A (orbital simulation)
I always like to learn about new concept and ideas, so this morning I woke up and just started to study frame dragging and relativistic effects on stars. I’ve been spending a lot of time with physics lately and have done a full Sagittarius A calculation, which turned out to be a fun way to … Read more
Āḷāra Kālāma
The life and story of Alara Kalama highlight the necessity of direction in spirituality
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Jupiter – the Largest Planet
Jupiter’s Dynamic Atmosphere, Orbital Properties, and Future Scientific Research.
Honoring the Memory of Sharath Jois:
A Tribute to a Visionary Yoga Instructor The yoga community is mourning the sudden loss of Rangaswami Sharath Jois, a beacon of wisdom and skill in Ashtanga yoga. At just 53, his unexpected departure in Virginia’s Blue Ridge Mountains has left a void that words cannot fill. Sharath was one of the most skilled yogis … Read more
Modeling the Behaviors of Hydrogen
Presenting Elliot’s Hydrogen Fusion Simulator, V1.0.0 It is fairly well accepted that the future of energy will be nuclear. The concept of a Dyson Sphere was first developed by Olaf Stapledon in his science fiction novel Star Maker (1937). The idea was further developed by the physicist Freeman Dyson in his 1960 paper “Search for Artificial Stellar Sources of Infrared Radiation“. … Read more
Unveiling the Solar Wind Dynamics
Explore the nature of the solar wind through Parker’s research and NASA’s Parker Solar Probe data. Hypothesize the role of dark energy in coronal heating from 6K to 1,000K. Engage with mathematical insights and cutting-edge theories.