Sci Fi in reality

Mike:
Till now the maximum speed in a vacuum or optical cables (eg water, glass, air, etc) was the speed of light. Now it seems that it is not so. The question is whether the actual properties of neutrinos compared to the speed of photons/wave. If the neutrino carries information faster than the speed of light ... or equal. Does the future neutrino microscope to give a second look at the mico cosmos.

OP:
Always has been a problem of detection neutrinos from super nova. The present detectors are deep under the ground about 1-2 km (former mines) and OPERA detectors = I think 3-4 meters thick steel plate - and neutrinos sent 730 km through the rocks.

7 km /300.000 km/s=2.33 e-5 sec faster than light * 1 milion light years (365*24*60*60) = 735.840.000 km neutrino in advance or /300000 km/s = 2452 sec (or 40 hours)... If I remember well that neutrino speed faster ---speed of light to 7 km / sec.

calc 1 mil light year = 40 hours faster.

NASA:

Quote

The star that produced SN 2006gy apparently expelled a large amount of
mass prior to exploding. This large mass loss is similar to that seen
from Eta Carinae, a massive star in our galaxy, raising suspicion that
Eta Carinae may be poised to explode as a supernova. Although SN 2006gy
is intrinsically the brightest supernova ever, it is in the galaxy NGC
1260, some 240 million light years away. However, Eta Carinae is only
about 7,500 light years away in our own Milky Way galaxy.

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240*40 = 9600 hours or 400 days....

... oh... Hubble: see new nova!!! .... Neutrino telescope: old news

lols

Do not forget the effect of twins ... this phenomenon is still valid.

Pictures reveal binary star’s dark companion
U. MICHIGAN (US)—For the first time, astronomers have
directly observed the mysterious dark companion in a binary star system
that has puzzled skywatchers since the 19th century.
[video]

[/video]
Using an instrument created at the University of Michigan that uses
“interferometry” to combine light entering four telescopes, astronomers
have for the first time imaged a peculiar binary star eclipse that
happens once every 27 years. Credit: Courtesy, U. Michigan
____
Scientists were able to take “close-up” pictures of Epsilon Aurigae during its eclipse, which happens every 27 years.

“Seeing is believing,” says John Monnier, associate professor of astronomy at the University of Michigan.

Details of the research appear in the April 8 issue of the journal Nature.

Epsilon Aurigae is the fifth brightest star in the northern
constellation Auriga. For more than 175 years, astronomers have known it
is dimmer than it should be, given its mass.

They also noticed its brightness dip for more than a year every few
decades. They surmised that it was a binary system in which one
companion was invisible. But what type of object was the companion?

Because astronomers hadn’t observed much light from it, the
prevailing theory labeled it a smaller star orbited edge-on by a thick
disc of dust.

The theory held that the disc’s orbit must be in precisely the same
plane as the dark object’s orbit around the brighter star, and all of
this had to be occurring in the same plane as Earth’s vantage point.
This would be an unlikely alignment, but it explained observations.

The new images show that this is indeed the case. A geometrically
thin, dark, dense, but partially translucent cloud can be seen passing
in front of Epsilon Aurigae.

“This really shows that the basic paradigm was right, despite the
slim probability,” Monnier says. “It kind of blows my mind that we could
capture this.

“There’s no other system like this known. On top of that, it seems to
be in a rare phase of stellar life. And it happens to be so close to
us. It’s extremely fortuitous.”

The disc appears much flatter than recent modeling from the Spitzer
Space Telescope suggests, Monnier says. “It’s really flat as a pancake.”

Monnier led the creation of the Michigan Infra-Red Combiner (MIRC) instrument that was used to produce these images.

MIRC uses a process called “interferometry” to combine the light
entering four telescopes at the CHARA array at Georgia State University
and amplify it so that it seems to be coming through a device 100 times
larger than the Hubble Space Telescope.

MIRC allowed astronomers to see the shape and surface characteristics
of stars for the first time. Previously, stars were mere points of
light even with the largest telescopes.

“Interferometry has made high resolution imaging of distant objects a
reality,” explains Fabien Baron, a post-doctoral researcher in the
Department of Astronomy who helped with the imaging in this study. “It
most probably will solve many mysteries but also raise many new
questions.”

Researchers from the University of Denver and Georgia State University contributed to the paper.

The research received funding from the National Science Foundation
and the office of the dean of the College of Arts and Sciences at
Georgia State University.

University of Michigan news: www.ns.umich.edu/

Read more: http://www.foxnews.com/scitech…tanglement/#ixzz1fZjOFn2q

This brings us closer to teleportation.

As an artifact in the FL story. Always knows its position in space because quantum entaglement with other artifacts. This is much faster than the speed of light.

well how about creating another yourself, then "disconnecting" and suiciding? :wacko: the others will just see you being teleportated

apart from such details, I actually meant that any technology that allows to trasport something instantly can be developed into teleportation