「Gravitation」の共起表現一覧(1語右で並び替え)
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Kustaanheimo's theory of | gravitation, a theory introduced by P. Kustaanheimo. |
Whitehead's theory of | gravitation, a now obsolete theory introduced by Alfred |
Gravitation and Cosmology (1975) | |
t Mach; as quoted by Ciufolini and Wheeler: | Gravitation and Inertia, p. 387 |
planetary motion, Newton's law of universal | gravitation, and Two-body problem |
sion of Albert Einstein's equations unifies | gravitation and electromagnetism. |
ennsylvania State University, Institute for | Gravitation and the Cosmos |
ions on a causal unification of relativity, | gravitation, and quantum mechanics", Int. |
ch Newton describes his theory of universal | gravitation and explains the laws of mechanics. |
he ideas of Isaac Newton's Law of universal | gravitation and is essentially synonymous with the conc |
ics and a former Director of the Center for | Gravitation and Cosmology at the University of Wisconsi |
l mechanics, also Newton's law of universal | gravitation, and a derivation of Kepler's laws of plane |
ject that inspired Isaac Newton's theory of | gravitation, and the means of Turing's own death. |
ject that inspired Isaac Newton's theory of | gravitation, and the means of Turing's own death. |
eory of general relativity, which describes | gravitation and applies to large-scale structures (star |
other particulars relating to the force of | gravitation and the true figure of the earth, could be |
Scalar theories of | gravitation are field theories of gravitation in which |
This theory explains | gravitation as distortion of the structure of spacetime |
This approximate reformulation of | gravitation as described by general relativity makes a |
imit of quantum theory, in combination with | gravitation, as presently understood. |
This physical theory models | gravitation as a Lorentzian manifold (a spacetime) and |
issertation, Recherches sur la constante de | gravitation as well as Experimental Physics, Freshman C |
ce system (Ehrenfest paradox) and repulsive | gravitation associated with vacuum energy. |
It covers specifically | gravitation, astrophysics and cosmology, with topics su |
Center for Computational Relativity and | Gravitation at the Rochester Institute of Technology |
be described (as could Newton's theories of | gravitation), but at the same time were unexplainable. |
axy is a typical cosmoscopic object without | gravitation center in which universal magnetism force b |
is a theoretical physicist, specialized in | gravitation, cosmology and astroparticle physics. |
ently has principally focused on aspects of | gravitation, cosmology and astrophysics, using tools fr |
quantum mechanics and quantum information; | gravitation, cosmology and astrophysics; elementary par |
covers specifically: Particles and Fields; | Gravitation; Cosmology; and Nuclear Physics. |
atmospheric and solar wind effects from the | gravitation data was manufactured by ONERA. |
occurs in the Einstein field equations for | gravitation describing spacetime curvature in a manner |
lar alternative classical field theories of | gravitation fare in dealing with them. |
for extreme precision, or when dealing with | gravitation for extremely massive and dense objects. |
schemes of the first escape from the Earth | gravitation for Japan on engineering basis, observing s |
tory for the Nintendo 64, Yoshi's Universal | Gravitation for the Game Boy Advance, and a number of g |
This is because the moon and the sun's | gravitation force is strongest when directly above or d |
having 6 degrees of freedom exposed to the | gravitation force, wind blowing, and other mechanical f |
id; and that Newton's inverse square law of | gravitation had been confirmed. |
k on the problem of harnessing the force of | gravitation, he must understand the nature of his adver |
cosmology at the Institute of Cosmology and | Gravitation, in the University of Portsmouth. |
the holographic principle, since it relates | gravitation in a five-dimensional AdS space to a confor |
en's research has centered around classical | gravitation, including the discovery of certain exact e |
This | gravitation is known as Duverger's law. |
That | gravitation is relevant for macroscopic objects indicat |
In physics, | Gravitation is a very important reference book on Einst |
In Einstein's theory of general relativity, | gravitation is an attribute of curved spacetime instead |
suring the exponent in the law of universal | gravitation is more a test of whether space is Euclidea |
a problem occurring when Newton's theory of | gravitation is applied to cosmology: "According to Newt |
it as most axiomatic that the phenomenon of | gravitation is poorly understood even by the best of mi |
Had it not been for the attraction of | gravitation it would never have come to earth again." |
cury in Newton's non relativistic theory of | gravitation; its existence was unnecessary as the relat |
ers from the macroscopic scale by Newtonian | gravitation law that cosmoscopic objects such as our Mi |
tech under Kip Thorne, 1979, in the area of | gravitation leading to a thesis entitled Theoretical In |
nock and Newcastle by an 80 km (50 mi) long | gravitation main. |
ty: New Perspectives on Le Sage's Theory of | Gravitation, Montreal: C. Roy Keys Inc. |
shielding effects like Le Sage's theory of | gravitation, must reduce those effects to an undetectab |
The inverse square law of universal | gravitation necessarily follows from the conservation o |
vice versa, with the view of favouring the | gravitation of the mercury to the lower bowels. |
arry out any other research in the field of | gravitation of common interest to the Members; |
oncept after traveling abroad, noticing the | gravitation of Americans towards fine wines and coffees |
ng divergent expansion, which overcomes the | gravitation of the local group and tears apart our Virg |
he most cited paper described the effect of | gravitation on Boyle's law; this has been extensively u |
Thorne calculated the effects of | gravitation on objects of different shapes (spheres, an |
The Institute of Cosmology and | Gravitation, or ICG, was established as an independent |
nics (for example he wrote works on comets, | Gravitation, Precession, Kinematics and statistics of s |
me incarnated in the relativistic theory of | gravitation, proposed by Albert Einstein in 1915. |
not a viable theory of | gravitation, since it violates observational and theore |
"toy theory", not a fully fledged theory of | gravitation, since as Watt and Misner pointed out, whil |
ists hope that proposed theories of quantum | gravitation, such as string theory, loop quantum gravit |
Gravitation System, hatOLOGY | |
Thorne and John A. Wheeler of the treatise | Gravitation, the first modern textbook on general relat |
ries and Kaluza-Klein theories, and certain | gravitation theories of J. W. Moffat. |
in theoretical cosmology, field theory, and | gravitation theory. |
onal and given by Newton's law of universal | gravitation; thus, they are proportional to the masses |
e is famous for his alternative theories of | gravitation to general relativity, such as Ni (1972), N |
theoretical physics, Whitehead's theory of | gravitation was introduced by the distinguished mathema |
In classical physics before Einstein, | gravitation was given in the same way, as consequence o |
Schematic presentation of a | gravitation water vortex power plant. |
e four fundamental forces-electromagnetism, | gravitation, weak nuclear interaction, and strong nucle |
and Charles W. Misner of a scalar theory of | gravitation which postulates a stratified conformally f |
all eventually superseded by the theory of | Gravitation which is currently held by the scientific c |
n in Condensed Matter, Electrodynamics, and | Gravitation, World Scientific (Singapore, 2008) (also a |
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