Sunday, November 25, 2007
Sometimes one can experience even for a fleeting second an Existence through the body. The golden sunshine as tho its like a chemical reaction under the skin of the head and then this whole world with its colours and sounds. As tho pure awareness entrered the body thru some portal..like being in an bioscope peering thru the hole
BREATHING
With Each InBreathing, I go back to the Source and Touch it.
Oh this is so Sacred. To touch the Source each time I breathe in. Oh God.
Oh this is so Sacred. To touch the Source each time I breathe in. Oh God.
Monday, November 12, 2007
Our Universe within us
Read something astounding.. by Molly Tamulevich
(www. http://serendip.brynmawr.edu/exchange/node/215)
Developed by neuropsychologist Karl Pribram, and quantum physicist David Bohm,
the holographic theory explains the universe as a series of complex waves, and the
brain as a means of deconstructing those waves into recognizable patterns. Using the
Fourier theorem [1] they realized that the combination of wave frequencies form
interference patterns in the brain and create new holographic patterns. This
is why a certain smell or sound can bring up memories that seem unrelated;
at one point in the past, they may have been perceived at the same time.
A holograph is an image that has the unique property of containing the
entirety of the image in each piece. If I were to cut a tiny piece of
holographic film off from the whole, it would still contain the whole image
but in a blurrier form. A holograph is formed by superimposing two different
light beams. It is a three dimensional projection of an object caught in the light.
It can store an incredible amount of information and holographic technology
is being used to exponentially increase the memory capability of computers.
According to Pribram, interference patterns caused by the clashing Fourier
waves in the universe converge through the lenses of our various senses,
causing a three dimensional representation of our perceptions.
[2] We are, according to Pribram, living in a giant hologram. If our brain has
holographic capabilities, it would not only explain how it can hold so much
information, but also shed light on experiments carried out by Karl Lashley
in which he concluded that memories were not stored in one part of the brain
but distributed throughout it. Lashley extensively removed or damaged the brains
of rats trying to locate the area in which they stored memories, but no matter
where he experimented, they continued to perform learned tasks. This supports
the idea that memories are holographic in that they are stored throughout the
brain, not just in one location.
Conditions such as synesthesia also support the holographic model.
If someone is able to taste words or attribute personalities to days of
the week, it is likely that inputs to the brain are being interpreted through
a different lens than those of non-synaesthetic individuals. It could be
that the ears or eyes of someone with synesthesia are equipped to read
inputs that most people block out. What would it be like to interpret the
waves around us more fully? We can feel the sun and see the sun, but what
if we were able to taste and hear the sun? It’s not that the waves are not
reaching our tongues and ears, we either don’t have the receptors to interpret
them or they are the wrong length for the receptors we do have.
Michael Talbot’s book, “The Holographic Universe” explains away dozens of
unexplained phenomenon using the holographic theory, and it is in this real
world application that the theory gets controversial [3].
If all memories are contained within all parts of the brain, what is to say
that the image of the whole universe is not contained in each part of the brain???
(www. http://serendip.brynmawr.edu/exchange/node/215)
Developed by neuropsychologist Karl Pribram, and quantum physicist David Bohm,
the holographic theory explains the universe as a series of complex waves, and the
brain as a means of deconstructing those waves into recognizable patterns. Using the
Fourier theorem [1] they realized that the combination of wave frequencies form
interference patterns in the brain and create new holographic patterns. This
is why a certain smell or sound can bring up memories that seem unrelated;
at one point in the past, they may have been perceived at the same time.
A holograph is an image that has the unique property of containing the
entirety of the image in each piece. If I were to cut a tiny piece of
holographic film off from the whole, it would still contain the whole image
but in a blurrier form. A holograph is formed by superimposing two different
light beams. It is a three dimensional projection of an object caught in the light.
It can store an incredible amount of information and holographic technology
is being used to exponentially increase the memory capability of computers.
According to Pribram, interference patterns caused by the clashing Fourier
waves in the universe converge through the lenses of our various senses,
causing a three dimensional representation of our perceptions.
[2] We are, according to Pribram, living in a giant hologram. If our brain has
holographic capabilities, it would not only explain how it can hold so much
information, but also shed light on experiments carried out by Karl Lashley
in which he concluded that memories were not stored in one part of the brain
but distributed throughout it. Lashley extensively removed or damaged the brains
of rats trying to locate the area in which they stored memories, but no matter
where he experimented, they continued to perform learned tasks. This supports
the idea that memories are holographic in that they are stored throughout the
brain, not just in one location.
Conditions such as synesthesia also support the holographic model.
If someone is able to taste words or attribute personalities to days of
the week, it is likely that inputs to the brain are being interpreted through
a different lens than those of non-synaesthetic individuals. It could be
that the ears or eyes of someone with synesthesia are equipped to read
inputs that most people block out. What would it be like to interpret the
waves around us more fully? We can feel the sun and see the sun, but what
if we were able to taste and hear the sun? It’s not that the waves are not
reaching our tongues and ears, we either don’t have the receptors to interpret
them or they are the wrong length for the receptors we do have.
Michael Talbot’s book, “The Holographic Universe” explains away dozens of
unexplained phenomenon using the holographic theory, and it is in this real
world application that the theory gets controversial [3].
If all memories are contained within all parts of the brain, what is to say
that the image of the whole universe is not contained in each part of the brain???
Our Universe within us
Read something astounding.. by Molly Tamulevich (www. http://serendip.brynmawr.edu/exchange/node/215)
Developed by neuropsychologist Karl Pribram, and quantum physicist David Bohm,
the holographic theory explains the universe as a series of complex waves, and the
brain as a means of deconstructing those waves into recognizable patterns. Using the
Fourier theorem [1] they realized that the combination of wave frequencies form
interference patterns in the brain and create new holographic patterns. This
is why a certain smell or sound can bring up memories that seem unrelated;
at one point in the past, they may have been perceived at the same time.
A holograph is an image that has the unique property of containing the
entirety of the image in each piece. If I were to cut a tiny piece of
holographic film off from the whole, it would still contain the whole image
but in a blurrier form. A holograph is formed by superimposing two different
light beams. It is a three dimensional projection of an object caught in the light.
It can store an incredible amount of information and holographic technology
is being used to exponentially increase the memory capability of computers.
According to Pribram, interference patterns caused by the clashing Fourier
waves in the universe converge through the lenses of our various senses,
causing a three dimensional representation of our perceptions.
[2] We are, according to Pribram, living in a giant hologram. If our brain has
holographic capabilities, it would not only explain how it can hold so much
information, but also shed light on experiments carried out by Karl Lashley
in which he concluded that memories were not stored in one part of the brain
but distributed throughout it. Lashley extensively removed or damaged the brains
of rats trying to locate the area in which they stored memories, but no matter
where he experimented, they continued to perform learned tasks. This supports
the idea that memories are holographic in that they are stored throughout the
brain, not just in one location.
Conditions such as synesthesia also support the holographic model.
If someone is able to taste words or attribute personalities to days of
the week, it is likely that inputs to the brain are being interpreted through
a different lens than those of non-synaesthetic individuals. It could be
that the ears or eyes of someone with synesthesia are equipped to read
inputs that most people block out. What would it be like to interpret the
waves around us more fully? We can feel the sun and see the sun, but what
if we were able to taste and hear the sun? It’s not that the waves are not
reaching our tongues and ears, we either don’t have the receptors to interpret
them or they are the wrong length for the receptors we do have.
Michael Talbot’s book, “The Holographic Universe” explains away dozens of
unexplained phenomenon using the holographic theory, and it is in this real
world application that the theory gets controversial [3].
If all memories are contained within all parts of the brain, what is to say
that the image of the whole universe is not contained in each part of the brain???
Developed by neuropsychologist Karl Pribram, and quantum physicist David Bohm,
the holographic theory explains the universe as a series of complex waves, and the
brain as a means of deconstructing those waves into recognizable patterns. Using the
Fourier theorem [1] they realized that the combination of wave frequencies form
interference patterns in the brain and create new holographic patterns. This
is why a certain smell or sound can bring up memories that seem unrelated;
at one point in the past, they may have been perceived at the same time.
A holograph is an image that has the unique property of containing the
entirety of the image in each piece. If I were to cut a tiny piece of
holographic film off from the whole, it would still contain the whole image
but in a blurrier form. A holograph is formed by superimposing two different
light beams. It is a three dimensional projection of an object caught in the light.
It can store an incredible amount of information and holographic technology
is being used to exponentially increase the memory capability of computers.
According to Pribram, interference patterns caused by the clashing Fourier
waves in the universe converge through the lenses of our various senses,
causing a three dimensional representation of our perceptions.
[2] We are, according to Pribram, living in a giant hologram. If our brain has
holographic capabilities, it would not only explain how it can hold so much
information, but also shed light on experiments carried out by Karl Lashley
in which he concluded that memories were not stored in one part of the brain
but distributed throughout it. Lashley extensively removed or damaged the brains
of rats trying to locate the area in which they stored memories, but no matter
where he experimented, they continued to perform learned tasks. This supports
the idea that memories are holographic in that they are stored throughout the
brain, not just in one location.
Conditions such as synesthesia also support the holographic model.
If someone is able to taste words or attribute personalities to days of
the week, it is likely that inputs to the brain are being interpreted through
a different lens than those of non-synaesthetic individuals. It could be
that the ears or eyes of someone with synesthesia are equipped to read
inputs that most people block out. What would it be like to interpret the
waves around us more fully? We can feel the sun and see the sun, but what
if we were able to taste and hear the sun? It’s not that the waves are not
reaching our tongues and ears, we either don’t have the receptors to interpret
them or they are the wrong length for the receptors we do have.
Michael Talbot’s book, “The Holographic Universe” explains away dozens of
unexplained phenomenon using the holographic theory, and it is in this real
world application that the theory gets controversial [3].
If all memories are contained within all parts of the brain, what is to say
that the image of the whole universe is not contained in each part of the brain???
death
“What is death? Moving awareness away from a particular time or place makes that particular
time or place die. Lack of awareness is death. It's like sleeping.
The process of death is not unfamiliar to me. I can be aware of my foot. Now, I can be aware of
my hand. When I am aware of my foot, I am not aware of my hand, I don't know if it was there.
Next moment when I become aware of it, it came ito being. Birth and death, these are continuously
happening every moment. They are painless. I cannot be afraid of birth.”
This is a significant quote by Amritananda.
I am dead most of the time except when Im aware I exist. The physical body seems to be only a
conduit thru which impressions come and responses go using the senses. I need to be feel alive
only then im alive.
I need to experience complete death before the destruction of this physical body. Im aware that
I have access to this body for a limited period of time and I need to use that to experience
existence without the physical body. As a pure awareness. Wonder if pure awareness can
continue to exist without breathing.
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