Beyond Standard Model (BSM) physics involves theoretical frameworks that extend or modify the current understanding of particle physics, aiming to explain phenomena not covered by the Standard Model. Simulation theory is a hypothesis suggesting our reality could be an artificial construct within a computer simulation.
Addressing gaps in our understanding of fundamental physics and the nature of reality, including dark matter, dark energy, consciousness, and the origin of the universe.
BSM physics theories propose new particles and forces, while simulation theory suggests methods for generating complex realities through computational means. Both areas rely heavily on advanced mathematical models and computational simulations to explore these concepts.
Primarily theoretical at this stage; no practical manufacturing processes exist. Development is focused on computational models and simulations.
Involves extensive computer modeling using high-performance computing clusters to simulate BSM phenomena and test simulation theories.
Field units draw low hundreds of watts; fabrication is energy-intensive due to vacuum baking. High computational power required for simulations, potentially drawing megawatts.
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