Steve: The work has enabled the entire field to experimentally examine quantum states, the weird behavior of matter
on subatomic scales that were formally only open to analysis theoretically.
According to the first theory, the seeds which gave rise to the present day structure in the Universe are quantum fluctuations, minute variations
on a subatomic scale that were expanded by more than 60 orders of magnitude as the Universe went through an «inflationary phase» — a period of extremely rapid expansion — first proposed by Alan Guth of the Massachusetts Institute of Technology.
Not exact matches
Instead, I could join Hawking
on fantastical adventures to the edges of black holes and inside time - traveling spacecraft; shrink down to the infinitesimal
scale of
subatomic particles; and journey to the birth and eventual death of the universe.
The succession of scientific discoveries and revolutions in physics over the last 500 years have led to fundamental paradigm shifts (Kuhn, The Structure of Scientific Revolutions, 1962) in the way that science conceives of the reality of this universe both
on the cosmological
scale and in the
subatomic realm, and perhaps even beyond this universe.
As for isness or is - notness, I find the universe too complex for that either / or; I'm not a fan of either / or either:)
On a human - eye scale I'm mostly a human being; on a cellular level, I'm mostly water / liquid; on a subatomic level, I'm mostly vibrations; on a sub-sub particulate / vibrational level I'm mostly not ther
On a human - eye
scale I'm mostly a human being;
on a cellular level, I'm mostly water / liquid; on a subatomic level, I'm mostly vibrations; on a sub-sub particulate / vibrational level I'm mostly not ther
on a cellular level, I'm mostly water / liquid;
on a subatomic level, I'm mostly vibrations; on a sub-sub particulate / vibrational level I'm mostly not ther
on a
subatomic level, I'm mostly vibrations;
on a sub-sub particulate / vibrational level I'm mostly not ther
on a sub-sub particulate / vibrational level I'm mostly not there.
Quantum mechanics is a physical science dealing with the behaviour of matter and energy
on the
scale of atoms and
subatomic particles / waves.
Einstein also failed to deliver an all - encompassing theory of «quantum gravity» — one that reconciled the laws of gravity observed
on the
scale of stars and galaxies with the laws of quantum mechanics, the branch of physics that explains the behavior of particles in the
subatomic realm.
On atomic or
subatomic scales, gravity is so weak compared with the other forces that most physicists see no problem with leaving it out of the picture.
Caltech's chemists and chemical engineers study nature's most intricate processes
on scales from the
subatomic to the macroscopic.
He continues: «The magnification of the universe from the
subatomic to the macro
scales seems kind of crazy, but it keeps
on predicting the things that we see in the universe.»
Heliophysics plays out
on scales ranging from the fusion of
subatomic particles taking place in the heart of the sun to the grand sweep of magnetic storms that can engulf entire planets.
100 % certainty means we know every possible potential driver of global temperature
on the
scales of
subatomic particles, atoms and molecules, the microscopic, the macroscopic, the Earth, the Solar System, the galaxy, and the Universe.