Blockchain Startup Challenges Universe-from-Black-Hole Theory with New Simulator

A tech-focused research startup has introduced two innovative tools, DUT Quantum and DUT General Relativity Simulators, to enhance the understanding of Einstein’s General Relativity theory. These simulators aim to shed light on cosmic hypotheses, including the idea that the universe may have originated from a black hole.

The startup emphasizes that these simulators offer scientifically rigorous simulations, surpassing visual dramatizations or AI-generated models. The DUT General Relativity simulator has mathematically shown that the concept of the universe emerging from a black hole contradicts foundational physical laws and empirical data.

The research findings supporting this stance have been published on Zenodo, allowing independent verification by researchers. Unlike mainstream simulations, DUT’s approach is rooted in fundamental theoretical physics, critically testing and disproving speculative cosmological ideas.

The tools, developed by ExtractoDAO, focus on scientific transparency and data security. The DUT Quantum Simulator operates offline, recording simulations on a blockchain-based ledger for traceability. It avoids singularities and event horizons, focusing on regular geometric structures and advanced functions like gravitational lensing and geodesic computation.

The simulator is interoperable with high-performance computing environments, enabling intensive simulations without compromising data control. By calculating physical parameters and demonstrating discrepancies with observed data, the simulator provides a conclusive disproof of black hole-driven universes.

It serves as both a research platform and a didactic resource, allowing users to visualize and test theoretical models in real-time. The DUT Universal Simulator offers a rigorous foundation for addressing profound questions in modern science, particularly in General Relativity and cosmology.

According to the source: CoinTrust.