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SDutra
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I remember vaguely hearing about gravitons being observed in some university in June. Did this really happen and can anyone give me a link or some details about the discovery?
Tell you this, you can answer that question for yourself very easily. Just type 'gravitons discovered' or 'gravitons observed' in the Google search bar. If you are redirected to sites of serious organizations like CERN, FermiLab, NASA, universities like MIT, CALTECH, STANFORD, BERKELEY,...you will find it out. You have the entire internet for yourself, man, start doing some independent research and be a real MAN, HihaaaaaSDutra said:I remember vaguely hearing about gravitons being observed in some university in June. Did this really happen and can anyone give me a link or some details about the discovery?
Marlon harsh?! Perish forbid...SDutra said:That last post was kind of harsh lol.
Dantes said:The last I read fermilab and cern ( don't think they are done yet though, don't remember) were both on the hunt for gravitons and so far they have been unsuccessful in finding evidence of them
Aamir.hussain said:gravity is thought to be antienergy
jtbell said:It is? That's news to me!
Do you have a reference or citation for that statement, from a reputable scientific source?
A link to an internet forum is not a reputable scientific source. Show us a reference to a published, peer-reviewed article in a scientific journal.Aamir.hussain said:yaa.i got this from a site of astronomy and black holes.theres a whole lot of explanation n it.this is the link:
http://www.astronomy.net/forums/blackholes/messages/5976.shtml
That's just silly.crank site said:If E=mc2, then energy and matter exist and are exchangeable. We know also that antimatter exists. Scientists are now making anti-Hydrogen regularly in the laboratory. So, if energy, matter and antimatter exist, shouldn’t anti-energy exist, at least conceptually?
Gravitons are hypothetical particles that are believed to carry the force of gravity. They are predicted by the theory of quantum gravity, but have not yet been observed.
Gravitons have not yet been observed directly, but scientists are working on ways to detect them indirectly through their effects on other particles or through gravitational waves.
Observing gravitons would confirm the existence of quantum gravity and provide a better understanding of the fundamental forces of the universe. It could also potentially lead to new technologies and advancements in space exploration.
The University Discovery in June refers to a specific research project or study that was conducted at a university and may have yielded new insights or advancements in the field of graviton research.
The details and link to the University Discovery in June may be available through the university's website or through scientific journals or publications. It is important to note that research is often ongoing and subject to change, so the information may not be readily available or may have been updated since its initial publication.