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Archive for the ‘existential risks’ category: Page 108

Apr 21, 2015

Noether’s Theorem + Equivalence Principle = c-global (part III)

Posted by in categories: existential risks, particle physics

To see what happens, let your Noether wheel rotate about a horizontal axis (that is, rotate vertically). Then the doubled radius will still be optically masked in the horizontal direction, but not so in the vertical direction. Hence you get a 2:1 vertical ellipse.

The optical contraction in the horizontal directions, found to be valid downstairs using the Noether wheel, implies that light will be seen to “creep” downstairs at halved speed when watched from above. This is what Einstein already found in 1907. So everything is fine.

But: does light really creep down there? The answer is no. For the distance travelled is doubled compared to above.

Apr 21, 2015

Noether’s Theorem + Equivalence Principle = c-global (part II)

Posted by in categories: existential risks, particle physics

The conserved angular momentum L obeys a simple formula for a constant vertical (or else horizontal) rotation axis of the wheel:

L = ω m r^2

Since this expression is hard to remember by heart, the word “L’hombre” can help even though it is not high-Spanish. ω is the rotation rate, m the mass and r the radius of Noether’s frictionlessly rotating bicycle wheel.

If ω is halved (as on the surface of a neutron star), what about m and r , the other two components of the conserved L ?

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Apr 21, 2015

Noether’s Theorem + Equivalence Principle = c-global (part I)

Posted by in categories: existential risks, particle physics

This simple insight amounts to a revolution in physics. It resolves an inconsistency accepted by Einstein in the absence of Noether’s theorem in 1907: that c were reduced downstairs in a constantly accelerating long rocketship in outer space.

Noether allows you to see what happens. She discovered “global conservation of angular momentum in nature” as is well known in 1916.

Take a frictionless bicycle wheel that is suspended from its hub, and lower it and then pull it back up again. What happens if angular momentum is constant all the time as she showed?

Answer: The rotation rate of this “clock” must go down reversibly like that of any other clock. But since angular momentum is conserved (Noether), the other two components in angular momentum besides rotation rate (i.e. mass and radius) cannot both remain unchanged.

This is a wonderful new result enabled by Emmy Noether.

Apr 15, 2015

Many people have ceased to claim that “thinking helps” as Hewlett-Packard say

Posted by in categories: existential risks, particle physics

I have simple thinking in mind – like visualizing a rotating wheel suspended from its hub without friction so it can be pulled up and down easily.

You can trust that angular momentum remains constant (nature has a knack for that). But the wheel is also a clock. So if you lower it, it must go slower down there and become faster again when retrieved. It thus makes for a beautiful mental plaything (a “hot” one as the young people would say). Angular momentum can be called “L’hombre” (a macho word which is not quite right in Spanish). Can you feel L’hombre in your hand while moving up and down your toy in your mind?

The word “L’hombre” allows one to remember “L = ω mr^2 ” for angular momentum L in one’s mind forever. Omega (or ω) is the rotation rate, m the mass of the wheel’s rim (with a virtually weightless hub for simplicity), and r is the radius. So the wheel is now transparent to us like glass, right? What happens if ω is halved for simplicity as on a neutron star?

Either m must be doubled, or else r must be increased by square-root 2, or both m and r must have changed somehow in a compatible manner. How about m halved and r doubled?

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Apr 14, 2015

Constant Tangential Speeds of Wheels are global Constants of Nature up to c

Posted by in categories: existential risks, particle physics

This new principle ( http://eujournal.org/index.php/esj/article/view/814/876 ) is implicit in special relativity’s equivalence principle including gravitation.

Therefore, c is a global constant of nature again. Hence no Big Bang (I hear you laugh) and no Hawking radiation (silence) and no CERN safety (fear).

Ten thousand CERN physicists agree through their roaring muteness for 7 years.

Only a member of the young generation could help. But the young are no longer free to speak up since they are no longer protected by their advisors.

Mandela’s immortal smile is the last hope of the planet. It encourages us all to talk as brothers and sisters before it is too late.

Apr 10, 2015

The Science of Cryodynamics proved that there was no Big Bang: Why create one on Earth?

Posted by in categories: existential risks, particle physics

There are quite a few publications on cryodynamics in refereed journals since 2011. Cryodynamics is the sister discipline to thermodynamics and is crucial for the control of sustained hot fusion in Tokamak reactors. So it has become the basic science for an energy-thirsty planet. As a side effect, cryodynamics proved Zwicky’s “tired light” hypothesis correct. So there was no Big Bang.

CERN, however, tries to create the first Big Bang on earth. Why is no one asking it to first renew its by 7 years outdated “Safety Report”?

I append a link to the first paper on cryodynamics: http://www.complex-systems.com/pdf/20-2-3.pdf

Apr 5, 2015

Public Lecture to the Youth of the World

Posted by in categories: existential risks, particle physics

I happen to know a tiny bit more about one lower-case letter, little c.

Since Einstein, everyone knows how important little c, the speed of light in the vacuum, is.
No one ought to be surprised that c now turned out to have exactly the universal value that the young Einstein believed in during the most famous 2 ½ first years of the theory of relativity.

I could prove this fact 7 years ago and in many other ways since in the scientific literature, and no one contradicts me in print or in public.

Of course, such a revolution is tantalizing but it is not ridiculous. The scientific community proudly bets the future of the planet on their refusal to read and discuss my results.
This amounts to a giant honor to a scientist. But it is unbearable when one sees how the “children” are running into their own catastrophe out of an unscientific conceitedness.

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Mar 23, 2015

IQ-Test for the Planet

Posted by in categories: existential risks, particle physics

There are scientific publications starting in 2008 all remaining unchallenged in the literature which prove that the attempt to produce black holes down on earth is maximally dangerous for the planet.

Nevertheless all visible media and all politicians of the world refuse to say a word in response to the tomorrow to be doubled attempt at CERN.

Lifeboat is too small and unassuming to have a wide distribution, but it is an honor to say that in the Middle West of the United States the kindest and most caring and rational people on the planet live because they support Lifeboat.

Lifeboat is a planet’s lifeboat.

Mar 16, 2015

Black-Hole Nuclear Physics

Posted by in categories: existential risks, particle physics

The interaction of quarks and gluons with near-point shaped black holes that are passing through, either slowly or at ultra-relativistic speeds, predictably implies radically different cross sections.

I do not believe that any CERN physicist can answer this question quantitatively so far.

Nevertheless ten thousand CERN physicists gladly bet the planet on their admitted lack of knowledge regarding this point.

I hope the world media will pay attention to this fact.

Mar 13, 2015

STEPHEN and the WORLD

Posted by in categories: existential risks, particle physics

Black Holes made Stephen famous: the conjecture that they would “evaporate” through what was called “Hawking radiation.”

Unfortunately, 7 years ago black holes were first proved to be individually stable and to be growing exponentially inside matter. Hawking never defended his disproved conjecture.

CERN will bet the planet on Hawking’s falsified theory this month – by doubling up their nuclear energies as announced. No human being was ever given a weightier homage of faith.

I herewith ask CERN: Why try to generate Hawking radiation in dangerous collisions after it got disproved? Is Hawking’s dream worthy of more respect than everyone else’s life?

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