https://chasingeinsteinfilm.com http://www.xenon1t.org Elena Aprile is UCSD’s Margaret Burbidge Visiting Professor at UC San Diego and Professor of Physics at Columbia University. She is the founder and spokesperson of the XENON Dark Matter Experiment. Aprile is well known for her work with noble liquid detectors and for her contributions to particle astrophysics in the search for dark matter. Professor Aprile appears in the documentary CHASING EINSTEIN about the search for dark matter. Could Einstein have been wrong about the true nature of gravity? Does his general theory of relativity and the Standard Model need an update? Unprecedented advances in experimental particle physics, astronomy and cosmology are uncovering mysteries of cosmic consequence. Among the most challenging is the realization that 80% of the universe consists of something unknown that exerts galactic forces pulling the universe apart. The search for Dark Matter extends from the worlds most powerful particle accelerators to the most sensitive telescopes, to deep under the earth. Nobel worthy discoveries await. Scientists at UC San Diego are at the epicenter of the search for Dark Matter leading efforts to build the next generation of instruments and experiments to uncover its secrets. Learn more about your ad choices. Visit megaphone.fm/adchoices
https://chasingeinsteinfilm.com http://www.xenon1t.org Elena Aprile is UCSD’s Margaret Burbidge Visiting Professor at UC San Diego and Professor of Physics at Columbia University. She is the founder and spokesperson of the XENON Dark Matter Experiment. Aprile is well known for her work with noble liquid detectors and for her contributions to particle astrophysics in the search for dark matter. Professor Aprile appears in the documentary CHASING EINSTEIN about the search for dark matter. Could Einstein have been wrong about the true nature of gravity? Does his general theory of relativity and the Standard Model need an update? Unprecedented advances in experimental particle physics, astronomy and cosmology are uncovering mysteries of cosmic consequence. Among the most challenging is the realization that 80% of the universe consists of something unknown that exerts galactic forces pulling the universe apart. The search for Dark Matter extends from the worlds most powerful particle accelerators to the most sensitive telescopes, to deep under the earth. Nobel worthy discoveries await. Scientists at UC San Diego are at the epicenter of the search for Dark Matter leading efforts to build the next generation of instruments and experiments to uncover its secrets. Learn more about your ad choices. Visit megaphone.fm/adchoices
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