| Topic: |
Science > Physics |
| User: |
"Robert Karl Stonjek" |
| Date: |
20 Sep 2006 05:37:39 AM |
| Object: |
Where is the Big Bang now? |
Since the rather damming evidence that there is no shadow from the CMBR,
indicating that it could not have originated from great distances as
required by the Big Bang theory (See 'Big Bang's Afterglow Fails
Intergalactic 'Shadow' Test' posted by me on the 6th of September), Big Bang
advocates have been thunderously quiet. Why hasn't anyone attempted to
question the findings or defend the Big Bang Theory in light of the loss of
CMBR as supporting evidence?
--
Kind Regards
Robert Karl Stonjek
.
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| User: "Greg Neill" |
|
| Title: Re: Where is the Big Bang now? |
20 Sep 2006 06:17:04 AM |
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"Robert Karl Stonjek" <stonjek@ozemail.com.au> wrote in message
news:TR8Qg.32690$rP1.29749@news-server.bigpond.net.au...
Since the rather damming evidence that there is no shadow from the CMBR,
indicating that it could not have originated from great distances as
required by the Big Bang theory (See 'Big Bang's Afterglow Fails
Intergalactic 'Shadow' Test' posted by me on the 6th of September), Big
Bang
advocates have been thunderously quiet. Why hasn't anyone attempted to
question the findings or defend the Big Bang Theory in light of the loss
of
CMBR as supporting evidence?
You're jumping to unwarranted conclusions. The authors
of the paper said that they saw a shadow effect, only
at about 1/4 of that predicted. There's plenty of
room to maneuver and find out why this might be.
.
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| User: "Robert Karl Stonjek" |
|
| Title: Re: Where is the Big Bang now? |
20 Sep 2006 07:51:52 AM |
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This is a multi-part message in MIME format.
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Since the rather damming evidence that there is no shadow from the =
CMBR,
indicating that it could not have originated from great distances as
required by the Big Bang theory (See 'Big Bang's Afterglow Fails
Intergalactic 'Shadow' Test' posted by me on the 6th of September), =
Big
Bang
advocates have been thunderously quiet. Why hasn't anyone attempted =
to
question the findings or defend the Big Bang Theory in light of the =
loss
of
CMBR as supporting evidence?
You're jumping to unwarranted conclusions. The authors
of the paper said that they saw a shadow effect, only
at about 1/4 of that predicted. There's plenty of
room to maneuver and find out why this might be.
RKS:
In other words, these galaxies are transparent to 75% of the CMBR.
But then some galaxies aren't transparent.
The is approach "
Foreground Subtraction of Cosmic Microwave Background Maps Using WI-FIT
(Wavelet-Based High-Resolution Fitting of Internal Templates) "
may go some way to explaining some data
(http://www.journals.uchicago.edu/ApJ/journal/issues/ApJ/v648n2/64860/bri=
ef/64860.abstract.html)
But why so much silence? Not willing to consider a Big Bang free =
Universe?
--=20
Kind Regards
Robert Karl Stonjek
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<BODY>> > Since the rather damming evidence that there is no =
shadow from=20
the CMBR,<BR>> > indicating that it could not have originated from =
great=20
distances as<BR>> > required by the Big Bang theory (See 'Big =
Bang's=20
Afterglow Fails<BR>> > Intergalactic 'Shadow' Test' posted by me =
on the=20
6th of September), Big<BR>> Bang<BR>> > advocates have been=20
thunderously quiet. Why hasn't anyone attempted to<BR>> > =
question=20
the findings or defend the Big Bang Theory in light of the loss<BR>>=20
of<BR>> > CMBR as supporting evidence?<BR>><BR>> You're =
jumping to=20
unwarranted conclusions. The authors<BR>> of the paper said =
that they=20
saw a shadow effect, only<BR>> at about 1/4 of that predicted. =
There's=20
plenty of<BR>> room to maneuver and find out why this might=20
be.<BR>><BR><BR>RKS:<BR>In other words, these galaxies are =
transparent to 75%=20
of the CMBR.<BR><BR>But then some galaxies aren't =
transparent.<BR><BR>The is=20
approach "<BR>Foreground Subtraction of Cosmic Microwave Background Maps =
Using=20
WI-FIT<BR>(Wavelet-Based High-Resolution Fitting of Internal Templates)=20
"<BR><BR>may go some way to explaining some data<BR>(<A=20
href=3D"http://www.journals.uchicago.edu/ApJ/journal/issues/ApJ/v648n2/64=
860/brief/64860.abstract.html">http://www.journals.uchicago.edu/ApJ/journ=
al/issues/ApJ/v648n2/64860/brief/64860.abstract.html</A>)<BR><BR>But=20
why so much silence? Not willing to consider a Big Bang free=20
Universe?<BR><BR><BR>-- <BR>Kind Regards<BR>Robert Karl=20
Stonjek<BR><BR></BODY></HTML>
------=_NextPart_000_003C_01C6DD06.403A6970--
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| User: "G=EMC^2 Glazier" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 08:41:52 AM |
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Robert Big bang all around us.and all there is Best to keep in mind all
of space is 3 degrees above absolute zero,and that heat is left over
from the big bang. That is proof of the big bang. Bert
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| User: "Robert Karl Stonjek" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 09:48:39 AM |
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"G=EMC^2 Glazier" <herbertglazier@webtv.net> wrote in message
news:10487-45114520-17@storefull-3334.bay.webtv.net...
Robert Big bang all around us.and all there is Best to keep in mind all
of space is 3 degrees above absolute zero,and that heat is left over
from the big bang. That is proof of the big bang. Bert
Bert,
the shadow effect of the CMBR is only 25% of what is predicted by the BBT,
which is the point of this thread - you are using the CMBR as proof of the
BBT when I am pointing out that there is a shadow over the source of the
CMBR, as outlined in an article I posted a couple of weeks ago ie (See 'Big
Bang's Afterglow Fails Intergalactic 'Shadow' Test' posted by me on the 6th
of September)
The 25% that is absorbed may well the 25% that actually does come from
beyond the observed galaxy with 75% sourced more locally.
--
Kind Regards
Robert Karl Stonjek
.
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| User: "Sam Wormley" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 08:52:29 AM |
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Robert Karl Stonjek wrote:
Since the rather damming evidence that there is no shadow from the CMBR,
indicating that it could not have originated from great distances as
required by the Big Bang theory (See 'Big Bang's Afterglow Fails
Intergalactic 'Shadow' Test' posted by me on the 6th of September), Big Bang
advocates have been thunderously quiet. Why hasn't anyone attempted to
question the findings or defend the Big Bang Theory in light of the loss of
CMBR as supporting evidence?
The shadow effect *has* been observed!
The big bang happened everywhere equally!
No Center
http://www.astro.ucla.edu/~wright/nocenter.html
Also see Ned Wright's Cosmology Tutorial
http://www.astro.ucla.edu/~wright/cosmolog.htm
http://www.astro.ucla.edu/~wright/cosmology_faq.html
WMAP: Foundations of the Big Bang theory
http://map.gsfc.nasa.gov/m_uni.html
WMAP: Tests of Big Bang Cosmology
http://map.gsfc.nasa.gov/m_uni/uni_101bbtest.html
.
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| User: "Robert Karl Stonjek" |
|
| Title: Re: Where is the Big Bang now? |
20 Sep 2006 09:51:45 AM |
|
|
"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:xIbQg.197120$1i1.120982@attbi_s72...
Robert Karl Stonjek wrote:
Since the rather damming evidence that there is no shadow from the CMBR,
indicating that it could not have originated from great distances as
required by the Big Bang theory (See 'Big Bang's Afterglow Fails
Intergalactic 'Shadow' Test' posted by me on the 6th of September), Big
Bang
advocates have been thunderously quiet. Why hasn't anyone attempted to
question the findings or defend the Big Bang Theory in light of the loss
of
CMBR as supporting evidence?
The shadow effect *has* been observed!
Those initial observations did not use data from the Wilkinson Microwave
Anisotropy Probe (WMAP). From the article I posted,
"Other groups have previously reported seeing this type of shadows in the
microwave background. Those studies, however, did not use data from WMAP,
which was designed and built specifically to study the cosmic microwave
background."
Like many Big bangers, you failed to read the contrary evidence.
--
Kind Regards
Robert Karl Stonjek
.
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| User: "G=EMC^2 Glazier" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 01:30:55 PM |
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Robert Not just I but most believe the big bang is a great theory. It
answers hard questions like a good theory should. I can go along it
being replaced by a better theory until then I'm a "Big Banger" Bert
.
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| User: "Robert Karl Stonjek" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 06:09:18 PM |
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"G=EMC^2 Glazier" <herbertglazier@webtv.net> wrote in message
news:4220-451188DF-52@storefull-3333.bay.webtv.net...
Robert Not just I but most believe the big bang is a great theory. It
answers hard questions like a good theory should. I can go along it
being replaced by a better theory until then I'm a "Big Banger" Bert
Fair enough. But I think that only those parts of the theory that work
predictively should be retained. The leap of faith to a model of 'expanding
from a point' does not follow the observation that the universe can be
modelled as if it is expanding - the extrapolation into the past is an
anthropomorphic visualisation ie it seems logical to human sensibilities.
But scientists hate loose ends, though one would have thought that quantum
mechanics would have taught us all to live with them - no little spheres
orbiting other little spheres as our anthropomorphising world view
instinctively clings to. We managed to let go of that pretty little
picture, but still cling to the 'sensible' but unprovable aspects of the Big
Bang model.
--
Kind Regards
Robert Karl Stonjek
.
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| User: "G=EMC^2 Glazier" |
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| Title: Re: Where is the Big Bang now? |
21 Sep 2006 09:37:02 AM |
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Robert Going back so far in time and space,and asking for complete
information is not possible. Not one theory is complete. All
measurements of the universe are "approximation" My theory has our
universe created out of a black hole(its a mini-universe) about 22
billion years ago. Just read a post by Double-A(alt astronomy) that they
found a galaxy 12.88 billion LY away. Bert
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| User: "Sam Wormley" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 10:27:11 AM |
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Robert Karl Stonjek wrote:
"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:xIbQg.197120$1i1.120982@attbi_s72...
Robert Karl Stonjek wrote:
Since the rather damming evidence that there is no shadow from the CMBR,
indicating that it could not have originated from great distances as
required by the Big Bang theory (See 'Big Bang's Afterglow Fails
Intergalactic 'Shadow' Test' posted by me on the 6th of September), Big
Bang
advocates have been thunderously quiet. Why hasn't anyone attempted to
question the findings or defend the Big Bang Theory in light of the loss
of
CMBR as supporting evidence?
The shadow effect *has* been observed!
Those initial observations did not use data from the Wilkinson Microwave
Anisotropy Probe (WMAP). From the article I posted,
"Other groups have previously reported seeing this type of shadows in the
microwave background. Those studies, however, did not use data from WMAP,
which was designed and built specifically to study the cosmic microwave
background."
Like many Big bangers, you failed to read the contrary evidence.
You fail to grasp the idea that with copious data supporting the big bang
and some discrepancies here and there, that a more likely scenario is
an error in the measurement process or the understanding there of.
Your argument fails to nullify the BB... Furthermore, discrepancies are
what science is all about--understanding the discrepancies often furthers
our understanding of nature and, in the process, refines our models.
.
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| User: "Robert Karl Stonjek" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 11:53:04 AM |
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"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:j5dQg.197236$1i1.174641@attbi_s72...
Robert Karl Stonjek wrote:
"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:xIbQg.197120$1i1.120982@attbi_s72...
Robert Karl Stonjek wrote:
Since the rather damming evidence that there is no shadow from the
CMBR,
indicating that it could not have originated from great distances as
required by the Big Bang theory (See 'Big Bang's Afterglow Fails
Intergalactic 'Shadow' Test' posted by me on the 6th of September),
Big
Bang
advocates have been thunderously quiet. Why hasn't anyone attempted
to
question the findings or defend the Big Bang Theory in light of the
loss
of
CMBR as supporting evidence?
The shadow effect *has* been observed!
Those initial observations did not use data from the Wilkinson Microwave
Anisotropy Probe (WMAP). From the article I posted,
"Other groups have previously reported seeing this type of shadows in
the
microwave background. Those studies, however, did not use data from
WMAP,
which was designed and built specifically to study the cosmic microwave
background."
Like many Big bangers, you failed to read the contrary evidence.
You fail to grasp the idea that with copious data supporting the big
bang
and some discrepancies here and there, that a more likely scenario is
an error in the measurement process or the understanding there of.
Your argument fails to nullify the BB... Furthermore, discrepancies are
what science is all about--understanding the discrepancies often
furthers
our understanding of nature and, in the process, refines our models.
There is no uncontroversial evidence for the big bang theory. In fact the
BBT are many with each one last a few years before failing in the face of
contrary evidence to one or more of its major predictions. The current BBT,
Lambda-CDM is just a few years old.
Recent contrary evidence includes the discovery of that the furthest galaxy
clusters yet seen by Hubble's deep field are actually old clusters and not
young ones as the BBT predicts (the probably of there being an old cluster
at that distance is very low but not zero, but two clusters?); the discovery
that at least some galactic clusters are older than the universe (theories
of how 'accelerated aging' could occur have been proposed) and now the
foundation stone, the origin of the CMBR, is in question.
Just what uncontroversial evidence is there?
I would point out that what science is all about is the battle of competing
theories where clear evidence one way or the other is unavailable. Contrary
evidence for one theory generally accumulates in the other. In the case
of the BBT their is copious data available for a contrary theory of the
evolution of the universe, but there are no competent cosmologists in modern
science to form one. Thus there is the illusion of copious data for the
prevailing theory only because contrary data and observation is not
highlighted by a competing theory - contrary evidence can, by and large, be
ignored until someone can come up with a way to incorporate the contrary
evidence into the prevailing model.
This is how the Christian world view worked for centuries - contrary
evidence, such as dinosaur bones, was ignored in lou of an explanation that
incorporated the data/observation into the prevailing model.
--
Kind Regards
Robert Karl Stonjek
.
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| User: "Sam Wormley" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 02:22:12 PM |
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Robert Karl Stonjek wrote:
"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:j5dQg.197236$1i1.174641@attbi_s72...
Robert Karl Stonjek wrote:
"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:xIbQg.197120$1i1.120982@attbi_s72...
Robert Karl Stonjek wrote:
Since the rather damming evidence that there is no shadow from the
CMBR,
indicating that it could not have originated from great distances as
required by the Big Bang theory (See 'Big Bang's Afterglow Fails
Intergalactic 'Shadow' Test' posted by me on the 6th of September),
Big
Bang
advocates have been thunderously quiet. Why hasn't anyone attempted
to
question the findings or defend the Big Bang Theory in light of the
loss
of
CMBR as supporting evidence?
The shadow effect *has* been observed!
Those initial observations did not use data from the Wilkinson Microwave
Anisotropy Probe (WMAP). From the article I posted,
"Other groups have previously reported seeing this type of shadows in
the
microwave background. Those studies, however, did not use data from
WMAP,
which was designed and built specifically to study the cosmic microwave
background."
Like many Big bangers, you failed to read the contrary evidence.
You fail to grasp the idea that with copious data supporting the big
bang
and some discrepancies here and there, that a more likely scenario is
an error in the measurement process or the understanding there of.
Your argument fails to nullify the BB... Furthermore, discrepancies are
what science is all about--understanding the discrepancies often
furthers
our understanding of nature and, in the process, refines our models.
There is no uncontroversial evidence for the big bang theory. In fact the
BBT are many with each one last a few years before failing in the face of
contrary evidence to one or more of its major predictions. The current BBT,
Lambda-CDM is just a few years old.
Recent contrary evidence includes the discovery of that the furthest galaxy
clusters yet seen by Hubble's deep field are actually old clusters and not
young ones as the BBT predicts (the probably of there being an old cluster
at that distance is very low but not zero, but two clusters?); the discovery
that at least some galactic clusters are older than the universe (theories
of how 'accelerated aging' could occur have been proposed) and now the
foundation stone, the origin of the CMBR, is in question.
Just what uncontroversial evidence is there?
I would point out that what science is all about is the battle of competing
theories where clear evidence one way or the other is unavailable. Contrary
evidence for one theory generally accumulates in the other. In the case
of the BBT their is copious data available for a contrary theory of the
evolution of the universe, but there are no competent cosmologists in modern
science to form one. Thus there is the illusion of copious data for the
prevailing theory only because contrary data and observation is not
highlighted by a competing theory - contrary evidence can, by and large, be
ignored until someone can come up with a way to incorporate the contrary
evidence into the prevailing model.
This is how the Christian world view worked for centuries - contrary
evidence, such as dinosaur bones, was ignored in lou of an explanation that
incorporated the data/observation into the prevailing model.
Religions do not require empirical evidence... science does!
.
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| User: "Robert Karl Stonjek" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 06:02:37 PM |
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Religions do not require empirical evidence... science does!
Precisely. That was the paradigm shift. But what if empirical evidence
that runs contrary to a theory or model can be worked around by introducing
dark matter, dark energy, empty space that can expand for no reason, sudden
inflation events that can never be tested empirically etc etc etc?
Doesn't this make a mockery of empirical science? What is the basis for
keeping a model in the face of contrary evidence if not faith?
.
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| User: "Sam Wormley" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 06:21:31 PM |
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Robert Karl Stonjek wrote:
Religions do not require empirical evidence... science does!
Precisely. That was the paradigm shift. But what if empirical evidence
that runs contrary to a theory or model can be worked around by introducing
dark matter, dark energy, empty space that can expand for no reason, sudden
inflation events that can never be tested empirically etc etc etc?
Doesn't this make a mockery of empirical science? What is the basis for
keeping a model in the face of contrary evidence if not faith?
Discrepancies are what science is all about--understanding the discrepancies
often furthers our understanding of nature and, in the process, refines our
models.
.
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| User: "Robert Karl Stonjek" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 10:15:11 PM |
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"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:%1kQg.197793$1i1.12055@attbi_s72...
Robert Karl Stonjek wrote:
Religions do not require empirical evidence... science does!
Precisely. That was the paradigm shift. But what if empirical evidence
that runs contrary to a theory or model can be worked around by
introducing
dark matter, dark energy, empty space that can expand for no reason,
sudden
inflation events that can never be tested empirically etc etc etc?
Doesn't this make a mockery of empirical science? What is the basis for
keeping a model in the face of contrary evidence if not faith?
Discrepancies are what science is all about--understanding the
discrepancies
often furthers our understanding of nature and, in the process, refines
our
models.
With the degree of understanding present in the BBT community, a Flat, Earth
centred universe would still be alive and well today.
.
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| User: "Sam Wormley" |
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| Title: Re: Where is the Big Bang now? |
20 Sep 2006 10:53:42 PM |
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Robert Karl Stonjek wrote:
"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:%1kQg.197793$1i1.12055@attbi_s72...
Robert Karl Stonjek wrote:
Religions do not require empirical evidence... science does!
Precisely. That was the paradigm shift. But what if empirical evidence
that runs contrary to a theory or model can be worked around by
introducing
dark matter, dark energy, empty space that can expand for no reason,
sudden
inflation events that can never be tested empirically etc etc etc?
Doesn't this make a mockery of empirical science? What is the basis for
keeping a model in the face of contrary evidence if not faith?
Discrepancies are what science is all about--understanding the
discrepancies
often furthers our understanding of nature and, in the process, refines
our
models.
With the degree of understanding present in the BBT community, a Flat, Earth
centred universe would still be alive and well today.
What's your alternative theory?
.
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| User: "Robert Karl Stonjek" |
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| Title: Re: Where is the Big Bang now? |
21 Sep 2006 08:30:36 AM |
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This is a multi-part message in MIME format.
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charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable
"Sam Wormley" <swormley1@mchsi.com> wrote in message =
news:a1oQg.979427$084.247086@attbi_s22...
Robert Karl Stonjek wrote:
"Sam Wormley" <swormley1@mchsi.com> wrote in message
news:%1kQg.197793$1i1.12055@attbi_s72...
Robert Karl Stonjek wrote:
Religions do not require empirical evidence... science does!
Precisely. That was the paradigm shift. But what if empirical =
evidence
that runs contrary to a theory or model can be worked around by
introducing
dark matter, dark energy, empty space that can expand for no =
reason,
sudden
inflation events that can never be tested empirically etc etc etc?
Doesn't this make a mockery of empirical science? What is the =
basis for
keeping a model in the face of contrary evidence if not faith?
Discrepancies are what science is all about--understanding the
discrepancies
often furthers our understanding of nature and, in the process, =
refines
our
models.
=20
With the degree of understanding present in the BBT community, a =
Flat, Earth
centred universe would still be alive and well today.
=20
=20
=20
What's your alternative theory?
There are several aspects of early quantum theory that were rejected =
without a directly correlating model, such as the debate over whether =
light is a wave or a particle ie "what is light". The early Rutherford =
model of the planetary atom was not replaced by an alternative model for =
the motion of an electron around a nucleus (the 'electron cloud' does =
not tell you the path that an electron takes nor explain how an electron =
moves, if not like planet around a sun) and so on.
The paradigm shift required in cosmology will, eventually, follow this =
line ie that the evolution of the universe can not be explained in three =
or four dimensional models showing space expanding and carrying matter =
with it. Consider this paradox: for a particle travelling at an =
infinitely small fraction slower than the speed of light (there is an =
inertial frame for such a theoretical particle but not for a photon), =
then in the frame of that particle, the distance between its point of =
emission and absorption is an infinitely short distance and only an =
infinitely short interval passes. This is regardless of the distance =
between the point of emission and absorption.
Thus such a theoretical particle could travel from, say, the BB+1 =
million years to your eye in an infinitely short interval having =
travelled, in the frame of the particle, an infinitely short distance. =
For a photon it is a zero interval and a zero distance - the two points =
are adjacent.
Thus the past we observe at a great distance is not the same as the past =
that occurs at the same spatial coordinate eg the point at which I sit =
today and the point at which I sat yesterday (have the same spatial =
coordinate, locally), as the separated points at a distance still have a =
form of contact and so, in at least one frame, are not entirely =
separate. There is no way a photon can be emitted from the point I sat =
at yesterday and the point I sit at today (both having the same spatial =
coordinates) such that in the frame of a near light speed particle the =
two points are near contact and near temporal parity, or for a photon, =
the two points being adjacent, spatially and temporally.
If a big bang occurred, then there is some inertial frame in which the =
event is near adjacent to, say, Earth, both spatially and temporally ie, =
the big bang could not have happened in the universe's past as there is =
no past for the entire universe - there is no background clock to which =
the entire universe ticks - the whole idea is simply the human's attempt =
to make sense of phenomena entirely alien to a brain that evolved =
exclusively to function with phenomena commonly found terrestrially, not =
celestially.
--=20
Kind Regards
Robert Karl Stonjek
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<DIV> </DIV>
<DIV>"Sam Wormley" <<A=20
href=3D"mailto:swormley1@mchsi.com">swormley1@mchsi.com</A>> wrote in =
message=20
<A=20
href=3D"news:a1oQg.979427$084.247086@attbi_s22">news:a1oQg.979427$084.247=
086@attbi_s22</A>...</DIV>
<DIV>> Robert Karl Stonjek wrote:<BR>> > "Sam Wormley" <<A=20
href=3D"mailto:swormley1@mchsi.com">swormley1@mchsi.com</A>> wrote in =
message<BR>> > <A=20
href=3D"news:%1kQg.197793$1i1.12055@attbi_s72">news:%1kQg.197793$1i1.1205=
5@attbi_s72</A>...<BR>>=20
>> Robert Karl Stonjek wrote:<BR>> =
>>>> =20
Religions do not require empirical evidence... science does!<BR>>=20
>>>><BR>> >>> Precisely. That was the =
paradigm=20
shift. But what if empirical evidence<BR>> >>> that =
runs=20
contrary to a theory or model can be worked around by<BR>> >=20
introducing<BR>> >>> dark matter, dark energy, empty space =
that can=20
expand for no reason,<BR>> > sudden<BR>> >>> inflation =
events=20
that can never be tested empirically etc etc etc?<BR>> =
>>><BR>>=20
>>> Doesn't this make a mockery of empirical science? =
What is the=20
basis for<BR>> >>> keeping a model in the face of contrary =
evidence=20
if not faith?<BR>> >>><BR>> >>><BR>>=20
>> Discrepancies are what science is all=20
about--understanding the<BR>> > discrepancies<BR>>=20
>> often furthers our understanding of nature =
and, in=20
the process, refines<BR>> > our<BR>> >> =
models.<BR>> > <BR>> > With the degree of understanding =
present in=20
the BBT community, a Flat, Earth<BR>> > centred universe would =
still be=20
alive and well today.<BR>> > <BR>> > <BR>> <BR>> =
=20
What's your alternative theory?</DIV>
<DIV> </DIV>
<DIV>There are several aspects of early quantum theory that were =
rejected=20
without a directly correlating model, such as the debate over whether =
light is a=20
wave or a particle ie "what is light". The early Rutherford model =
of the=20
planetary atom was not replaced by an alternative model for the motion =
of an=20
electron around a nucleus (the 'electron cloud' does not tell you the =
path that=20
an electron takes nor explain how an electron moves, if not like planet =
around a=20
sun) and so on.</DIV>
<DIV> </DIV>
<DIV>The paradigm shift required in cosmology will, eventually, follow =
this line=20
ie that the evolution of the universe can not be explained in three or =
four=20
dimensional models showing space expanding and carrying matter with =
it. =20
Consider this paradox: for a particle travelling at an infinitely small =
fraction=20
slower than the speed of light (there is an inertial frame for such a=20
theoretical particle but not for a photon), then in the frame of =
that=20
particle, the distance between its point of emission and absorption is =
an=20
infinitely short distance and only an infinitely short interval=20
passes. This is regardless of the distance between the point =
of=20
emission and absorption.</DIV>
<DIV> </DIV>
<DIV>Thus such a theoretical particle could travel from, say, the =
BB+1=20
million years to your eye in an infinitely short interval having =
travelled, in=20
the frame of the particle, an infinitely short distance. For a =
photon it=20
is a zero interval and a zero distance - the two points are =
adjacent.</DIV>
<DIV> </DIV>
<DIV>Thus the past we observe at a great distance is not the same as the =
past=20
that occurs at the same spatial coordinate eg the point at which I sit =
today and=20
the point at which I sat yesterday (have the same spatial coordinate, =
locally),=20
as the separated points at a distance still have a form of contact and =
so, in at=20
least one frame, are not entirely separate. There is no way a =
photon can=20
be emitted from the point I sat at yesterday and the point I sit at =
today (both=20
having the same spatial coordinates) such that in the frame of a near =
light=20
speed particle the two points are near contact and near temporal parity, =
or for=20
a photon, the two points being adjacent, spatially and =
temporally.</DIV>
<DIV> </DIV>
<DIV>If a big bang occurred, then there is some inertial frame in which =
the=20
event is near adjacent to, say, Earth, both spatially and temporally ie, =
the big=20
bang could not have happened in the universe's past as there is no past =
for the=20
entire universe - there is no background clock to which the entire =
universe=20
ticks - the whole idea is simply the human's attempt to make sense of =
phenomena=20
entirely alien to a brain that evolved exclusively to function with =
phenomena=20
commonly found terrestrially, not celestially.</DIV>
<DIV> </DIV>
<DIV><BR>-- <BR>Kind Regards<BR>Robert Karl Stonjek</DIV></BODY></HTML>
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