deSignale

Eine sehr aufschlussreiche Erklärung hat das JoC zur Entdeckung von Hoover bzgl. Alien-Mikroben in Meteoriten abgegeben. Das Paper kann nicht mehr verlinkt werden, da es per Cyber Attacke sabotiert wird. So werden eben missliebige Meinungen und Forschungsergebnisse bekämpft:

The Hoover Paper and Figures Are Under Cyber Attack

"Robots" have linked to the Hoover Article and the Figures which are being downloaded so often our bandwidth capacity is continually being exceeded, which has put the Journal of Cosmology website repeatedly at risk for being shut down.

We regret we are temporarily unable to host the Hoover article and figures because of this ongoing cyber attack.

The Hoover paper, commentaries, and related chapters also detailing evidence of alien extraterrestrial life, have been bound in an inexpensive book "The Discovery of Alien ExtraTerrestrial life" , and which includes Hoover's discovery and landmark paper, and the discoveries of other independent scientists.

Wie kann man sich den dreidimensionalen Raum vorstellen? Existiert er an und für sich? Ein interessantes Model haben zwei Forscher nun entwickelt.

sciencedaily berichtet hier.

While studying graphene's electronic properties, professor Chris Regan and graduate student Matthew Mecklenburg found that a particle can acquire spin by living in a space with two types of positions -- dark tiles and light tiles. The particle seems to spin if the tiles are so close together that their separation cannot be detected.

"An electron's spin might arise because space at very small distances is not smooth, but rather segmented, like a chessboard," Regan said.

Their findings are published in the March 18 edition of the journal Physical Review Letters.

In quantum mechanics, "spin up" and "spin down" refer to the two types of states that can be assigned to an electron. That the electron's spin can have only two values -- not one, three or an infinite number -- helps explain the stability of matter, the nature of the chemical bond and many other fundamental phenomena.

However, it is not clear how the electron manages the rotational motion implied by its spin. If the electron had a radius, the implied surface would have to be moving faster than the speed of light, violating the theory of relativity. And experiments show that the electron does not have a radius; it is thought to be a pure point particle with no surface or substructure that could possibly spin.

In 1928, British physicist Paul Dirac showed that the spin of the electron is intimately related to the structure of space-time. His elegant argument combined quantum mechanics with special relativity, Einstein's theory of space-time (famously represented by the equation E=mc2).

Dirac's equation, far from merely accommodating spin, actually demands it. But while showing that relativistic quantum mechanics requires spin, the equation does not give a mechanical picture explaining how a point particle manages to carry angular momentum, nor why this spin is two-valued.

Unveiling a concept that is at once novel and deceptively simple, Regan and Mecklenburg found that electrons' two-valued spin can arise from having two types of tiles -- light and dark -- in a chessboard-like space. And they developed this quantum mechanical model while working on the surprisingly practical problem of how to make better transistors out of a new material called graphene.

Graphene, a single sheet of graphite, is an atomically-thin layer of carbon atoms arranged in a honeycomb structure. First isolated in 2004 by Andre Geim and Kostya Novoselov, graphene has a wealth of extraordinary electronic properties, such as high electron mobility and current capacity. In fact, these properties hold such promise for revolutionary advances that Geim and Novoselov were awarded the 2010 Nobel Prize a mere six years after their achievement.

Regan and Mecklenburg are part of a UCLA effort to develop extremely fast transistors using this new material.

"We wanted to calculate the amplification of a graphene transistor," Mecklenburg said. "Our collaboration was building them and needed to know how well they were going to work."

This calculation involved understanding how light interacts with the electrons in graphene.

The electrons in graphene move by hopping from carbon atom to carbon atom, as if hopping on a chessboard. The graphene chessboard tiles are triangular, with the dark tiles pointing "up" and light ones pointing "down." When an electron in graphene absorbs a photon, it hops from light tiles to dark ones. Mecklenburg and Regan showed that this transition is equivalent to flipping a spin from "up" to "down."

In other words, confining the electrons in graphene to specific, discrete positions in space gives them spin. This spin, which derives from the special geometry of graphene's honeycomb lattice, is in addition to and distinct from the usual spin carried by the electron. In graphene the additional spin reflects the unresolved chessboard-like structure to the space that the electron occupies.

Habe eine Abhandlung zur Urwort - Theorie (siehe auch meine Buchbesprechung hier) verfasst, die zeigt, dass anhand des Dimensionsgesetzes von Heim und Dröscher zu sehen ist, dass die Urwort - Theorie die übergeordnete Theorie ist. Mir ist mit der Topologie der Urwort - Matrix gelungen die Bedeutung aller möglichen Zahlenpaare des Dimensionsgesetzes herzuleiten, auch {57; 420}.

Zu finden ist meine Abhandlung auf der Datenbank von 'Borderlands of Science' (scrollen bis mein Name erscheint): hier

Meines Wissens ist diese Abhandlung die erste Herleitung aus der Urwort - Theorie, die nicht durch Dr. König selbst erzielt wurde. In einer email-Korrespondenz habe ich Herrn Dr. König vorab die Abhandlung geschickt und er ermutigte mich hocherfreut, diese zu veröffentlichen.

Die Start-Seite von Borderlands of Science habe ich auch in meine Linkliste aufgenommen.

Zuerst erklärt Lesch die Physik der Kernkraft, dann aber redet er - mit dem dargestelltem Wissen - Klartext: Das musste mal gesagt werden...!!!

Erstmalig ist es gelungen eine Raumsonde in den Orbit des Merkur zu platzieren. Es gab in der Vergangenheit Vorbeiflüge am Merkur, aber noch keine Sonde im Orbit des sonnennächsten Planeten.

Berichte von

astronews.com

raumfahrer.net

Bei diesen Bildern musste ich an das Lied Hiroshima von Wishful Thinking denken, nur mit einer neuen Strophe 'Fukushima':

There is a wave across the Land and Fukushima...

Offizielles Video aus einem Hubschrauber:

Eine interessante Theorie wird in sciencedaily.com vorgestellt, die eine Art von Zeitmaschine für Materieteilchen durch das LHC beschreibt:

hier

One of the major goals of the collider is to find the elusive Higgs boson: the particle that physicists invoke to explain why particles like protons, neutrons and electrons have mass. If the collider succeeds in producing the Higgs boson, some scientists predict that it will create a second particle, called the Higgs singlet, at the same time.

According to Weiler and Ho's theory, these singlets should have the ability to jump into an extra, fifth dimension where they can move either forward or backward in time and reappear in the future or past.

"One of the attractive things about this approach to time travel is that it avoids all the big paradoxes," Weiler said. "Because time travel is limited to these special particles, it is not possible for a man to travel back in time and murder one of his parents before he himself is born, for example. However, if scientists could control the production of Higgs singlets, they might be able to send messages to the past or future."

Unsticking the "brane"

The test of the researchers' theory will be whether the physicists monitoring the collider begin seeing Higgs singlet particles and their decay products spontaneously appearing. If they do, Weiler and Ho believe that they will have been produced by particles that travel back in time to appear before the collisions that produced them.

Weiler and Ho's theory is based on M-theory, a "theory of everything." A small cadre of theoretical physicists have developed M-theory to the point that it can accommodate the properties of all the known subatomic particles and forces, including gravity, but it requires 10 or 11 dimensions instead of our familiar four. This has led to the suggestion that our universe may be like a four-dimensional membrane or "brane" floating in a multi-dimensional space-time called the "bulk."

According to this view, the basic building blocks of our universe are permanently stuck to the brane and so cannot travel in other dimensions. There are some exceptions, however. Some argue that gravity, for example, is weaker than other fundamental forces because it diffuses into other dimensions. Another possible exception is the proposed Higgs singlet, which responds to gravity but not to any of the other basic forces.

Answers in neutrinos?

Weiler began looking at time travel six years ago to explain anomalies that had been observed in several experiments with neutrinos. Neutrinos are nicknamed ghost particles because they react so rarely with ordinary matter: Trillions of neutrinos hit our bodies every second, yet we don't notice them because they zip through without affecting us.

Weiler and colleagues Heinrich Päs and Sandip Pakvasa at the University of Hawaii came up with an explanation of the anomalies based on the existence of a hypothetical particle called the sterile neutrino. In theory, sterile neutrinos are even less detectable than regular neutrinos because they interact only with gravitational force. As a result, sterile neutrinos are another particle that is not attached to the brane and so should be capable of traveling through extra dimensions.

Weiler, Päs and Pakvasa proposed that sterile neutrinos travel faster than light by taking shortcuts through extra dimensions. According to Einstein's general theory of relativity, there are certain conditions where traveling faster than the speed of light is equivalent to traveling backward in time. This led the physicists into the speculative realm of time travel.