| Topic: |
Science > Physics |
| User: |
"quantis" |
| Date: |
12 Mar 2006 06:35:26 AM |
| Object: |
Quantum Gravity Applications |
Dear Relativists and Quantum Graviteers,
Supposed quantum gravity is described by loop quantum gravity
or something similar wherein space is discrete. Is it theoretically
possible that you can move the space quanta just like photons?
In other words, you can transport space itself, that is, form
some kind of wormhole without using incredible amount of
mass-energy to alter the stress tensor but directly manipulate
riemann's metric to create a bidirectional wormhole.
Applications. Post office in USA and Austrialia can be connected
by mini-wormholes making teleportations of parcles possible?
Kipthorne, Paul Davies and other relativists say you need
an incredible amount of energy to make wormholes. This is
classically speaking. But if you can move the space quanta
itself (not gravitons but the discrete planck space unit itself),
then you can create wormholes at low energy by reprogramming
spacetime itself.
Theoretically possible, isn't it?
quantis
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| User: "Bill Hobba" |
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| Title: Re: Quantum Gravity Applications |
12 Mar 2006 06:33:33 PM |
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"quantis" <quantum_stuff@yahoo.com> wrote in message
news:1142166926.350516.21640@p10g2000cwp.googlegroups.com...
Dear Relativists and Quantum Graviteers,
Supposed quantum gravity is described by loop quantum gravity
or something similar wherein space is discrete. Is it theoretically
possible that you can move the space quanta just like photons?
In other words, you can transport space itself, that is, form
some kind of wormhole without using incredible amount of
mass-energy to alter the stress tensor but directly manipulate
riemann's metric to create a bidirectional wormhole.
You are indulging in wild flights of imagination devoid of any actual
logical connection.
Bill
Applications. Post office in USA and Austrialia can be connected
by mini-wormholes making teleportations of parcles possible?
Kipthorne, Paul Davies and other relativists say you need
an incredible amount of energy to make wormholes. This is
classically speaking. But if you can move the space quanta
itself (not gravitons but the discrete planck space unit itself),
then you can create wormholes at low energy by reprogramming
spacetime itself.
Theoretically possible, isn't it?
quantis
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| User: "Mike" |
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| Title: Re: Quantum Gravity Applications |
13 Mar 2006 10:03:16 AM |
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quantis wrote:
Dear Relativists and Quantum Graviteers,
Supposed quantum gravity is described by loop quantum gravity
It is not. Total failure.
or something similar wherein space is discrete. Is it theoretically
possible that you can move the space quanta just like photons?
What makes you think that space quanta, is such animals exist, have
particle like properties?
In other words, you can transport space itself, that is, form
some kind of wormhole without using incredible amount of
mass-energy to alter the stress tensor but directly manipulate
riemann's metric to create a bidirectional wormhole.
Let us say we transport a space region. What happens at the location
left void and how do we dispose the space from the new location so that
the tranported psace can fit in?
You see, some "questions" arise...:)
Applications. Post office in USA and Austrialia can be connected
by mini-wormholes making teleportations of parcles possible?
Of course...
Kipthorne, Paul Davies and other relativists say you need
an incredible amount of energy to make wormholes. This is
classically speaking. But if you can move the space quanta
itself (not gravitons but the discrete planck space unit itself),
then you can create wormholes at low energy by reprogramming
spacetime itself.
Will C++ be enough or I need VRML?
Theoretically possible, isn't it?
Before we solve this problem I have a simpler problem for you:
3 chicken make 15 eggs in 11 days
How many eggs will 10 chicken make in 25 days?
Simpler stuff that need to be answered.
Mike
quantis
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| User: "PD" |
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| Title: Re: Quantum Gravity Applications |
13 Mar 2006 08:05:44 AM |
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quantis wrote:
Dear Relativists and Quantum Graviteers,
Supposed quantum gravity is described by loop quantum gravity
or something similar wherein space is discrete. Is it theoretically
possible that you can move the space quanta just like photons?
In other words, you can transport space itself, that is, form
some kind of wormhole without using incredible amount of
mass-energy to alter the stress tensor but directly manipulate
riemann's metric to create a bidirectional wormhole.
Applications. Post office in USA and Austrialia can be connected
by mini-wormholes making teleportations of parcles possible?
Kipthorne, Paul Davies and other relativists say you need
an incredible amount of energy to make wormholes. This is
classically speaking. But if you can move the space quanta
itself (not gravitons but the discrete planck space unit itself),
then you can create wormholes at low energy by reprogramming
spacetime itself.
Theoretically possible, isn't it?
What you are doing is trying to write science fiction, not physics.
Science fiction is the art of stringing together basic concepts and
buzzwords in a fanciful and engaging way that *sounds* plausible enough
to allow the reader to suspend his sense of disbelief long enough to
engage with the plot. Do not confuse that with theory.
PD
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| User: "Sue..." |
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| Title: Re: Quantum Gravity Applications |
12 Mar 2006 07:26:12 AM |
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quantis wrote:
Dear Relativists and Quantum Graviteers,
Supposed quantum gravity is described by loop quantum gravity
or something similar wherein space is discrete. Is it theoretically
possible that you can move the space quanta just like photons?
In other words, you can transport space itself, that is, form
some kind of wormhole without using incredible amount of
mass-energy to alter the stress tensor but directly manipulate
riemann's metric to create a bidirectional wormhole.
Applications. Post office in USA and Austrialia can be connected
by mini-wormholes making teleportations of parcles possible?
Kipthorne, Paul Davies and other relativists say you need
an incredible amount of energy to make wormholes. This is
classically speaking. But if you can move the space quanta
itself (not gravitons but the discrete planck space unit itself),
then you can create wormholes at low energy by reprogramming
spacetime itself.
Theoretically possible, isn't it?
quantis
That's more blue sky than ten politicians can produce
with two sunshine pumps and three rigged electrons.
...ahhh elections. ;-)
http://hyperphysics.phy-astr.gsu.edu/Hbase/atmos/blusky.html
http://arxiv.org/pdf/atom-ph/9605006
Sue...
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