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Really? Hm.

I think I was the first to attempt a blank topic.

In quantum mechanics, all the forces of nature are mediated by the exchange of particles such as photons, and these particles must obey this cosmic speed limit. So an action "here" can cause no effect "over there" any sooner than it would take light to travel there in a vacuum.

But two entangled particles can appear to influence one another instantaneously, whether they're in the same room or at opposite ends of the Universe.

Einstein called this ‘spooky action at a distance’ - spooky because there is no known mechanism for such an interaction, and because it would entail that things can be affected by events which, in some frame of reference, haven't happened yet.

Quantum entanglement occurs when two or more particles interact in a way that causes their fates to become linked: It becomes impossible to consider (or mathematically describe) each particle's condition independently of the others'. Collectively they constitute a single quantum state.

Austrian physicist Erwin Schrödinger in 1925 showed that if two particles are prepared in a quantum state such that there is a matching correlation between two ‘canonically conjugate’ dynamical quantities — quantities like position and momentum whose values suffice to specify all the properties of a classical system — then there are infinitely many dynamical quantities of the two particles for which there exist similar matching correlations: every function of the canonically conjugate pair of the first particle matches with the same function of the canonically conjugate pair of the second particle.

Thus system No. 1 ‘does not only know these two answers but a vast number of others, and that with no mnemotechnical help whatsoever, at least with none that we know of.’

Schrödinger coined the term ‘entanglement’ to describe this peculiar connection between quantum systems:

When two systems, of which we know the states by their respective representatives, enter into temporary physical interaction due to known forces between them, and when after a time of mutual influence the systems separate again, then they can no longer be described in the same way as before by endowing each of them with a representative of its own. I would not call that one but rather the characteristic trait of quantum mechanics, the one that enforces its entire departure from classical lines of thought. By the interaction the two representatives [the quantum states] have become entangled.

Entangled Particle in which the event history of optical entangled molecules is continuously emitted (broadcast) non-locally and is received by and interacts with the other entangled particle pair's matter in its environment through a subtle process of exchange of quantum information. This is an extension of the known process of quantum emission/absorption and analogous to non-local quantum entanglement of the particle pairs matter.

Entangled Particle extends the reach of quantum physics beyond the atom and subatomic particles, not only deeper into the data quantum, but also into the larger world of encrypted data transmission. It brings the role of information in physical theories to the same level of importance as energy itself. Entangled Particles focus not so much on particles as on the relationships and dynamic exchanges between energy, matter, photons, electric fields, and information. Entangled Particle looks into four basic quantum processes, heretofore largely ignored and left unexplored by science. They are as follows:

Entanglement:

The state or condition in which an enduring confluence occurs between atomic and subatomic particles during energy exchange or other processes, characterized by a commingling of particle attributes, such as spin, EMF, and quantum energy of shared interchange electrons in a persistent and congruent manner. Associated with entanglement is an instantaneous non-local, exchange of information through the use of quantum correlation.

Coherence/Quantum Interference Correlation:

The observation made under experimental conditions that paired particles do not move or behave independently when involved in the same process or in energy transfers, as predicted by classical theory, but rather amalgamate in a sustained fashion and remain enjoined as an enduring discrete ensemble of particles with compatible spin and polarization characteristics, regardless of what paths, vectors or trajectories are adopted subsequently.

Non-Locality (near & far):

The omnipresent and omnidirectional transfer of influence at the quantum level instantly, simultaneously and ubiquitously, through wave-like or field-like resonance wherein spatial and temporal factors are inconsequential.

Interconnectedness:

The state of a universe that is considered to be unified and joined together holistically, through a process of non-local resonance occurring within the underlying zero-point field, that connects all matter, energy and information in the cosmos.

Entangled Particle suggests that all things in the universe are interconnected informationally. It also maintains that underlying this unity or oneness is the mystifying and mysterious dance between all matter and energy and information. Simply put, the basic promise of Entangled Particle is that the most profound insights about our universe will be discovered among the most subtle, implicit, and invisible phenomena of the sub-quantum level.

"One result of Austrian investigators of the Institute of Experimental Physics of Vienna set a new record of teletransportation (Quantum Entanglement) of ' Photons crossed ' in the laboratory. The scientists had obtained quantum information from fiber glass of 800 meters of length, a canal of the Danube river the being crossed transversally and covering a distance of 600 meters, published in 20 of August in the scientific magazine British "Nature". Teletransportation characteristics between two separate atoms, guided for university professor Anton Zeilinger, is based on the phenomenon of the ' Photons Entangled ' described by the Nobel prize Albert Einstein as "Spooky effect at a distance". One is about a effect of quantum mechanics that is not comparable with any phenomenon of the worlds current dimensions, since the two pair entangled photons, working in opposing directions, remain entangled between themselves. Determining polarization of one of the photon, can be counted exactly on the other and has the same polarization, being identical of the first one. When transferring the quantum state exactly of a particle to another one, the scientists will have given a new step for teletransportation of substance. According to David Wineland, of the National Institute of Standards and Technology of Boulder, Colorado (U.S.A.), teletransportation of information between atoms is the key for powerful quantum computers, that must start to appear within one decade."

Bible?

Edited, Thu Feb 9 03:24:23 2006 by Godzwill

If you open up a post that's in a vacuum, would it suck in all the other posts around it?

Edited, Wed March 28 17:55:53 1983 by AngryUndead

Don't write this down, but I find Milton probably as boring as you find Milton. Mrs. Milton found him boring too. He's a little bit long-winded, he doesn't translate very well into our generation, and his jokes are terrible.