All articles tagged with #multiverse theory
A CU Denver engineer has developed a silicon-based chip that creates extreme electromagnetic fields, potentially enabling breakthroughs like gamma ray lasers for cancer treatment and experiments to explore the universe's fabric, with applications in medicine and fundamental physics.
Recent research from Johns Hopkins University explores the role of quantum fluctuations during cosmic inflation, suggesting they could lead to the formation of black holes containing entire parallel universes. This aligns with theories that our universe might be a black hole, challenging traditional Big Bang models and supporting multiverse theories. The study also examines eternal inflation, where the universe could be in a perpetual expansion, potentially inhibiting life-supporting structures. Advancements in gravitational wave astronomy are providing new insights into these early cosmic phenomena.
A new study suggests that our universe may be expanding by colliding and absorbing "baby" parallel universes, providing a potential explanation for the accelerated expansion caused by dark energy. The study, published in the Journal of Cosmology and Astroparticle Physics, proposes that the merging of universes could make our universe bigger and better fit observations. This theory challenges the traditional Standard Cosmological Model and offers an alternative explanation for cosmological inflation, suggesting that our universe's rapid expansion may have occurred through collisions with larger universes.
A new theoretical study suggests that our universe's accelerated expansion may be caused by merging with "baby" parallel universes, rather than by dark energy as currently theorized. The study proposes a mathematical model to explore the impact of this interaction, showing that it could better fit observations of the universe's expansion. Additionally, the theory addresses the problem of cosmological inflation, suggesting that the early rapid expansion of the universe may have been caused by absorption into a larger universe. Observational data from ongoing experiments may help validate this hypothesis in the future.