Moore’s Law Endangered?

Moore’s Law(wikipedia 28 May 2006)

Moore’s law is the empirical observation that the complexity of integrated circuits, with respect to minimum component cost, doubles every 24 months[1].

Clifford, in writing the brief article of interest, he relays another article here for consideration.

Spotting the quantum tracks of gravity wavesby Zeeya Merali

Their calculations show that as the gravitational force from a passing wave slightly changes the momentum of the entangled particles, it should knock them out of their pristine spin state. In principle, that effect could be detected, but it is so small that no one has found a way to pick it up, explains Yeo. He and his team suggest that the effect could be amplified using a process called “entanglement swapping”, which allows pairs of particles that have never been in contact to become entangled. “Spin and momentum become entangled to a higher degree so that changing one produces an even larger change in the other,” says quantum physicist Chris Adami at the Jet Propulsion Laboratory in Pasadena, California.

While it may have been some time that now passes it is worth the mention again that “spintronics” has this role to play, yet, in gravity probe B, the spherical valuations would only now make sense on a large cosmological plate?

So by analogy usng Grvaity probe B we gain perspective onthe relevances of change within that gravitational radiation?

A black hole is an object so massive that even light cannot escape from it. This requires the idea of a gravitational mass for a photon, which then allows the calculation of an escape energy for an object of that mass. When the escape energy is equal to the photon energy, the implication is that the object is a “black hole”.

Yet, is is of some concern that when we travel down to such microstates, that we are able in fact to keep a pure and clean picture of what existed once, and had gone through the changes in “spin orientation and momentum?”

If the boundariesof the blackhole are indeed collapsing to supersymmetrcial proportions, then what use photon information if it cannot describe for us something that is going on inside?

#18

The distinction is important, since the term gravity waves is primarily used in fluid dynamics to describe fluid oscillations that have gravity as their restoring force

I noticed link did not work and I was looking for confirmation as to your statement. Not that you need it 🙂

So just to confirm source, I reiterate it here again. If any a expert, would they like to clean up reference(does it need to be)?

(Gravitational waves are sometimes called gravity waves, but this term should be reserved for a completely different kind of wave encountered in hydrodynamics.)

Also, “the effect” while in the throes of gravity waves just to clarify the thinking(ocean waves and such), effects of Hulse and Taylor different, while the entanglement issue speaks to energy release is defined by photons passage of time as is?

What is the fastest way for it to get here without being influenced. Lagrangian perspective[Edwin F Taylors least Action Principal] and “tunnel transport” and effects of lensing?

Of course thinking about the nature of the types of high energy level photon(gamma) and what they can traverse through, may be confusing, yet distinctive?

One of the physical device limitations described by Dr. Packan is that transistor gates, as further miniaturization is pursued, will become so thin that quantum mechanical “tunneling” effects will arise. These quantum effects will create leakage current through the gate when the switch is “off” that is a significant fraction of the channel current when the device is “on”. This could reduce the reliability of the transistors resulting in increased cost and decreased availability of more powerful chips

This entry was posted in Complexity, Entanglement, Gamma, Gravity, Hulse, lagrangian, Moore's Law, Oscillations, Particles, Photon, Quantum Gravity, Taylor, Time Travel. Bookmark the permalink.

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