News on Astrophysics
- The highest energy cosmic ray burst does not come from
- CERN: Neutrinos are not faster than ligth after all
- New neutrino measurements
- CERN measurement of the antihydrogen spectrum
- There is no "empty space" in the universe
- Hints of Higgs particles from Cern
- Promising puzzle piece for confirming dark matter now seems unlikely
- 3 new elements have been named
- LHC proton run for 2011 reaches successful conclusion
- Crab pulsar beams energy beyond theoretical limit
- Attempts to "hear" gravitional waves
- Gamma-Ray Bursts shed light on dark energy
- A complete 2year mapping of the X-ray sky
- News from the CERN LHC
- Update from LHC: A hint of the Hiccs particle
- Major step forward towards detecting gravitational waves
- Galaxy sized twist in time pulls violating particles back into line
- GRB's challenges physics beyond Einstein
- One neutrino mystery solved
- Potential new cancer treatment from black hole discovery
- How to spot a spinning black hole: Twisted space-time should be visible from Earth
- Study predicts distribution of gravitational wave sources
- Lights on merging supermassive black holes
- Re-cunstructing the last cry from a black hole
- Dark matter detection in a mine
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Major step forward towards detecting gravitational waves
Saturday, 06 August 2011 09:03
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| Astronomy - Astrophysics |
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European scientists take a major step forward towards detecting gravitational waves Scientists operating Europe’s gravitational wave observatories have combined efforts this summer to search for gravitational waves. This groundbreaking research is being taken forward in Europe while similar US-based detectors undergo major upgrade work. Cataclysmic cosmic events such as supernovae, colliding neutron stars and black holes, as well as more familiar objects such as rotating neutron stars (pulsars) are expected to emit gravitational waves – oscillations in the fabric of space-time predicted by Einstein’s Theory of General Relativity. The detection of such waves would revolutionise our understanding of the Universe. Source: Albert Einstein Institute |




