How can anyone develop a theoretical framework that successfully unifies general relativity and quantum mechanics? how this new theory should accurately describe gravitational interactions at quantum scales and seamlessly integrate with the Standard Model of particle physics.

Specific Challenges:

  • How can anyone formulate a consistent theory of quantum gravity?
  • How can anyone resolve the inconsistencies between the predictions of general relativity and quantum mechanics?
  • How can anyone provide testable predictions that can be experimentally verified?

Current Approaches:

  • String Theory: Is it possible to propose that fundamental particles are one-dimensional "strings" rather than point particles, with different vibrational modes corresponding to different particles?
  • Loop Quantum Gravity: Is it helpful to suggest that space-time has a discrete structure at the smallest scales, composed of tiny loops?
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