In fact, the emergence of the formula may have more to do with the properties of gamma functions
than the physics of the hydrogen atom, Nachtergaele says.
Not exact matches
In
physics, synergy describes the creation
of a whole that's greater
than the arithmetic sum
of its parts.
The D - Wave Two isn't just faster
than other computers; it's the first commercially available quantum computer, which uses the fundamental principles
of physics to solve problems in a completely different way.
So seek out opportunities to feel dwarfed by something much bigger
than yourself and your problems, such as gazing at the night sky, hiking through inspiring landscapes, reading up on the mysteries and grandeurs
of physics, or even checking out an awe - inspiring YouTube video if you're stuck at your desk.
More
than a decade before he started Tesla, Musk was studying
physics at the University
of Pennsylvania and then battery technology at Stanford, both key fields for learning how to build an electric car.
That lab complements the Institute for Quantum Computing and the more -
than - decade - old Perimeter Institute for Theoretical
Physics, both founded with more
than $ 250 million
of Lazaridis's own money and additional funds he helped raise.
General Fusion's team
of more
than 50 scientists and engineers are world leaders in fusion technology, with expertise across plasma
physics, computer simulation and engineering.
This begs the question though, if god did create the laws
of physics, why make them so different
than what he used during creation?
Two
of the most vaunted
physics results
of the past few years — the announced discovery
of both cosmic inflation and gravitational waves at the BICEP2 experiment in Antarctica, and the supposed discovery
of superluminal neutrinos at the Swiss - Italian border — have now been retracted, with far less fanfare
than when they were first published.
If you require atheists to explain something
physics directly tells you we can't talk about right now, your burden
of proof for atheism is oddly far more extreme
than your burden
of proof for «god».
The simple fact is that if matter can neither be created or destroyed in a normal chemical reaction
than how does the «god» come up with something out
of nothing... remember matter CAN NOT be CREATED or DESTROYED, so if this god follows the normal
physics and chemistry
than it could not have created the universe either... it just exists b / c it exists..
Indeed, the equations
of physics can even propagate spatially sideways rather
than temporally forwards or backwards.
But your knowledge
of science is so much less
than so many Catholic Priests such as Gregor Mendel (1822 - 1884) the father
of modern genetics, Georges Lemaître (1894 - 1966) the person who proposed the Big Bang Theory and Stanley Jaki Born in Hungary, he earned doctorates in Systematic Theology and Nuclear
Physics, is fluent in five languages, and has authored 30 books.
The symmetries that characterize the deepest laws
of physics are mathematically richer and stranger
than the ones we encounter in everyday life.
Paul Dirac, one
of the giants
of twentieth - century
physics, went so far as to say that it was more important to have «beauty in one's equations»
than to have them fit the experimental data.
However, the «laws»
of physics, the interrelatedness
of being within matter that lies at the heart
of all natural science, beg the question: Why is the universe ordered as a unity (rather
than being random)?
More recent biology and
physics have replaced this view with one that asserts that the physical world is composed
of energy rather
than passive matter.
Modern science has extended rather
than radically altered our understanding
of the universe, in two directions: the very large, with the expanding universe, and the very small, in genetics and particle
physics.
For more
than a century now economics has been advanced and practiced as a science, on the model
of physics and mathematics.
In a recent book, Our Mathematical Universe: My Quest for the Ultimate Nature
of Reality, Max Tegmark, a
physics professor at the Massachusetts Institute
of Technology, argues that the idea
of equivalence means that the universe is a mathematical structure rather
than a reality merely describable by mathematics.
We know that Aristotelian
physics, though a perfect example
of «common sense,» is actually less accurate (and much less useful or powerful)
than Newtonian
physics.
Such a notion as emergence, for example, which is closely allied with the principle
of indeterminacy and uncertainty and which was later to develop in
physics, actually assumed more credence in
physics before it took root in biology and psychology; yet it has more significant implications for the data
of the organic and social sciences
than for
physics.
One needs the corrective
of Bergson and James at times in reading Whitehead, however, lest the formative notions
of the new
physics implicit in his imagery render one's understanding
of this creative nexus more external and rationalistic
than it actually can be.
However, Whitehead was brought to his metaphysics
of relations through the revolution in the new
physics; this fact has given to his thought, in designating the nexus
of events, more externality
than he really means to convey, or should imply.
Or, as he put it with his penchant for startling comparisons: «A priest from Thebes would probably have felt more at home at the Council
of Trent two thousand years after Thebes had vanished
than Sir Isaac Newton at a modem undergraduate
physics society.»
Space can expand faster
than the speed
of light; this does not violate any known laws
of physics.
Yes, I understand that quantum entanglement is not actually showing anything moving faster
than the speed
of light, or moving at all for that matter, but it does show how little we truly understand about how both space - time and
physics and quantum
physics behave so if we are making a claim based on a predictor we don't yet understand then there is virtually no chance we might be correct in our hypothesis.
We already have what could be considered faster
than light travel with quantum
physics sp00ky action at a distance so we already know our understanding
of the
physics is what is flawed, not that there is some need for a supernatural being to explain the parts
of it we don't yet understand.
You seem to think that «faster
than the speed
of light» is something outside
of known
physics that needs a supernatural explanation.
Take an intro astronomy class and they can explain in basic terms (using basic concepts in math and
physics) how time unfolded and what conditions were — and subsequently why «magical bits
of everything» formed in to matter
than led to the birth
of the dinosaurs... It's ok to open your mind; and perhaps even God was the cause
of the Big Bang.
Evolution has more holes
than cheese, when you ask questions like, how did this happen in spite
of the laws
of physics, the answer is I do not know.
For at least 3,000 years, the answer has been that there is «more» to the universe
than just the
physics and chemistry
of the universe.
Even with a BSC in
physics I often feel inadequate discussing
physics with anyone who has had more
than two or three years
of grad - level schooling on the subject.
But on the actual subject matter
of theology it has no more right to pontificate
than it has about
physics, and it makes no difference whether the philosophy be existentialism or naturalism or idealism or materialism.
In this concept
of existences as teleological processes, Whitehead thought, we find the proper way for the philosopher to perform his task, now that the basic idea
of physics has become the flux
of energy rather
than the particle
of Newtonian matter.
Thus contemporary
physics supports the proposal made earlier that events rather
than solid particles
of inert matter are the fundamental units
of nature.
While it is true that very suggestive metaphysical arguments can be drawn from the reality
of form, the intelligibility
of the universe, consciousness, the laws
of physics, or (most importantly) ontological contingency, the mere biological complexity
of this or that organism can never amount to an irrefutable proof
of anything other
than the incalculable complexity
of that organism's phylogenic antecedents.
Atheists can prove that science exists, that the earth is more
than 6000 years old, that their is NO WAY to build the size ark that Noah built and do what is claimed in the bible, again when making extraordinary claims, we need evidence and we know that snakes do not talk, that the laws
of physics can not be suspended and that nearly EVERY claim in the bible is false.
There is now an emerging suspicion that the universe is much more amicable toward life and consciousness
than we would ever have thought before the advent
of twentieth - century
physics and astronomy.
The point
of this discussion is not to give a lesson in
physics, but to help the reader view the universe as composed
of events rather
than things.
More
than this, he was sensitive to the fact that the writing
of philosophy's history can be at once technically competent and narrow He praised the «philosophical greatness achieved in American philosophy, from Peirce to Santayana, but he complained
of the cultural chauvinism in failing to recognize it.5 According to Hartshorne, «One might about as easily reach great heights in philosophy without benefit
of the work done in modern America as to reach them in
physics without using the work
of modern Germans» (Creativity 11).
And since the «heat shield» was made up
of what NASA called «special plastic» back in the day, and since NASA indeed stated that reentry from such a voyage generates temperatures «10 times hotter
than the sun», then we can know that one would burn - up upon reentry as do meteors and true
physics confirms.
First, to say that this pear has mass might be to say that within the framework
of physics and systems
of physical measurement and associated units, there is some number m greater
than zero, which, to some unspecified tolerance, functions as a parameter in a mechanical analysis
of the pear's behavior.
To that extent the formula more or less fits
physics and biology, though to different degrees, but more
than it does philosophy and other branches
of inquiry which directly concern man as a whole, in his totality.
No two men are more significant in the history
of physics, or assume more prominent positions in introductory courses,
than Galileo and Newton.
From this Stoeger argues that «special divine action» is really a matter
of the «higher laws
of nature» as they actually function, rather
than as we understand them, subsuming, modifying and marshalling the «lower orders
of nature»; those
of physics, chemistry and biology.
Birch and Cobb maintain that the ecological model is more adequate
than the mechanical model for explaining DNA, the cell, other biological subject matter (as well as subatomic
physics), because it holds that living things behave as they do only in interaction with other things which constitute their environment (LL 83) and because «the constituent elements
of the structure at each level (
of an organism) operate in patterns
of interconnectedness which are not mechanical» (LL 83).
The leading edge
of astronomy and theoretical particle
physics has called into question the fundamental scientific premise that Everything Can Be Explained, and more
than a few scientists have murmured the word «God» out
of the corners
of their mouths.
For example, the laws applying to living cells are less predictive
than the laws
of physics and chemistry The laws discoverable about multicelled life are even more distant from the (deterministic) ideal
of complete predictability.
Rather
than conclude skeptically, however, that process theism is an equally nonsensical alternative to traditional theism, this analysis
of the interpoint theory discloses that the logical criteria for verifying God's location in spacetime have collapsed with the advent
of relativity
physics.