Abstract
When trying to construct a working theory of quantum gravity, it may be helpful to consider how previous breakthroughs in physics have occurred. What can we learn from the historical progress of astrophysics and particle physics? What role should theory and experiment play as we try to find our way towards this seemingly elusive goal?
Related Journals
Current Physics
Related Books
Advances in Classical Field Theory
Atmospheric Flow Fields: Theory, Numerical Methods And Software Tools
Atomic Coherence and its Potential Applications
.jpg)
Classical Fluid Mechanics
Classical Mechanics and Quantum Mechanics: An Historic-Axiomatic Approach
Density Matrix Theories in Quantum Physics
Digital Signal Processing in Experimental Research Volume Title: Fast Transform Methods in Digital Signal Processing
Dynamical Processes In Atomic And Molecular Physics
Einstein's Revolution: A Study Of Theory Unification
Everything Coming Out of Nothing vs. A Finite, Open and Contingent Universe