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Science becomes truly fascinating when it encounters the inexplicable. Today, there are experimental results that even the brightest minds cannot explain or dismiss. Historically, such "anomalies" have led to groundbreaking discoveries, like Copernicus's realization that the Earth orbits the sun and the identification of oxygen in the 1770s. These instances suggest that today's unexplained phenomena could herald future scientific advancements. In this exploration, the narrative begins at the twenty-third Solvay physics conference, where scientists grapple with a perplexing anomaly: is the universe expanding at an accelerating rate instead of the predicted gradual drift? From there, the journey takes Brooks to a Turin basement, where he undergoes tests on the placebo effect, a phenomenon that remains scientifically elusive yet crucial to medicine. Other intriguing questions arise: Is 96 percent of the universe unaccounted for? Could a 1977 signal from space be a message from extraterrestrial life? Why do some NASA satellites accelerate as they move away from the sun? Covering fields from biology to cosmology, Brooks vividly illustrates the excitement and complexity of contemporary science, emphasizing that being stuck often precedes significant breakthroughs. Ultimately, he posits that the anomalies are not just puzzling—they are the key to understanding what truly matters in science.
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13 Things That Don't Make Sense, Michael Brooks
- Langue
- Année de publication
- 2008
- Reliure
- (rigide)
Modes de paiement
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- Titre
- 13 Things That Don't Make Sense
- Sous-titre
- The Most Baffling Scientific Mysteries of Our Time
- Langue
- Anglais
- Auteurs
- Michael Brooks
- Éditeur
- Doubleday
- Publié
- 2008
- Format
- rigide
- Pages
- 240
- ISBN10
- 0385520689
- ISBN13
- 9780385520683
- Séries
- Catégories
- Mots clés
- Sciences naturelles, Science, États-Unis, Pseudoscience
- Description
- Science becomes truly fascinating when it encounters the inexplicable. Today, there are experimental results that even the brightest minds cannot explain or dismiss. Historically, such "anomalies" have led to groundbreaking discoveries, like Copernicus's realization that the Earth orbits the sun and the identification of oxygen in the 1770s. These instances suggest that today's unexplained phenomena could herald future scientific advancements. In this exploration, the narrative begins at the twenty-third Solvay physics conference, where scientists grapple with a perplexing anomaly: is the universe expanding at an accelerating rate instead of the predicted gradual drift? From there, the journey takes Brooks to a Turin basement, where he undergoes tests on the placebo effect, a phenomenon that remains scientifically elusive yet crucial to medicine. Other intriguing questions arise: Is 96 percent of the universe unaccounted for? Could a 1977 signal from space be a message from extraterrestrial life? Why do some NASA satellites accelerate as they move away from the sun? Covering fields from biology to cosmology, Brooks vividly illustrates the excitement and complexity of contemporary science, emphasizing that being stuck often precedes significant breakthroughs. Ultimately, he posits that the anomalies are not just puzzling—they are the key to understanding what truly matters in science.