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The Universe in the Rearview Mirror

How Hidden Symmetries Shape Reality

Parametry

  • 330 stránek
  • 12 hodin čtení

Více o knize

A physicist takes readers on a thrilling journey through space, time, and the hidden symmetries that shape our universe, from the Higgs boson to massive galaxies. He tackles intriguing questions like why the night sky is dark, the feasibility of a shrink-ray gun, and the implications of antimatter. With a unique blend of enthusiasm and accessibility, he answers the curiosities that lingered from college days while unveiling profound discoveries in physics. The narrative features historical giants, highlighting Emmy Noether, an unsung genius and Holocaust escapee, whose theorem linking conservation laws to symmetries is deemed as significant as Einstein’s theories. Despite her lack of recognition during her career, Einstein himself praised her as a remarkable mathematical genius. Symmetry emerges as a pivotal concept in understanding the advances in physics over the last century and what is yet to come. This exploration makes complex science engaging and comprehensible, inviting readers to buckle up for an exhilarating ride through the cosmos.

Nákup knihy

The Universe in the Rearview Mirror, Dave Goldberg

Jazyk
Rok vydání
2013
Vazba
(pevná)
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Titul
The Universe in the Rearview Mirror
Podtitul
How Hidden Symmetries Shape Reality
Jazyk
anglicky
Vydavatel
E. P. Dutton
Rok vydání
2013
Vazba
pevná
Počet stran
330
ISBN10
0525953663
ISBN13
9780525953661
Série
Anotace
A physicist takes readers on a thrilling journey through space, time, and the hidden symmetries that shape our universe, from the Higgs boson to massive galaxies. He tackles intriguing questions like why the night sky is dark, the feasibility of a shrink-ray gun, and the implications of antimatter. With a unique blend of enthusiasm and accessibility, he answers the curiosities that lingered from college days while unveiling profound discoveries in physics. The narrative features historical giants, highlighting Emmy Noether, an unsung genius and Holocaust escapee, whose theorem linking conservation laws to symmetries is deemed as significant as Einstein’s theories. Despite her lack of recognition during her career, Einstein himself praised her as a remarkable mathematical genius. Symmetry emerges as a pivotal concept in understanding the advances in physics over the last century and what is yet to come. This exploration makes complex science engaging and comprehensible, inviting readers to buckle up for an exhilarating ride through the cosmos.