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Quantum Physics
Quantum Electro Dynamics
Because electromagnetism is a field theory, the result of QED was a quantum field theory - a quantum theory that contains a value at every point in space.
Quantum Chromo Dynamics
Quarks are the matter particles. Gluons are the force particles. There are 6 known quarks with fanciful names. The names have no relation to the properties of the particles.
Quantum Entanglement
The argument about entanglement goes back to Einstein. The notorious EPR (Einstein/Podolsky/Rosen) thought experiment of 1935 demonstrated that if...
Fundamental Quanta
Quarks and electrons constitute the fundamental building blocks of matter, but in both cases they can be annihilated into energy as photons, or alternatively energy can create such particles...
Quantum Field Theory
The ability of particles possessing mass and charge to be annihilated, and charge carriers such as photons to be absorbed by such particles could be argued to make it difficult to view quanta as...
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Unification Of Quantum Mechanics
The microdimensions give rise to discrete frequency particle vibrations. However, the oscillations form independent of time and spread unlimited in space, which permits quantum...
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Special Relativity & Causality
While quantum theory and still more its implications have been censored out of much of popular thought and education, relativity may have had the opposite fate of being popularised as...
Theories Of Space-Time
An understanding of the beginning of the universe requires an integration of general relativity and quantum theory or in other words a theory of quantum gravity. String theory has been the best ...
Spin-Spin Interactions
Professor Larry Hunter along with colleagues at Amherst College and the University of Texas have published a paper in the journal Science describing their attempt to study long-range spin ...
Quantum Spacetime and Consciousness
A higher-dimensional spacetime model is proposed, accounting for nonlocal quantum phenomena while embracing Special Relativity as a limiting case. The Aspect and ...
Space-Time-Theory
This article discusses the possibility of interactions between matter/quanta on the one hand and spacetime on the other, and in particular deals with the work of Giovanni Amelino-Camelia...
Gravitational Waves
The recent detection of gravitational waves, as predicted by relativity theory, also tends to confirm that a period of rapid inflation of the volume of space occurred in the very early universe...
Planck Probe-2
Recent observations from the Planck probe provide the best picture of the cosmic background radiation. Opinions are divided as to the significance of the recent evidence. Cosmoligists at Princeton...
Planck Probe
Analysis of data from the European Space Agency's Planck probe has revealed interesting new data about the early universe. Previously the background radiation of the early universe had appeared...
Three Roads to Quantum Gravity
Smolin highlights the argument that space or spacetime is not continous but comes in discrete units, and further that these discrete units represent...
the famous meteor shower that peaks every April from the constellation of Small Harp (Lyra).....
This image shows the winding green filaments observed by the NASA/ESA Hubble Space Telescope within eight different galaxies.
The star-forming region NGC 3603 - seen here in the latest Hubble Space Telescope image - contains one of the most impressive massive young star clusters in the Milky Way.
Astronomers using the NASA/ESA Hubble Space Telescope have made images of several galaxies containing quasars, which act as gravitational lenses to amplify and distort images of the galaxies aligned behind them.
This is a visible light image of the disk, which appears spindle-like because it is tilted nearly edge-on to our view
A NASA Hubble Space Telescope (HST) image of the core of the peculiar galaxy NGC 7252 reveals a striking 'mini-spiral' disk of gas and stars, and about 40 exceptionally bright and young globular star clusters.