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World Science Festival: Beyond Einstein Series
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Category Videos
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Not Right For WatchKnowLearn
Ages: 16 - 18
139 Views:
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Albert Einstein spent his last thirty years unsuccessfully searching for
a 'unified theory' - a single master principle to describe everything
in the universe, from tiny subatomic particles to immense clusters of
galaxies. In the decades since, ...generations of researchers have
continued working toward Einstein's dream.
Renowned physicists Leonard Susskind, Jana Levin, Jim Gates, and prominent historian Peter Galison discussed what's been achieved and tackled pivotal questions. Would a unified theory reveal why there is a universe at all? Would it tell us why mathematics is adept at unraveling nature's mysteries? Might it imply we are one universe of many, and what would that mean for our sense of how we fit into the cosmos? Moderated by Nobel Laureate Paul Nurse. (09:13)
[more]
December 10, 2012 at 10:27 AM
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Not Right For WatchKnowLearn
Ages: 16 - 18
137 Views:
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Albert Einstein spent his last thirty years unsuccessfully searching for
a 'unified theory' - a single master principle to describe everything
in the universe, from tiny subatomic particles to immense clusters of
galaxies. In the decades since, ...generations of researchers have
continued working toward Einstein's dream.
Renowned physicists Leonard Susskind, Jana Levin, Jim Gates, and prominent historian Peter Galison discussed what's been achieved and tackled pivotal questions. Would a unified theory reveal why there is a universe at all? Would it tell us why mathematics is adept at unraveling nature's mysteries? Might it imply we are one universe of many, and what would that mean for our sense of how we fit into the cosmos? Moderated by Nobel Laureate Paul Nurse. (09:12)
[more]
December 10, 2012 at 10:33 AM
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Not Right For WatchKnowLearn
Ages: 16 - 18
137 Views:
|
Albert Einstein spent his last thirty years unsuccessfully searching for
a 'unified theory' - a single master principle to describe everything
in the universe, from tiny subatomic particles to immense clusters of
galaxies. In the decades since, ...generations of researchers have
continued working toward Einstein's dream.
Renowned physicists Leonard Susskind, Jana Levin, Jim Gates, and prominent historian Peter Galison discussed what's been achieved and tackled pivotal questions. Would a unified theory reveal why there is a universe at all? Would it tell us why mathematics is adept at unraveling nature's mysteries? Might it imply we are one universe of many, and what would that mean for our sense of how we fit into the cosmos? Moderated by Nobel Laureate Paul Nurse. (05:18)
[more]
December 10, 2012 at 02:15 PM
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Not Right For WatchKnowLearn
Ages: 16 - 18
136 Views:
|
Albert Einstein spent his last thirty years unsuccessfully searching for
a 'unified theory' - a single master principle to describe everything
in the universe, from tiny subatomic particles to immense clusters of
galaxies. In the decades since, ...generations of researchers have
continued working toward Einstein's dream.
Renowned physicists Leonard Susskind, Jana Levin, Jim Gates, and prominent historian Peter Galison discussed what's been achieved and tackled pivotal questions. Would a unified theory reveal why there is a universe at all? Would it tell us why mathematics is adept at unraveling nature's mysteries? Might it imply we are one universe of many, and what would that mean for our sense of how we fit into the cosmos? Moderated by Nobel Laureate Paul Nurse. (07:25)
[more]
December 10, 2012 at 02:13 PM
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Not Right For WatchKnowLearn
Ages: 16 - 18
134 Views:
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Albert Einstein spent his last thirty years unsuccessfully searching for
a 'unified theory' - a single master principle to describe everything
in the universe, from tiny subatomic particles to immense clusters of
galaxies. In the decades since, ...generations of researchers have
continued working toward Einstein's dream.
Renowned physicists Leonard Susskind, Jana Levin, Jim Gates, and prominent historian Peter Galison discussed what's been achieved and tackled pivotal questions. Would a unified theory reveal why there is a universe at all? Would it tell us why mathematics is adept at unraveling nature's mysteries? Might it imply we are one universe of many, and what would that mean for our sense of how we fit into the cosmos? Moderated by Nobel Laureate Paul Nurse. (09:42)
[more]
December 10, 2012 at 10:35 AM
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Not Right For WatchKnowLearn
Ages: 16 - 18
132 Views:
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Albert Einstein spent his last thirty years unsuccessfully searching for
a 'unified theory' - a single master principle to describe everything
in the universe, from tiny subatomic particles to immense clusters of
galaxies. In the decades since, ...generations of researchers have
continued working toward Einstein's dream.
Renowned physicists Leonard Susskind, Jana Levin, Jim Gates, and prominent historian Peter Galison discussed what's been achieved and tackled pivotal questions. Would a unified theory reveal why there is a universe at all? Would it tell us why mathematics is adept at unraveling nature's mysteries? Might it imply we are one universe of many, and what would that mean for our sense of how we fit into the cosmos? Moderated by Nobel Laureate Paul Nurse. (08:04)
[more]
December 10, 2012 at 10:29 AM
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Not Right For WatchKnowLearn
Ages: 16 - 18
131 Views:
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Albert Einstein spent his last thirty years unsuccessfully searching for
a 'unified theory' - a single master principle to describe everything
in the universe, from tiny subatomic particles to immense clusters of
galaxies. In the decades since, ...generations of researchers have
continued working toward Einstein's dream.
Renowned physicists Leonard Susskind, Jana Levin, Jim Gates, and prominent historian Peter Galison discussed what's been achieved and tackled pivotal questions. Would a unified theory reveal why there is a universe at all? Would it tell us why mathematics is adept at unraveling nature's mysteries? Might it imply we are one universe of many, and what would that mean for our sense of how we fit into the cosmos? Moderated by Nobel Laureate Paul Nurse. (09:51)
[more]
December 10, 2012 at 10:21 AM
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