
Black Holes and Time Warps:
Einstein's Outrageous Legacy
From the Winner of the 2017 Nobel Prize in Physics
DIFFICULTY
intermediate
PAGES
624
READ TIME
≈ 960 mins
DIFFICULTY
intermediate
PAGES
624
READ TIME
≈ 960 mins
About Black Holes and Time Warps
Black Holes & Time Warps makes a bold claim: Einstein’s theory doesn’t just describe gravity; it maps the universe’s extremes.
Thorne shows how black holes marched from blackboard curiosities to one‑way trapdoors confirmed by observation. He blends lucid physics with the field’s living history—false starts, wagers, and the instruments that finally worked.
You’ll linger at event horizons and singularities, probe wormholes and time travel, learn why they require exotic matter, and meet the idea of “chronology protection”. Decades before gravitational waves were recorded, Thorne explains how to listen for spacetime’s ripples—and why it should succeed.
This is a study in scientific imagination disciplined by evidence, revealing how wild ideas become testable reality. If you want to understand today’s cosmic headlines—and how science actually progresses—this is a clear, captivating guide.
What You'll Learn
- The essentials of general relativity and spacetime
- What black holes are, how they form, and behave
- Wormholes and time travel within known physics limits
- The historical arc from Einstein to Hawking and Thorne
- How experiments like LIGO probe extreme gravity
- Why exotic matter and energy conditions matter
Key Takeaways
- Black holes: from theory to observation
- Spacetime curvature shapes reality
- Wormholes need exotic matter
- Time travel faces strict constraints
- Science advances via bold ideas
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