The vibrations of cosmos: Unified hypothesis

By Mr. Manish Sharma and Mr. Mihir Sharma

Support Request and Thesis Overview I am reaching out to request your support for my innovative research in theoretical physics. This thesis represents a bold leap toward unraveling the mysteries of the universe, and with your financial backing, I can continue this vital work and share its discoveries with the scientific community. Your contribution will fuel groundbreaking advancements in our collective understanding of the cosmos and inspire future scientists to push the boundaries of knowledge further. Key Points of the Thesis Time and Time Travel: Examines the essence of time and why time travel remains theoretically unfeasible. Black Holes: Investigates their critical role in shaping gravity and maintaining galactic stability. Gravity and the Big Bang: Analyzes how gravity ties into the universe's explosive origin. Multiverse and Infinite Cycles: Explores the idea of multiple universes and their recurring cycles. Dark Energy and Dark Matter: Studies their mysterious effects on cosmic and galactic structures. Atom Creation and Stability: Delves into how atoms form and contribute to universal stability. Double Slit Experiment: Highlights the dual nature of light and matter through this iconic experiment. Observation and Reality: Investigates how observing particles changes their behavior and shapes reality. What the Thesis Explain this thesis tackles some of the most profound questions in modern physics, backed by rigorous equations and experimental insights. It begins by dissecting the nature of time, introducing the "river of entropy" to explain its one-way flow and debunking the possibility of time travel. The research then positions black holes as cosmic linchpins, essential to gravity and galactic frameworks, while reinterpreting the Big Bang and multiverse theories through gravitational and cyclical perspectives. It sheds light on dark energy and dark matter, unveiling their influence on the universe's expansion and structure. The thesis also clarifies the dual behavior of light and matter--demonstrated by the double slit experiment--and explains why observation fundamentally alters particle outcomes. Ultimately, it weaves these concepts into a cohesive narrative, aiming to deepen our grasp of the cosmos and resolve enduring scientific puzzles.

• Format: Hardcover
• Language: English
• ISBN: B0F64HXYZY
• ISBN13: 9798280838314
• Release Date: April 2025
• Publisher: Independently published
• Length: 81 Pages
• Dimensions: 11.0" x 0.4" x 8.3"