An Idea

[G_burnett]

i am not sure yet if we can share the time vector with the color coded vector ... it may have it own dimension or share with other .. for a while.
kind regards graham

[Profpat]

It would be internal time. You would have a sequence of events (charges) taking time to do it.

[Profpat]

~ 98% of the proton's mass comes from the internal kinetic energy of the quarks.

[austintorn@aol.com]

?



If you can guess where I filmed this,
you'll win a prize of a long great trip
and I will also lower your age.

[G_burnett]

~ 98% of the proton's mass comes from the internal kinetic energy of the quarks.

Vibrated by the wave pulse of the election composite ...? ... Let me know what you think of the new Hawking and Graham book ... no offence meant either Pat.. Take care, graham

[spacedout]

I quess the mass of a quark or lepton must be small and it vibrates at a very high rate for a quark or lepton to make the 98% kinetic energy. Driving a particle at the speed of light increases mass because it takes energy to accelerate an object and this increases mass. Light doesn't have any mass but travels at the speed of light (all it's mass has been converted into energy -- it does have momentum mc though.

If the quarks and leptons have a compacted core they would have increased mass as in ccwp theory. Also if space chains are stretched to their maximum there is a resistance to movement (mass). Maybe, a quark or lepton is not 98% kinetic energy but 98% potential energy as pressure or vacuum has.

[labelwench]

A most interesting motion observed and studied, involving hydrodynamics and felines of all sizes. Thanks to my husband, the resident cat care-giver, for spotting this article in Science Daily and forwarding me the link.

ScienceDaily (Nov. 12, 2010) — Cat fanciers everywhere appreciate the gravity-defying grace and exquisite balance of their feline friends. But do they know those traits extend even to the way cats lap milk?

•Cat intelligence
Researchers at MIT, Virginia Tech and Princeton University analyzed the way domestic and big cats lap and found that felines of all sizes take advantage of a perfect balance between two physical forces. The results will be published in the Nov. 11 online issue of the journal Science.

It was known that when they lap, cats extend their tongues straight down toward the bowl with the tip of the tongue curled backwards like a capital "J" to form a ladle, so that the top surface of the tongue actually touches the liquid first. We know this because another MIT engineer, Doc Edgerton, who first used strobe lights in photography to stop action, filmed a domestic cat lapping milk in 1940.

But recent high-speed videos made by this team clearly revealed that the top surface of the cat's tongue is the only surface to touch the liquid. Cats, unlike dogs, aren't dipping their tongues into the liquid like ladles after all. Instead, the cat's lapping mechanism is far more subtle and elegant. The smooth tip of the tongue barely brushes the surface of the liquid before the cat rapidly draws its tongue back up. As it does so, a column of milk forms between the moving tongue and the liquid's surface. The cat then closes its mouth, pinching off the top of the column for a nice drink, while keeping its chin dry.

The liquid column, it turns out, is created by a delicate balance between gravity, which pulls the liquid back to the bowl, and inertia, which in physics, refers to the tendency of the liquid or any matter, to continue moving in a direction unless another force interferes. The cat instinctively knows just how quickly to lap in order to balance these two forces, and just when to close its mouth. If it waits another fraction of a second, the force of gravity will overtake inertia, causing the column to break, the liquid to fall back into the bowl, and the cat's tongue to come up empty.

While the domestic cat averages about four laps per second, with each lap bringing in about 0.1 milliliters of liquid, the big cats, such as tigers, know to slow down. They naturally lap more slowly to maintain the balance of gravity and inertia.


Analyzing the mechanics


In this research, Roman Stocker of MIT's Department of Civil and Environmental Engineering (CEE), Pedro Reis of CEE and the Department of Mechanical Engineering, Sunghwan Jung of Virginia Tech's Department of Engineering Science and Mechanics, and Jeffrey Aristoff of Princeton's Department of Mechanical and Aerospace Engineering used observational data gathered from high-speed digital videos of domestic cats, including Stocker's family cat, and a range of big cats (tiger, lion and jaguar) from the Boston-area zoos, thanks to a collaboration with Zoo New England's mammal curator John Piazza and assistant curator Pearl Yusuf. And, in what could be a first for a paper published in Science, the researchers also gathered additional data by analyzing existing YouTube videos of big cats lapping.

With these videos slowed way down, the researchers established the speed of the tongue's movement and the frequency of lapping. Knowing the size and speed of the tongue, the researchers then developed a mathematical model involving the Froude number, a dimensionless number that characterizes the ratio between gravity and inertia. For cats of all sizes, that number is almost exactly one, indicating a perfect balance.

To better understand the subtle dynamics of lapping, they also created a robotic version of a cat's tongue that moves up and down over a dish of water, enabling the researchers to systematically explore different aspects of lapping, and ultimately, to identify the mechanism underpinning it.

"The amount of liquid available for the cat to capture each time it closes its mouth depends on the size and speed of the tongue. Our research -- the experimental measurements and theoretical predictions -- suggests that the cat chooses the speed in order to maximize the amount of liquid ingested per lap," said Aristoff, a mathematician who studies liquid surfaces. "This suggests that cats are smarter than many people think, at least when it comes to hydrodynamics."

Aristoff said the team benefited from the diverse scientific backgrounds of its members: engineering, physics and mathematics.

Considerably more detail at the following link:

http://www.sciencedaily.com/releases...1111141806.htm

[austintorn@aol.com]

No one won the prize yet, offered in post # 9004, only a few posts previous to here.


Prof, Nobody has return from the grave. What about you? Married again?

[PoPpAScience]

My model predicts confinement, asymptotic freedom and whole charges to represent the 3 quark interaction within the proton/neutron pattern. The I Ching is properly set within the Venn Diagram and binary information corresponds to the number assignment. Positive/negative areas, (spaces) complementary to themselves.

Perpetual Motion, within the proton. It should have a half life being a composite particle, yet no evidence of a proton decay, which may mean it is eternal. Eternally reacting to itself which is, it's component dynamic nature.

"Round and round she goes and when she stops nobody knows..."

This dynamo of perpetual motion could also create a surface speed of C, creating particles(vortexes), that are flung of into space at C. Just a thought!

[Felix Schrodinger]

A most interesting motion observed and studied, involving hydrodynamics and felines of all sizes. Thanks to my husband, the resident cat care-giver, for spotting this article in Science Daily and forwarding me the link.

Considerably more detail at the following link:

http://www.sciencedaily.com/releases...1111141806.htm

Why all the fuss? You only had to ask.

regards
Felix