Wednesday, September 30, 2009
Schrodinger's Cat Has Nine Lives
What would Schrodinger's cat experience from his/her perspective? The answer eluded me at first. Would the cat's perspective settle on one of the two outcomes? Would the cat cease to exist if the isotope decayed and the poison gas leaked into the box? Would the cat's consciousness experience both outcomes? That last answer rang like the peel of some great bell into the recesses of my mind. The answer was clear to me now! The cat would experience both outcomes at the same time, and would proceed where it could continue on in the most reasonable manner of existence. His or her limited memory would select to record the outcome which best suited it. It doesn't matter that the cat died to the cat that lived. It doesn't matter that all possible outcomes have been fulfilled in an infinite spectrum of quantum realization, because the illusion is functional, it has been made complete by the cat's mind, by the cat's selective memory. So what does this mean for us humans? The answer is simple, and yet it eludes us all. We are living out one of the outcomes that was made possible by the infinite spectrum of quantum realization. We live, we die, we live a trillion lifetimes all at once, and for all eternity, not as another person, but as ourselves.
Thursday, September 24, 2009
AZOnano Blog Entry from "Nanooptic and Nanophotonics."
"An atomic clock that uses an aluminum atom to apply the logic of computers to the peculiarities of the quantum world now rivals the world's most accurate clock, based on a single mercury atom. Both clocks are at least 10 times more accurate than the current U.S. time standard." (from article in link below)
[The measurements were made in a yearlong comparison of the two next-generation clocks, both designed and built at the Commerce Department's National Institute of Standards and Technology (NIST). The clocks were compared with record precision, allowing scientists to measure the relative frequencies of the two clocks to 17 digits-the most accurate measurement of this type ever made. The comparison produced the most precise results yet in the worldwide quest to determine whether some of the fundamental constants that describe the universe are changing slightly over time, a hot research question that may alter basic models of the cosmos.
The research is described in the March 6 issue of Science Express. The aluminum and mercury clocks are both based on natural vibrations in ions (electrically charged atoms) and would neither gain nor lose one second in over 1 billion years-if they could run for such a long time-compared to about 80 million years for NIST-F1, the U.S. time standard based on neutral cesium atoms.
The mercury clock was first demonstrated in 2000 and is now four times better than its last published evaluation in 2006, thanks to ongoing improvements in the clock design and operation. The mercury clock continues its reign as the world's most accurate for now, by a margin of 20 percent over the aluminum clock, but the designers say both experimental clocks could be improved further.
"The aluminum clock is very accurate because it is insensitive to background magnetic and electric fields, and also to temperature," says Till Rosenband, the NIST physicist who built the clock and is the first author of the new paper. "It has the lowest known sensitivity of any atomic clock to temperature, which is one of the most difficult uncertainties to calibrate."
Both the aluminum clock and the mercury clock are based on ions vibrating at optical frequencies, which are 100,000 times higher than microwave frequencies used in NIST-F1 and other similar time standards around the world. Because optical clocks divide time into smaller units, they can be far more precise than microwave standards. NIST scientists have several other optical atomic clocks in development, including one based on thousands of neutral strontium atoms. The strontium clock recently achieved twice the accuracy of NIST-F1, but still trails the mercury and aluminum clocks.
Highly accurate clocks are used to synchronize telecommunications networks and deep-space communications, and for satellite navigation and positioning. Next-generation clocks may also lead to new types of gravity sensors, which have potential applications in exploration for underground natural resources and fundamental studies of the Earth.
Laboratories around the world are developing optical clocks based on a variety of different designs and atoms; it is not yet clear which design will emerge as the best candidate for the next international standard.
The new paper provides the first published evaluation of the operational quantum logic clock, so-named because it is based on the logical reasoning process used in quantum computers (see sidebar for details). The clock is a spin-off of NIST research on quantum computers, which grew out of earlier atomic clock research. Quantum computers, if they can be built, will be capable of solving certain types of complex problems that are impossible or prohibitively costly or time consuming to solve with today's technologies.
The NIST quantum logic clock uses two different kinds of ions, aluminum and beryllium, confined closely together in an electromagnetic trap and slowed by lasers to nearly "absolute zero" temperatures. Aluminum is a stable source of clock ticks, but its properties cannot be detected easily with lasers. The NIST scientists applied quantum computing methods to share information from the aluminum ion with the beryllium ion, a workhorse of their quantum computing research. The scientists can detect the aluminum clock's ticks by observing light signals from the beryllium ion.
NIST's tandem ion approach is unique among the world's atomic clocks and has a key advantage: "You can pick from a bigger selection of atoms," explains NIST physicist Jim Bergquist, who built the mercury clock. "And aluminum has a lot of good qualities-better than mercury's."
An optical clock can be evaluated precisely only by comparison to another clock of similar accuracy serving as a "ruler." NIST scientists used the quantum logic clock to measure the mercury clock, and vice versa. In addition, based on fluctuations in the frequencies of the two clocks relative to each other over time, NIST scientists were able to search for a possible change over time in a fundamental quantity called the fine-structure constant. This quantity measures the strength of electromagnetic interactions in many areas of physics, from studies of atoms and molecules to astronomy. Some evidence from astronomy has suggested the fine-structure constant may be changing very slowly over billions of years. If such changes are real, scientists would have to dramatically change their theories of the fundamental nature of the universe.
The NIST measurements indicate that the value of the fine-structure constant is not changing by more than 1.6 quadrillionths of 1 percent per year, with an uncertainty of 2.3 quadrillionths of 1 percent per year (a quadrillionth is a millionth of a billionth). The result is small enough to be "consistent with no change," according to the paper. However, it is still possible that the fine-structure constant is changing at a rate smaller than anyone can yet detect. The new NIST limit is approximately 10 times smaller than the best previous measurement of the possible present-day rate of change in the fine-structure constant. The mercury clock is an especially useful tool for such tests because its frequency fluctuations are magnified by any changes in this constant.]
Posted 7th March 2008
It appears that we are getting closer to a real and true quantum clock (one that utilizes the Planck second as a base unit of temporal measurement) and much needed reform for our outdated calendar and time-keeping system. -ZNP
Wednesday, September 23, 2009
Tempus Fugit
YB = 1,000,000,000,000,000,000,000,000 bytes or 10(24) bytes. It might be necessary to have one carefully guarded and isolated quantum clock data center, perhaps encompassing an entire barren moon or planet. The master quantum clock could transmit its signal into surrounding universes through quantum computer receivers in each universe. ( I think that somewhere out there, there must be planets that are used for nothing but computer systems and research, climate controlled and secured by a complex array of intelligently powered satellites.
Saturday, September 19, 2009
The Spectrum
Yourself Or Someone Like You
Friday, September 4, 2009
Dream Within A Dream
Wednesday, September 2, 2009
The Filter
It was Aldous Huxley who I first recall having described the brain to be a reducing filter of sorts, in his work entitled, "The Doors of Perception/ Heaven and Hell."
Quantum Psychology - An Introduction to Conditions
Below follows a brief list of conditions:
Temporal Shift - These are specific conditions characterized by movement (or perception of movement) through the 4th dimension (time) which is incongruous with the normal progression of temporal flow, (moment by moment, past-to-present-to-future.)
Temporal Shift I. - This condition is characterized by a "skipping" forward or backward in time. This event is an isolated occurrence.
Temporal Shift Ir. would designate a repeating pattern of temporal shifts.
Temporal Shift II. - This condition is characterized by perpetual shifting in and out of temporal segments or "streams." A person with this condition is likely to be suffering from a debilitating genetic disorder or to have had a severe head trauma.
Interdimensional-Transuniversal Shift - This condition is normally caused by willful action, (Quantum Travel.) This condition causes the individual to shift from one dimension into another.
Trans-dimensional Interference - Also known as Trans-universal Interference, this condition is often mistaken for psychosis, it is characterized by a pattern of invasive foreign logic* and information interfering with native logic* and related information. This condition can occur during dreaming, but the mind's natural defenses against foreign logic are usually able to convert it into nonsensical data. This condition is brought about by an accidental or willful disabling of this natural function of the mind. Invasive logic or information patterns may be intermittent or constant to varying degrees. Willful TDI can be achieved in altered states of consciousness, modified alpha states, lucid dreaming, meditative trances, times of trauma, coma or death and during "deep state hypnosis."
Foreign logic - is defined as any sensory input which is derived from a universe which does not share the initial conditions of the recipient's native universe. This logic may corrupt the natural or native logic of the recipient, causing disparities between perception and cognition as well as abnormal and dysfunctional behavior. Functionality is based upon coherence with native logic and the generation of like thought patterns and behavior. Native logic is derived from the initial conditions and natural laws of the universe around us, our local universe. Without native logic we are unable to form thought patterns and behavior which will mesh with the universe that we reside in (we would be "dysfunctional.")
Invasive Foreign Logic - is defined as any foriegn logic which is being transmitted either willfully or accidentally by a source outside the recipient's native universe and multiverse. This form of foreign logic often causes the warping of consciousness as it slowly and steadily replaces the native logic of the recipient. Foreign logic which is from another universe within the individual's local multiverse is compatible with that of their native logic. Initial conditions from native logic, native logic dictates all forms of information patterns within that system.