“A Theoretical Analysis of the Cosmic Portals and Their Connectivity through the Einstein-Rosen Conundrum…”⏳🌌

RESEARCH TRACK: Engineering, Architecture & Applied Physical Sciences

Presentation Preference: Oral Presentation

Title: A Theoretical Analysis of the Cosmic Portals and Their Connectivity through the Einstein-Rosen Conundrum

ABSTRACT

The purpose of this research abstract is to feature the physical viabilities of black holes, white holes, and wormholes as cosmic portals within the unified direct geometric framework of the Einstein-Rosen Bridge in general relativity. Accordingly, a black hole’s gravitational entrance and a white hole exit point are bridged via a wormhole shortcut tunnel linking distant regions of spacetime, framed as a mixture of a theoretical feasibility study and comparative mathematical literature review. Notably, a black hole is a confirmed astronomical singularity; meanwhile, a white hole and a wormhole are apparently hypothetical constructs. As analyzed, a matter would undergo intense tidal forces of spaghettification during this transit, and physical traversability is furthermore constrained by white hole thermodynamic paradoxes and the requirement for exotic materials for such spatial journey. However, contemporary paradigms and mathematical models attempt to evaluate and support this “hypothetical” space portal system. Modern quantum gravity frameworks, including the holographic principle and Maldacena’s ER=EPR conjecture, reframe these stability issues and traversability constraints. By replacing macroscopic physical travel with microscopic quantum information transfer, the ER=EPR conjecture explicitly proves quantum wormholes are non-traversable for physical matter, resolving thermodynamic violations. Black holes can act as portals via quantum teleportation through quantum entanglement. That’s how this substitution preserves the inherent classical thermodynamic laws in this case. Consequently, while astrophysical space portals so far remain physically untraversable and unobserved, their mathematical framework provides vital insights into unifying general relativity with quantum mechanics in black hole thermodynamics, quantum teleportation and many more research prospects in the fields of astronomy and applied physical sciences.

Keywords: Astronomy and Applied Physical Science; Einstein-Rosen Bridge, Black Holes, White Holes and Wormholes as Potential Cosmic Portals; Theoretical Research; Bangladesh, Asia, Global.

P.S.: Wrote this research abstract for the 2nd International Student Research Conference (ISRC), organized by DURS (Dhaka University Research Society). Hope y’all would love and enjoy it!

About the Author (Me):

Mayhek Adhvee,

English for Speakers of Other Languages (ESOL),

Institute of Modern Languages (IML),

ESOL – 10, DU Batch – 104,

University of Dhaka.