Which scalar fields specifically? Where is your theoretical scalar field physically located, what is it's volume, and how "dense" is it to start with? What plateau does inflation have to work with? How did you arbitrarily decide any of this because you certainly didn't get it from experimental lab results?
There are
several scalar fields that behave this way, so there is no need to specify which one. The location is the early universe 10^-36 to 10^-32 seconds or so after the Big Bang. The volume is the volume of the universe at that time -- which is smaller than an atom. If you read what the article stated, the plateau corresponds to potential energy.
Well, it starts off by mentioning EM fields specifically which certainly do NOT act that way.
The article
never mentions EM fields. What it said was: "
The leading example is a hypothesized relative of the magnetic field known as a scalar field, "
You have to learn to read more carefully so you can avoid these strawmen. It's not the EM field itself, but a relative of the magnetic field. But this relative has different properties.
"The inflationary energy must be hugely dense, and its density must remain nearly constant during the inflationary epoch. Its most unusual property of all is that its gravity must repel rather than attract. The repulsion is what causes space to swell so rapidly.What gave Guths idea its appeal was that theorists had already identified many possible sources of such energy."
Do you see that? "many possible sources"
 
 
But prior to inflation you don't have any of that stuff. You don't A) have a ball B) have a hill, or C) have a single atom to your name yet. Other than that it's a great analogy. Where is this scalar field and what are it's physical dimensions and it's starting density? Will the volume of spacetime and density of inflation prior to inflation questions ever actually be addressed?
You have a scalar field that is
like the curve of a ball rolling along a plateau and into a valley. The x-axis is strength of the field, the y-axis is density of the field. At the start of inflation the universe was 1/quadrillionth the volume of an atom and at the end the universe had the size of a dime. That's in the article.
At the moment you appear to be sort of tap dancing around all the actual important details IMO.
So far we haven't gotten to those details. We've been talking in generalities because neither of us is a physicist, so we have been using lay descriptions of inflation. You are mistakenly thinking that if
I don't have the numbers at
my fingertips, then the numbers are not known. You should be able to see the fallacy in that. If you want those specific details, we can
both do some research to find them. We may end up having to go back to the original articles in the physics journals. Now, you imply that
you have read Guth's original paper, so why don't you tell us the details? Why are you holding out?
Here is a SciAm paper by Guth and Steinhardt in 1984 describing inflation to the lay public as it was then:
The Inflationary Universe
12: The Early Universe
That's really not all that impressive of a "prediction" once you read the paper.
So you've read the paper? Then what did Guth state as the density of the early universe?
It's clear he's going with an *assumption* that what he already knows to be true is a NECESSARY THING TO MATCH, and then he proceeds to match it.
Since we have several examples of your failure to read carefully, let's check your claim. Please quote the entire paragraph where you think this is. Thank you.
I'm still waiting for you to address that HOLE in the universe
I did address that. Didn't you read it?
If they can't falsify his homogenous claims, what can?
You have a strawman of "homogenous". It is
not equal matter in every cubic centimeter. It is
overall matter. The "hole" is less than 4% of the diameter of the universe. What you would need would be a gap of, say, 20% of the volume of the universe. The flow is happening
after the initial distribution from inflation. So it has nothing to do with the results of inflation, but something that is skewing matter
after inflation had finished.
The variotions in the CMBR are on the order of 1 part per 1,000 or less.
Have you actually read Guth's original inflation paper for yourself? Which line from his actual paper constitutes an actual "prediction" in your opinion?
Have
you? If so, then it was a bit dishonest to demand the volumes and densities, wasn't it? Papers don't contain all the predictions of a theory.
Since inflation has never happened in human history, this is essentially a "statement of faith" in mainstream dogma.
Oh my goodness. Talk about borrowing from creationist fallacies! An extinction level meteor impact has never happened in human history, either, but do you doubt that one happened at the KT boundary? In fact, a meteor impact of a scale of Meteor Crator in Arizona has never happened in human history. Do we call such implacts "statement of faith"?
Nor has a plasma circuit ever happened in human history. Yet you say that is "empirical". A bit hypocritical, aren't you?
No, the criteria that something must have happened within human history or it is a "statement of faith" is simply a nonsensical criteria.
Yet miraculously, with hundreds of scalar fields that can produce it, it's *NEVER* happened except *ONCE* in over 13 billion years?
Dude, the universe is below the critical density. The universe is already below the energy density in which this could happen. So
of course it hasn't happened since. Are you getting that desperate that you have to resort to this nonsense? Or didn't you read about inflation to understand what it is? Or don't you care about honesty and will use any argument, no matter how dishonest, to support PC?
Come on. The whole claim is a "statement of faith" since you never once demonstrated inflation exist, let alone that decays into anything or does anything that you claim it does.
I never claimed it "decayed into" anything. When the observational consequences of a theory are present, then we evaluate the theory as correct. What's more, inflation is in the past, just like the KT meteor impact is in the past. What we have are the consequences of inflation that exist to the present time.
Yet independently they've done absolutely nothing to create another inflation event for 13.7 billion years?
And just how are we supposed to create a new universe? C'mon, Michael, you are embarrassing yourself. Inflation happened when the universe was a quadrillionth the size of an atom, with all the matter/energy in the universe within that volume. Just how do you think you can "create" that in the lab?