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Stagione 1993
Data di messa in onda
Dic 28, 1993
A journey through time - from seconds after the Big Bang to the present day. In his first lecture, Frank Close takes a look at the electromagnetic spectrum beyond the rainbow, from infrared to ultraviolet, from radio waves to gamma rays.
A journey through time - from seconds after the Big Bang to the present day. In his first lecture, Frank Close takes a look at the electromagnetic spectrum beyond the rainbow, from infrared to ultraviolet, from radio waves to gamma rays.
Data di messa in onda
Dic 29, 1993
By learning how atomic nuclei behave, form and change, we begin to understand how the stars, and particular, our Sun produce their power.
By learning how atomic nuclei behave, form and change, we begin to understand how the stars, and particular, our Sun produce their power.
Data di messa in onda
Dic 29, 1993
In his third lecture Frank Close looks at the various methods of imaging fundamental particles. Millions of cosmic particles rain down on us with clues to the first moments in time.
In his third lecture Frank Close looks at the various methods of imaging fundamental particles. Millions of cosmic particles rain down on us with clues to the first moments in time.
Data di messa in onda
Dic 30, 1993
Before the Large Hadron Collider, there was the Large Electron Positron collider, the largest electon accelerator ever built.
Before the Large Hadron Collider, there was the Large Electron Positron collider, the largest electon accelerator ever built.
1993x5
Ultimo episodio della stagione
The Cosmic Onion: An Hour to Make the Universe
Episode overview
Data di messa in onda
Dic 31, 1993
In his final lecture, Frank Close looks at the symmetry of the early universe and the reasons behind its current asymmetrical state. According to the leading theories, the Big Bang
.. show full overview
In his final lecture, Frank Close looks at the symmetry of the early universe and the reasons behind its current asymmetrical state. According to the leading theories, the Big Bang produced matter and anti-matter in equal proportions. How is it that the "matter" won out?
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