Weird Science
by Byron Balaski
Tesla Coil
The six curled up dimensions, the inward space, may be Calabi-Yau shaped
Once a particle's location in space is defined, the possibility of it
being found elsewhere collapses (wave-function collapses) because locations in a space are
distinct. Only within a here-now do we find that locations are not
distinct. Since the particle's location in space is only temporarily
detected, the collapse of the probability of the particle's location is
also temporary. Thus dummi you are highly likely in one place at one time
Dark matter has been studied and is now proven to have interesting properties. Some scientists conjecture that dark matter could contain a parallel universe. For example we could exist in parallel universes (like slicing a bread loaf) where we theoretically could be bumping into other beings on another universe plane. Some have even conjectured these dark matter regions that are parallel universes, are actually places of heaven, and a separate universe(if you will) for hell.
Exotic matter with negative energy density is required to stabilize a wormhole.
Kip Thorne pointed out that the quantum mechanics of the Casimir effect can be used to produce a locally mass-negative region of space-time, and suggested that negative effect could be used to stabilize a wormhole to allow faster than light travel. A wormhole can be held open to reach other beings in parallel universes/alternate universes.
Who knows, one day, we might be able to reach the "after life" and visit or stay there
BB: Travelling at light speed, light still travels just as fast away from you. So no change is detectable in the headlights shining out.
"Light waves were thought to be a disturbance in the luminiferous ether, just as sea waves are a disturbance in the ocean. The speed of light was relative to this ether. Einstein wondered, if he moved at the speed of light relative to the ether, how could light move relative to him? How could there be a reflection in his mirror?
"He concluded that light did not travel at some fixed speed relative to the ether, that light was not carried by the ether, and that the ether did not even exist. Unbeknown to Einstein, this is what Michelson and Morley had already discovered." Singh, p.102.
To preserve Galileo's principle of relativity, Einstein suggested that light always moves at a constant velocity relative to the observer. Assume you measure the speed of light to be 300 000 km/s relative to yourself when you are standing still. If you now move at close to the speed of light, you would still measure light waves moving at 300 000 km/s relative to yourself (not 0 km/s as you might have expected). If the light waves are reflected in Einstein's mirror you'll find them coming back to you at exactly the same velocity (not at close to 600 000 km/s as you might have expected).
Conclusion:You would not be able to tell if you were standing still or moving at the speed of light by turning on your headlights
Since light has speed what makes light move? What carries photons?
BB: Light follows a warped direction (light cones) around a black hole's event horizon.
Time is slowing down for light in these "light cones" - yes red-shifting is another word
Best way to argue String Theory:
Theoretically , it is to walk around Niagara Falls, hitting every establishment for beer and chatting & debating with your brother (Shel) and to try reasonably not to slur too many syllables nor forget importance concepts and theories. As a high-point to the night ., you can both discuss M-Theory, and possibly advance some of the 11 dimensional, membrane(brane), quantum gravity theories right in place.
The six curled up dimensions, the inward space, may be Calabi-Yau shaped
REALITY AND THE PROBABILITY OF BEING EVERYWHERE AT ONCE by Byron B.
Reality occurs i.e. when one views a particle, its only his or her reality, because once the viewer has viewed the particle, the viewer has in fact "disturbed" the particle - either changed its location, changed it's speed. That's why the wave-function equation collapses - temporarily. The wave-function equation describes the particular location a particle(s) will probably (most likely) occupy, if you hadn't actually observed it and thus created your own reality.
Seems like reality is dependent upon disturbing things !
Seems like reality is dependent upon disturbing things !
Once a particle's location in space is defined, the possibility of it
being found elsewhere collapses (wave-function collapses) because locations in a space are
distinct. Only within a here-now do we find that locations are not
distinct. Since the particle's location in space is only temporarily
detected, the collapse of the probability of the particle's location is
also temporary. Thus dummi you are highly likely in one place at one time
Here is the equation for figuring this simple problem out
SPEED OF LIGHT VS SOUND by Byron B:
How far does light go when sound has gone 1 cm in air at 20°C?
my calculation:
= 34360 cm/sec (speed sound)
b= 29,979,245,800 cm/sec (speed light)
c = 1/a (1 unit to the speed of sound per cm)
r = result
Time sound takes to go 1 cm is 1/34360
c=2.9103608847497089639115250291036e-5
Distance light will go in 2.9103608847497089639115250291036e-5 seconds :
we need to take the result of how much time it takes to go 1cm and multiply it by the speed of light (per cm)
r = b * c
r = 2.9103608847497089639115250291036e-5 * 29,979,245,800
r = 872504.24330616996507566938300331
Thus, light will go 872,504.24 cm's in the time it has take sound to travel 1 cm in 20deg c as long as light is travelling in a vaccum (no not that kind of vacuum!)
b= 29,979,245,800 cm/sec (speed light)
c = 1/a (1 unit to the speed of sound per cm)
r = result
Time sound takes to go 1 cm is 1/34360
c=2.9103608847497089639115250291036e-5
Distance light will go in 2.9103608847497089639115250291036e-5 seconds :
we need to take the result of how much time it takes to go 1cm and multiply it by the speed of light (per cm)
r = b * c
r = 2.9103608847497089639115250291036e-5 * 29,979,245,800
r = 872504.24330616996507566938300331
Gateway to the after-life - is it possible to travel over to the after-life ?
BB: Possibly,highly likely, although the "after life" can be construed in different ways.
Dark matter has been studied and is now proven to have interesting properties. Some scientists conjecture that dark matter could contain a parallel universe. For example we could exist in parallel universes (like slicing a bread loaf) where we theoretically could be bumping into other beings on another universe plane. Some have even conjectured these dark matter regions that are parallel universes, are actually places of heaven, and a separate universe(if you will) for hell.
Exotic matter with negative energy density is required to stabilize a wormhole.
Kip Thorne pointed out that the quantum mechanics of the Casimir effect can be used to produce a locally mass-negative region of space-time, and suggested that negative effect could be used to stabilize a wormhole to allow faster than light travel. A wormhole can be held open to reach other beings in parallel universes/alternate universes.
Who knows, one day, we might be able to reach the "after life" and visit or stay there
map of dark matter
Turning Your Headlights on at the speed of light:
"If ur travelling at the speed of light in ur car and u turn the headlights on what happens?"
BB: Travelling at light speed, light still travels just as fast away from you. So no change is detectable in the headlights shining out.
"Light waves were thought to be a disturbance in the luminiferous ether, just as sea waves are a disturbance in the ocean. The speed of light was relative to this ether. Einstein wondered, if he moved at the speed of light relative to the ether, how could light move relative to him? How could there be a reflection in his mirror?
"He concluded that light did not travel at some fixed speed relative to the ether, that light was not carried by the ether, and that the ether did not even exist. Unbeknown to Einstein, this is what Michelson and Morley had already discovered." Singh, p.102.
To preserve Galileo's principle of relativity, Einstein suggested that light always moves at a constant velocity relative to the observer. Assume you measure the speed of light to be 300 000 km/s relative to yourself when you are standing still. If you now move at close to the speed of light, you would still measure light waves moving at 300 000 km/s relative to yourself (not 0 km/s as you might have expected). If the light waves are reflected in Einstein's mirror you'll find them coming back to you at exactly the same velocity (not at close to 600 000 km/s as you might have expected).
Conclusion:You would not be able to tell if you were standing still or moving at the speed of light by turning on your headlights
Since light has speed what makes light move? What carries photons?
Concerning Propagation of Light: Electromagnetic radiation waves travels through the air.
Light and similar forms of radiation are made up of moving electric and magnetic forces. A simple example of motion similar to these radiation waves can be made by dropping a pebble into a pool of water. In this example, the water is not actually being moved by the outward motion of the wave, but rather by the up-and-down motion of the water. The up-and-down motion is transverse, or at right angles, to the outward motion of the waves. This type of wave motion is called transverse-wave motion. The transverse waves spread out in expanding circles until they reach the edge of the pool, in much the same manner as the transverse waves of light spread from the sun. However, the waves in the pool are very slow and clumsy in comparison with light, which travels approximately 186,000 miles per second.
Light radiates from its source in all directions until it is absorbed or diverted by some substance (fig. 2-1). The lines drawn from the light source (a light bulb in this instance) to any point on one of the transverse waves indicate the direction that the wavefronts are moving. These lines, are called light rays.
Source(s): Propagation of Light - http://www.tpub.com/neets/tm/106-1.htm
Various theories of Time Travel
1) A famous rule for time travel is called the grandfather paradox.
This rule states that you cannot go back in time and kill your grandfather. This would have prevented your parents being born and thus you would not have been born.
2) The Many-worlds interpretation is a theory that states once you go back in time you create a whole different world, that will never interact with future worlds, you create a new branch of history or alternate universe
3) Novikov self-consistency principle - is a theory (and this was illustrated in a cool version of the Twilight zone- original series) where one can go back in time, but cannot change the outcome. IN the twilight zone show, the man tried to go back in time to kill Hitler, but as he was about to fire the gun, 2 nazis came into the room and stopped him.
Is it possible to travel through a black hole in one piece if you had an anitgravitational engine?
This rule states that you cannot go back in time and kill your grandfather. This would have prevented your parents being born and thus you would not have been born.
2) The Many-worlds interpretation is a theory that states once you go back in time you create a whole different world, that will never interact with future worlds, you create a new branch of history or alternate universe
3) Novikov self-consistency principle - is a theory (and this was illustrated in a cool version of the Twilight zone- original series) where one can go back in time, but cannot change the outcome. IN the twilight zone show, the man tried to go back in time to kill Hitler, but as he was about to fire the gun, 2 nazis came into the room and stopped him.
Is it possible to travel through a black hole in one piece if you had an anitgravitational engine?
BB: you would have to have an anti-gravitational engine that exceeded the force of gravity within a black hole
What happens around a black hole ?
BB: Light follows a warped direction (light cones) around a black hole's event horizon.
Time is slowing down for light in these "light cones" - yes red-shifting is another word
Travelling vast distances, instantly
by byron:
Space travel of vast distances is possible through a wormhole:
"a traversable wormhole held open by a spherical shell of exotic matter, is referred to as a Morris-Thorne wormhole" - some speculate on the exotic matter but we haven't discovered that, and when we do , we still need to be able to have a wormhole to exit (entry,exit wormholes)
this is far off, id say within 10,000 years
also parallel universes exists in curled up dimensions - scientists are studying this using the Cashmir effect (http://en.wikipedia.org/wiki/Cashmir_eff… we might be able to visit other dimensions soo.
"a traversable wormhole held open by a spherical shell of exotic matter, is referred to as a Morris-Thorne wormhole" - some speculate on the exotic matter but we haven't discovered that, and when we do , we still need to be able to have a wormhole to exit (entry,exit wormholes)
this is far off, id say within 10,000 years
also parallel universes exists in curled up dimensions - scientists are studying this using the Cashmir effect (http://en.wikipedia.org/wiki/Cashmir_eff… we might be able to visit other dimensions soo.
What goes faster then light ?
Currently, only information is known to have travelled faster than light, this is related to quantum entanglement, but this is information is not classic information, but rather spin up/down symmetrical information, not information like the weather is fine in spain...
Skywheel at night, downtown Niagara Falls
Best way to argue String Theory:
Theoretically , it is to walk around Niagara Falls, hitting every establishment for beer and chatting & debating with your brother (Shel) and to try reasonably not to slur too many syllables nor forget importance concepts and theories. As a high-point to the night ., you can both discuss M-Theory, and possibly advance some of the 11 dimensional, membrane(brane), quantum gravity theories right in place.
by: Byron Balaski
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