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| mpc755... |
 Posted: Sun Oct 25, 2009 3:44 am |
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Guest
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'Ether and the Theory of Relativity by Albert Einstein'
http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'
http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experiment
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether. |
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| mpc755... |
| Posted: Sun Oct 25, 2009 9:42 am |
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Guest
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On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
[/quote]
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'
http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, aether displacement waves are traveling along
each path. When BSoutput is introduced, each wave is reflected by and
travels through BSoutput. There are four aether displacement waves at
this point, each pair creating interference. The 'particle' is
traveling a single path and the direction the 'particle' is traveling
is altered by the interference it encounters on the path it is
traveling. |
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| mpc755... |
| Posted: Mon Oct 26, 2009 5:08 am |
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Guest
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On Oct 25, 3:42 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'
http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, aether displacement waves are traveling along
each path. When BSoutput is introduced, each wave is reflected by and
travels through BSoutput. There are four aether displacement waves at
this point, each pair creating interference. The 'particle' is
traveling a single path and the direction the 'particle' is traveling
is altered by the interference it encounters on the path it is
traveling.
[/quote]
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. After
interacting with BSinput there are physical aether displacement waves
traveling both paths. The photon 'particle' interacts with BSinput and
continues to travel a single path. |
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| mpc755... |
| Posted: Mon Oct 26, 2009 7:38 am |
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Guest
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On Oct 26, 11:08 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 25, 3:42 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels..
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'
http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, aether displacement waves are traveling along
each path. When BSoutput is introduced, each wave is reflected by and
travels through BSoutput. There are four aether displacement waves at
this point, each pair creating interference. The 'particle' is
traveling a single path and the direction the 'particle' is traveling
is altered by the interference it encounters on the path it is
traveling.
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. After
interacting with BSinput there are physical aether displacement waves
traveling both paths. The photon 'particle' interacts with BSinput and
continues to travel a single path.
[/quote]
In Aether Displacement, wave-particle duality consists of a physical
aether wave. |
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| mpc755... |
| Posted: Mon Oct 26, 2009 12:30 pm |
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Guest
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On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
[/quote]
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'
http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters. |
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| mpc755... |
| Posted: Tue Oct 27, 2009 3:36 am |
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Guest
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On Oct 26, 6:30 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters.
[/quote]
In Aether Displacement, in wave-particle duality, there is a physical
aether wave and the ability for a particle to be detected. When the
aether wave interacts with a splitter it does what any wave would do
and that is be reflected by and travel through the splitter. When the
'particle' interacts with a splitter it does what any particle would
do and that is be reflected by or travel through the splitter. |
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| mpc755... |
| Posted: Tue Oct 27, 2009 10:29 am |
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Guest
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On Oct 27, 9:36 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 26, 6:30 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels..
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters.
In Aether Displacement, in wave-particle duality, there is a physical
aether wave and the ability for a particle to be detected. When the
aether wave interacts with a splitter it does what any wave would do
and that is be reflected by and travel through the splitter. When the
'particle' interacts with a splitter it does what any particle would
do and that is be reflected by or travel through the splitter.
[/quote]
In Aether Displacement, in any double slit experiment with a photon,
the photon aether wave physically enters and exits both slits and the
photon 'particle' physically enters and exits a single slit.
In Aether Displacement, when interacting with a beam splitter, the
photon aether wave is physically reflected by and travels through the
beam splitter and the photon 'particle' is physically reflected by or
travels through the beam splitter.
Double slit and delayed choice experiments are physical and
deterministic. |
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| mpc755... |
| Posted: Tue Oct 27, 2009 10:31 am |
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Guest
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On Oct 27, 9:36 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 26, 6:30 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels..
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters.
In Aether Displacement, in wave-particle duality, there is a physical
aether wave and the ability for a particle to be detected. When the
aether wave interacts with a splitter it does what any wave would do
and that is be reflected by and travel through the splitter. When the
'particle' interacts with a splitter it does what any particle would
do and that is be reflected by or travel through the splitter.
[/quote]
In Aether Displacement, in any double slit experiment with a photon,
the photon aether wave physically enters and exits both slits and the
photon 'particle' physically enters and exits a single slit.
In Aether Displacement, when interacting with a beam splitter, the
photon aether wave is physically reflected by and travels through the
beam splitter and the photon 'particle' is physically reflected by or
travels through the beam splitter.
In Aether Displacement, double slit and delayed choice experiments are
physical and deterministic. |
|
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| mpc755... |
| Posted: Wed Oct 28, 2009 4:43 am |
|
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Guest
|
On Oct 27, 4:31 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 27, 9:36 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 26, 6:30 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters.
In Aether Displacement, in wave-particle duality, there is a physical
aether wave and the ability for a particle to be detected. When the
aether wave interacts with a splitter it does what any wave would do
and that is be reflected by and travel through the splitter. When the
'particle' interacts with a splitter it does what any particle would
do and that is be reflected by or travel through the splitter.
In Aether Displacement, in any double slit experiment with a photon,
the photon aether wave physically enters and exits both slits and the
photon 'particle' physically enters and exits a single slit.
In Aether Displacement, when interacting with a beam splitter, the
photon aether wave is physically reflected by and travels through the
beam splitter and the photon 'particle' is physically reflected by or
travels through the beam splitter.
In Aether Displacement, double slit and delayed choice experiments are
physical and deterministic.
[/quote]
In AD there are physical waves. |
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| mpc755... |
| Posted: Wed Oct 28, 2009 7:57 am |
|
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|
Guest
|
On Oct 27, 4:31 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 27, 9:36 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 26, 6:30 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters.
In Aether Displacement, in wave-particle duality, there is a physical
aether wave and the ability for a particle to be detected. When the
aether wave interacts with a splitter it does what any wave would do
and that is be reflected by and travel through the splitter. When the
'particle' interacts with a splitter it does what any particle would
do and that is be reflected by or travel through the splitter.
In Aether Displacement, in any double slit experiment with a photon,
the photon aether wave physically enters and exits both slits and the
photon 'particle' physically enters and exits a single slit.
In Aether Displacement, when interacting with a beam splitter, the
photon aether wave is physically reflected by and travels through the
beam splitter and the photon 'particle' is physically reflected by or
travels through the beam splitter.
In Aether Displacement, double slit and delayed choice experiments are
physical and deterministic.
[/quote]
In AD there are physical waves traveling available paths. |
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|
| mpc755... |
| Posted: Thu Oct 29, 2009 2:42 am |
|
|
|
Guest
|
On Oct 28, 1:57 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 27, 4:31 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 27, 9:36 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 26, 6:30 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters.
In Aether Displacement, in wave-particle duality, there is a physical
aether wave and the ability for a particle to be detected. When the
aether wave interacts with a splitter it does what any wave would do
and that is be reflected by and travel through the splitter. When the
'particle' interacts with a splitter it does what any particle would
do and that is be reflected by or travel through the splitter.
In Aether Displacement, in any double slit experiment with a photon,
the photon aether wave physically enters and exits both slits and the
photon 'particle' physically enters and exits a single slit.
In Aether Displacement, when interacting with a beam splitter, the
photon aether wave is physically reflected by and travels through the
beam splitter and the photon 'particle' is physically reflected by or
travels through the beam splitter.
In Aether Displacement, double slit and delayed choice experiments are
physical and deterministic.
In AD there are physical waves traveling available paths.
[/quote]
In AD, the particle is always detected entering and exiting a single
slit because the particle always enters and exits a single slit. It is
the wave the particle creates in the aether which enters and exits
both. |
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| mpc755... |
| Posted: Fri Oct 30, 2009 6:28 am |
|
|
|
Guest
|
On Oct 29, 8:42 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 28, 1:57 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 27, 4:31 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 27, 9:36 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 26, 6:30 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed.. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters.
In Aether Displacement, in wave-particle duality, there is a physical
aether wave and the ability for a particle to be detected. When the
aether wave interacts with a splitter it does what any wave would do
and that is be reflected by and travel through the splitter. When the
'particle' interacts with a splitter it does what any particle would
do and that is be reflected by or travel through the splitter.
In Aether Displacement, in any double slit experiment with a photon,
the photon aether wave physically enters and exits both slits and the
photon 'particle' physically enters and exits a single slit.
In Aether Displacement, when interacting with a beam splitter, the
photon aether wave is physically reflected by and travels through the
beam splitter and the photon 'particle' is physically reflected by or
travels through the beam splitter.
In Aether Displacement, double slit and delayed choice experiments are
physical and deterministic.
In AD there are physical waves traveling available paths.
In AD, the particle is always detected entering and exiting a single
slit because the particle always enters and exits a single slit. It is
the wave the particle creates in the aether which enters and exits
both.
[/quote]
Just to reiterate some existing experiments first, there is the
Casimir effect which is an existing experiment where AD explains the
plates move towards one another due to the plate's displaced aether
encompassing both plates pushing the plates together which is a more
correct explanation than imaginary virtual particles. There is also
the aether wave a moving C-60 molecule creates in the double slit
experiment which is a more correct explanation than the C-60 molecule
is interfering with itself. There are also binary stars where the
light travels at 'c' relative to the entrained aether of a single star
and soon after travels at 'c' relative to the entrained aether
encompassing both stars. Another experiment that, to me, is evidence
of an aether wave is the search for gravity waves. A gravity wave is
an aether wave.
One new experiment would be to perform a double slit experiment with
C-60 molecules and fire something across the front of one of the slits
while detecting the C-60 molecule exiting the other slit. The aether
displacement wave exiting the other slit should have some effect on
whatever it is that is shot across the open slit. Think of the bow
wave a boat makes. Place buoys at one of the exits of the slits in
order to detect the boat. When you know the boat should just about be
exiting the slit, fire something in front of the other slit. Say a
rubber tube. Now for a boat and its bow wave and a rubber tube, you
will be able to see the rubber tube get tossed around as it crosses in
front of the slit the boat does not exit. If you fire a photon or
electron or proton in front of the slit the C-60 molecule does not
exit, then you need a way to determine something about the 'particle'
has been altered. Obviously, 50% of the time the C-60 molecule will
exit the same slit as you are firing the 'particle' across which will
nullify the results. It could be that the particle's interaction with
the aether displacement wave of the C-60 molecule is negligible, which
would not completely undermine AD, but would be evidence against it.
Another similar experiment would be to fire two identical particles
towards four slits. There would be a divider between the emission
points of the particles. On the other side of the slits, the outside
two slits would be able to be closed at the last second. One quarter
of the time a particle should exit the 'inner' slit of one side of the
experiment and an aether displacement wave should exit the 'inner'
slit of the other side of the experiment. The particle of one side of
the experiment should be able to interfere with the displacement wave
from the other side of the experiment. Now, this experiment will be
difficult to create. Think of trying to send two identical boats
through slits and have the bow wave of one of the boats exit a slit
and interfere with the bow wave riding out directly in front of the
other boat in order to alter the direction the boat travels. Not
impossible to perform with identical photons, or some other particle,
but difficult. Look at the diagram on the right here:
http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experiment
experiment. Where you see the blue and red lines together before D1
and D2 are where the photon aether waves are creating interference. If
you had two 'identical' photons fired from completely different
sources and ran the same experiment, once in a while a photon aether
wave of one of the photons would interfere with the photon aether wave
of the other photon and there would be one photon 'particle', the
direction of which would be altered by the interference it encounters.
The point of all of these types of experiments is to try and detect
the aether wave the particle creates other than the interference
pattern the particle itself creates due to its interaction with its
own aether displacement wave in a double slit experiment. It is also
required to actually detect the particle exiting the other slit so
this nonsense of the particle creating the interference itself can be
debunked. |
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| mpc755... |
| Posted: Fri Oct 30, 2009 8:41 am |
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Guest
|
On Oct 30, 12:28 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
[quote]On Oct 29, 8:42 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 28, 1:57 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 27, 4:31 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 27, 9:36 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 26, 6:30 pm, mpc755 <mpc... at (no spam) gmail.com> wrote:
On Oct 25, 9:44 am, mpc755 <mpc... at (no spam) gmail.com> wrote:
'Ether and the Theory of Relativity by Albert Einstein'http://www-groups.dcs.st-and.ac.uk/~history/Extras/Einstein_ether.html
"the state of the [ether] is at every place determined by connections
with the matter and the state of the ether in neighbouring places"
Most everything Maxwell did was based off of the notion of a
'displacement current'. What is displaced by the current? The aether.
If you take Einstein's concept of the state of the aether is at every
place determined by the connections with the matter and the state of
the aether in neighboring places and Maxwell's concept of a
displacement current, you have Aether Displacement.
The aether is displaced by the objects which exist in it.
And there is plenty of evidence of the aether.
Any double slit experiment is evidence of the aether.
If you perform the double slit experiment with a particle and you
place detectors at the entrances or the exits to the slits, the
particle is always detected entering or exiting a single slit.. The
reason for this, in Aether Displacement, is due to the fact the
particle ALWAYS enters and exits a single slit and the displacement
wave it creates in the aether enters and exits both. To say the
particle enters and exits both slits when you do not look for it is
not supported by the experimental evidence.
The act of detecting the particle causes the aether displacement wave
to be turned into chop and there is no interference. No detectors and
the aether displacement wave exits both slits, creating interference
which alters the direction the particle travels.
In Aether Displacement, the definition of a particle is a standalone
entity which travels a single path in the double slit experiment and
the definition of a wave is a displacement in the aether which travels
available paths.
The photon 'particle' travels a single path, but the photon aether
wave travels available paths. 'Particle' is in quotes because a photon
may be a disturbance in the aether where its ability to collapse and
be detected as a particle travels a single path but the disturbance in
the aether is still a wave which travels available paths.
'Delayed choice quantum eraser'http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
If you look at the image to the right you will see both red and blue
lines together before detectors D1 and D2. Since the photon aether
displacement wave is traveling available paths, the photon aether
displacement wave is traveling both the red and blue paths creating
interference which alters the direction the photon 'particle' travels.
With Aether Displacement, nothing is erased, nothing is delayed. The
aether displacement wave travels available paths and the particle
travels a single path. In Aether Displacement, when anything is ever
'erased' in these types of experiments, all that is occurring is the
available paths are being combined which allows the aether
displacement waves to physically travel the available paths creating
interference which alters the direction the particle travels.
Double slit, quantum eraser, and delayed choice experiments are
evidence of aether.
'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment'http://arxiv.org/PS_cache/quant-ph/pdf/0610/0610241v1.pdf
In Aether Displacement, a photon is a physical aether displacement
wave. In 'Experimental realization of Wheeler’s delayed-choice
GedankenExperiment' the photon interacts with BSinput. When the aether
displacement wave interacts with BSinput it is reflected by and
travels through BSinput. After interacting with BSinput there are
physical aether displacement waves traveling both paths. The photon
'particle' interacts with BSinput and is reflected by or travels
through BSinput. After interacting with BSinput the photon 'particle'
continues to travel a single path.
When BSoutput is introduced, both waves are reflected by and travel
through BSoutput. There are four aether displacement waves at this
point, each pair creating interference. The photon 'particle' is
reflected by or travels through BSoutput. The photon 'particle'
travels a single path and the direction the 'particle' is traveling is
altered by the interference it encounters.
In Aether Displacement, in wave-particle duality, there is a physical
aether wave and the ability for a particle to be detected. When the
aether wave interacts with a splitter it does what any wave would do
and that is be reflected by and travel through the splitter. When the
'particle' interacts with a splitter it does what any particle would
do and that is be reflected by or travel through the splitter.
In Aether Displacement, in any double slit experiment with a photon,
the photon aether wave physically enters and exits both slits and the
photon 'particle' physically enters and exits a single slit.
In Aether Displacement, when interacting with a beam splitter, the
photon aether wave is physically reflected by and travels through the
beam splitter and the photon 'particle' is physically reflected by or
travels through the beam splitter.
In Aether Displacement, double slit and delayed choice experiments are
physical and deterministic.
In AD there are physical waves traveling available paths.
In AD, the particle is always detected entering and exiting a single
slit because the particle always enters and exits a single slit. It is
the wave the particle creates in the aether which enters and exits
both.
Just to reiterate some existing experiments first, there is the
Casimir effect which is an existing experiment where AD explains the
plates move towards one another due to the plate's displaced aether
encompassing both plates pushing the plates together which is a more
correct explanation than imaginary virtual particles. There is also
the aether wave a moving C-60 molecule creates in the double slit
experiment which is a more correct explanation than the C-60 molecule
is interfering with itself. There are also binary stars where the
light travels at 'c' relative to the entrained aether of a single star
and soon after travels at 'c' relative to the entrained aether
encompassing both stars. Another experiment that, to me, is evidence
of an aether wave is the search for gravity waves. A gravity wave is
an aether wave.
One new experiment would be to perform a double slit experiment with
C-60 molecules and fire something across the front of one of the slits
while detecting the C-60 molecule exiting the other slit. The aether
displacement wave exiting the other slit should have some effect on
whatever it is that is shot across the open slit. Think of the bow
wave a boat makes. Place buoys at one of the exits of the slits in
order to detect the boat. When you know the boat should just about be
exiting the slit, fire something in front of the other slit. Say a
rubber tube. Now for a boat and its bow wave and a rubber tube, you
will be able to see the rubber tube get tossed around as it crosses in
front of the slit the boat does not exit. If you fire a photon or
electron or proton in front of the slit the C-60 molecule does not
exit, then you need a way to determine something about the 'particle'
has been altered. Obviously, 50% of the time the C-60 molecule will
exit the same slit as you are firing the 'particle' across which will
nullify the results. It could be that the particle's interaction with
the aether displacement wave of the C-60 molecule is negligible, which
would not completely undermine AD, but would be evidence against it.
Another similar experiment would be to fire two identical particles
towards four slits. There would be a divider between the emission
points of the particles. On the other side of the slits, the outside
two slits would be able to be closed at the last second. One quarter
of the time a particle should exit the 'inner' slit of one side of the
experiment and an aether displacement wave should exit the 'inner'
slit of the other side of the experiment. The particle of one side of
the experiment should be able to interfere with the displacement wave
from the other side of the experiment. Now, this experiment will be
difficult to create. Think of trying to send two identical boats
through slits and have the bow wave of one of the boats exit a slit
and interfere with the bow wave riding out directly in front of the
other boat in order to alter the direction the boat travels. Not
impossible to perform with identical photons, or some other particle,
but difficult. Look at the diagram on the right here:http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experi...
experiment. Where you see the blue and red lines together before D1
and D2 are where the photon aether waves are creating interference. If
you had two 'identical' photons fired from completely different
sources and ran the same experiment, once in a while a photon aether
wave of one of the photons would interfere with the photon aether wave
of the other photon and there would be one photon 'particle', the
direction of which would be altered by the interference it encounters.
The point of all of these types of experiments is to try and detect
the aether wave the particle creates other than the interference
pattern the particle itself creates due to its interaction with its
own aether displacement wave in a double slit experiment. It is also
required to actually detect the particle exiting the other slit so
this nonsense of the particle creating the interference itself can be
debunked.
[/quote]
Here is the experiment. It is similar to the image on the right here:
http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experiment
Send a photon through a BBO crystal. Two down converted photons are
created.
Note: It is important to realize at this point, due to conservation of
momentum, the waves associated with each photon are exact opposites.
Send each photon through its own beam splitter. Combine the paths of
one of the beam splitters which the photon traveled through with the
path of the other beam splitter which the photon was reflected by.
For the other two paths have detectors (D1 and D2) just after the beam
splitter.
When one of the photons is detected at either D1 or D2, but not both,
then there is a photon 'particle' and its associated 'bow wave' along
with the aether wave of the other photon traveling along the combined
paths.
In QM, since one of the photons has already been detected, there
should only be a photon 'particle' and its associated 'bow wave'
traveling along a single path with nothing to interfere with.
If an interference pattern is created, this means the 'bow wave' of a
photon interfered with the aether wave of the other photon which
altered the direction the photon 'particle' was traveling.
Even with the nonsense of QM, once one of the particles is detected I
do not see how QM could interpret the results other than the photon
'particle' and its 'bow wave' is interfering with 'something else'. |
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| mpc755... |
| Posted: Fri Oct 30, 2009 8:45 am |
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Guest
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Here is the experiment. It is similar to the image on the right here:
http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experiment
Send a photon through a BBO crystal. Two down converted photons are
created.
Note: It is important to realize at this point, due to conservation of
momentum, the waves associated with each photon are exact opposites.
Send each photon through its own beam splitter. Combine the paths of
one of the beam splitters which the photon traveled through with the
path of the other beam splitter which the photon was reflected by.
For the other two paths have detectors (D1 and D2) just after the beam
splitter.
When one of the photons is detected at either D1 or D2, but not both,
then there is a photon 'particle' and its associated 'bow wave' along
with the aether wave of the other photon traveling along the combined
paths.
In QM, since one of the photons has already been detected, there
should only be a photon 'particle' and its associated 'bow wave'
traveling along a single path with nothing to interfere with.
If an interference pattern is created, this means the 'bow wave' of a
photon interfered with the aether wave of the other photon which
altered the direction the photon 'particle' was traveling.
Even with the nonsense of QM, once one of the particles is detected I
do not see how QM could interpret the results other than the photon
'particle' and its 'bow wave' is interfering with 'something else'. |
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| mpc755... |
| Posted: Fri Oct 30, 2009 8:52 am |
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Guest
|
Here is the experiment. It is similar to the image on the right here:
http://en.wikipedia.org/wiki/Delayed_choice_quantum_eraser#The_experiment
Send a photon through a BBO crystal. Two down converted photons are
created.
Note: It is important to realize at this point, due to conservation of
momentum, the waves associated with each photon are exact opposites.
Send each photon through its own beam splitter. Combine the paths of
one of the beam splitters which the photon traveled through with the
path of the other beam splitter which the photon was reflected by.
For the other two paths have detectors (D1 and D2) just after the beam
splitter.
When one of the photons is detected at either D1 or D2, but not both,
then there is a photon 'particle' and its associated 'bow wave' along
with the aether wave of the detected photon traveling along the
combined paths.
In QM, since one of the photons has already been detected, there
should only be a photon 'particle' and its associated 'bow wave'
traveling along a single path with nothing to interfere with.
If an interference pattern is created, this means the 'bow wave' of a
photon interfered with the aether wave of the detected photon which
altered the direction the photon 'particle' was traveling.
Even with the nonsense of QM, once one of the particles is detected I
do not see how QM could interpret the results other than the photon
'particle' and its 'bow wave' is interfering with 'something else'. |
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