- 1. In '13 Things That Don't Make Sense', Michael Brooks embarks on an intellectually stimulating journey through the enigmas that persist in modern science and the complex web of knowledge that surrounds them. This thought-provoking book delves into various scientific phenomena that, despite the advances in our understanding of the universe, continue to baffle researchers and thinkers alike. Brooks systematically explores topics such as dark matter and dark energy, the origins of consciousness, and the intricacies of quantum mechanics, articulating the profound mysteries that challenge the very foundations of our scientific paradigms. Each chapter meticulously unpacks a particular question, revealing the limits of human understanding and the ongoing debates within the scientific community. With clarity and charisma, Brooks invites readers to embrace the uncertainty that accompanies scientific exploration, emphasizing that the questions we cannot yet answer often fuel the most exciting and transformative discoveries in the pursuit of knowledge. Ultimately, '13 Things That Don't Make Sense' serves as a celebration of curiosity and a reminder that the unknown is as significant as the known in our quest to comprehend the universe.
What does the 'missing mass' problem in cosmology refer to?
A) Dark matter
B) Antimatter
C) Neutrinos
D) Black holes
- 2. What is the 'Wow! signal' discussed in the book?
A) Brain wave pattern
B) Quantum entanglement phenomenon
C) Unexplained radio signal from space
D) Geological anomaly
- 3. What controversial energy phenomenon does Brooks examine?
A) Solar power
B) Nuclear fission
C) Cold fusion
D) Geothermal energy
- 4. What medical mystery involves healing without active treatment?
A) Spontaneous remission
B) Placebo effect
C) Genetic immunity
D) Vaccination response
- 5. What constant's value appears fine-tuned for life?
A) Gravitational constant
B) Speed of light
C) Planck's constant
D) Cosmological constant
- 6. What anomaly involves measurements of the universe's expansion?
A) Hubble constant discrepancy
B) Dark energy fluctuation
C) Red shift anomaly
D) Cosmic background variations
- 7. What space phenomenon might challenge general relativity?
A) Flyby anomaly
B) Solar flare patterns
C) Comet trajectories
D) Asteroid orbits
- 8. What discovery challenged assumptions about the universe's composition?
A) Dark energy
B) Exoplanets
C) Quasars
D) Pulsars
- 9. What phenomenon suggests non-local effects in physics?
A) Quantum tunneling
B) Quantum entanglement
C) Bose-Einstein condensates
D) Superconductivity
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