Testing Einstein's laws from the bottom of the Mediterranean Sea
Testing Einstein's laws from the bottom of the Mediterranean Sea
Testing Einstein's laws from the bottom of the Mediterranean Sea
Key points
اہم نکات
मुख्य बातें
- Scientists have tested a core part of Einstein's theory of relativity using a neutrino telescope deep in the Mediterranean Sea.
- The KM3NeT/ORCA team studied 5,828 atmospheric neutrino events over 1.4 years, looking for any sign that the laws of physics change with direction or energy.
- They found no violation, but set new, tighter limits on how large any such effect could be, including first direct limits for muon and tau neutrinos.
- Scientists have tested a core part of Einstein's theory of relativity using a neutrino telescope deep in the Mediterranean Sea.
- The KM3NeT/ORCA team studied 5,828 atmospheric neutrino events over 1.4 years, looking for any sign that the laws of physics change with direction or energy.
- They found no violation, but set new, tighter limits on how large any such effect could be, including first direct limits for muon and tau neutrinos.
- Scientists have tested a core part of Einstein's theory of relativity using a neutrino telescope deep in the Mediterranean Sea.
- The KM3NeT/ORCA team studied 5,828 atmospheric neutrino events over 1.4 years, looking for any sign that the laws of physics change with direction or energy.
- They found no violation, but set new, tighter limits on how large any such effect could be, including first direct limits for muon and tau neutrinos.
Scientists have tested a core part of Einstein's theory of relativity using a neutrino telescope deep in the Mediterranean Sea. The KM3NeT/ORCA team studied 5,828 atmospheric neutrino events over 1.4 years, looking for any sign that the laws of physics change with direction or energy. They found no violation, but set new, tighter limits on how large any such effect could be, including first direct limits for muon and tau neutrinos.
Scientists have tested a core part of Einstein's theory of relativity using a neutrino telescope deep in the Mediterranean Sea. The KM3NeT/ORCA team studied 5,828 atmospheric neutrino events over 1.4 years, looking for any sign that the laws of physics change with direction or energy. They found no violation, but set new, tighter limits on how large any such effect could be, including first direct limits for muon and tau neutrinos.
Scientists have tested a core part of Einstein's theory of relativity using a neutrino telescope deep in the Mediterranean Sea. The KM3NeT/ORCA team studied 5,828 atmospheric neutrino events over 1.4 years, looking for any sign that the laws of physics change with direction or energy. They found no violation, but set new, tighter limits on how large any such effect could be, including first direct limits for muon and tau neutrinos.
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