Time Travel in Einstein's Universe: The Physical Possibilities of Travel Through Time
In Time Travel in Einstein's Universe, J. Richard Gott investigates the physical possibilities of traveling through time using Einstein's relativity. The book explores theoretical mechanisms like closed timelike curves and their place in cosmology, providing a rigorous yet accessible look at whether backward time travel is feasible in our universe.
About This Book
Time Travel in Einstein's Universe examines the theoretical foundations of time travel based on Einstein's theories of relativity. The book explores how concepts like wormholes and cosmic strings could enable journeys through time.
J. Richard Gott, a physicist, presents the physical possibilities without venturing into speculative fiction. It discusses the implications of general relativity for understanding time as a dimension that might be traversable.
The work highlights the boundaries between established physics and the hypothetical, offering insights into the universe's structure and the nature of causality.
Readers gain an appreciation for how modern cosmology intersects with the idea of time travel, grounded in mathematical and observational evidence.
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