Does anybody have
a clue about gravity?
Not exact matches
«Quantum foam» — grainy bumps in the fabric of space - time — might explain why light from a distant galaxy arrived four minutes later than expected, offering
clues about the real nature of
gravity
Tiny differences in the wavelengths of the light that passes through these heavy metals, compared to experiments here on Earth, gives us
clues about potential differences in the fundamental laws of physics under extreme
gravity compared to here on Earth.
(When they try to knit together large - scale and small - scale forces, such as
gravity and those that hold atoms together, the assumption of space - time leads to mathematical inconsistencies, a
clue that something's amiss with current assumptions
about the universe.)
Such an offset is predicted during collisions if dark matter interacts with forces other than
gravity, potentially providing
clues about what the substance might be.
It's not proved, but it's, you know, go to battle with the army you have; you have to see what's you have got here and it seems to be a
clue; what's interesting in particular
about that
clue is that the two components of it — namely
gravity on the one side and the three quantum forces, electromagnetism, and the nuclear forces on the other — act independently in their convergence.
More insight into the moon may come next year from NASA's
Gravity Recovery and Interior Laboratory (GRAIL), twin spacecraft that will orbit the moon and map its gravitational field in search of
clues about its interior structure.
These starlike objects aren't luminous, but their intense
gravity, which affects nearby objects, provides
clues about their existence and location.