There is no cosmic microwave background.
Simply asserting that doesn't make it so. What does Thunderbolts say the telescopes are measuring then in the microwave range of frequencies?
There is no cosmic microwave background.
Simply asserting that doesn't make it so. What does Thunderbolts say the telescopes are measuring then in the microwave range of frequencies?
The foreground.
Dr. Pierre-Marie Robitaille: Sun on Trial | EU2014
Posted on June 3, 2014 by sschirott
For nearly 150 years despite the lack of observational evidence, the Sun has been considered to be a ball of gaseous material. Such a postulate rests on mathematical arguments. Nonetheless, observations, not mathematics, properly determine the phases of matter. In … Continue reading →
He has published extensively on the microwave background, highlighting that this signal arises from water on the Earth and has no relationship to cosmology and has recently published a paper on the Liquid Metallic Hydrogen Solar Model (LMHSM).
Which scientists are we to believe is my question? Whose PHD is to trusted?
Well before diving into this, I have to say first of all that it's ironic for you of all people to give a rat's @ss about whether or not someone has a PhD. If the process of science framed by politics is as flawed as you say it is, then you should trust your own understanding of what you're posting. And second, thanks for actually giving an answer. You're one of the better skeptics that at least isn't afraid to put something out there.
Well, I find it helps to read the source material. You could try that, and do a little bit of research yourself. Might take longer than your cut and pastes though
So the synopsis of the paper is, because astrophysicists don't meet the standards for medical imaging, even though the cosmic microwave background emerges from two independent datasets, it surely then must be a product of something happening on Earth, (no evidence presented for that) and further all cosmological investigations using the satellites are statistically insignificant (also, no hypothesis tested). To call that anything short of an article of faith would be disingenuous.
So what is the relevance of contamination in biological image sampling compared to the contamination in cosmological image sampling? Not addressed. That's like me complaining about failure analysis used by rocket scientists on an engine component because they didn't use the censoring conventions I use with survival curves in an efficacy experiment with lethal end points. Different problems, different methods for handling them. Not all are appropriate for a given application...
And for irony, he objects to the blackbody temperatures because he claims Kirchoff's and Planck's Law (oh double irony beav, he referred to the Planck Constant!) requires that the emitting sample is sufficiently like graphite or soot. It actually does not. That's ironic, because the blackbody radiation given off by the cosmic microwave background, is better than the curve you get if you examine graphite or soot. It's by far the best blackbody curve we can observe. Just google "perfect blackbody spectrum", and doa bit of reading, see what pops up. Spoiler alert, it's the cosmic microwave background.
But kudos for following someone who brings the creation of the universe back to Earth. You're so retro with your geocentric universe. :lol:
Now, why don't you tell me what you think of this paper of his Beav?
I see that the term , "recognized leading world exponent of magnetic imaging" carries little weight with you, I might have to use names like Kellogs or Hienz to impress you.
Well before diving into this, I have to say first of all that it's ironic for you of all people to give a rat's @ss about whether or not someone has a PhD. If the process of science framed by politics is as flawed as you say it is, then you should trust your own understanding of what you're posting. And second, thanks for actually giving an answer. You're one of the better skeptics that at least isn't afraid to put something out there.
But kudos for following someone who brings the creation of the universe back to Earth. You're so retro with your geocentric universe. :lol:
Now, why don't you tell me what you think of this paper of his Beav?
You present an interesting question," then you should trust your own understanding of what you're posting", My cut and paste approach after all this time certainly can't be misunderstood as expertise in any subject, but that does not invalidate the trust I have in my understanding. As you know your own understanding is a sum of all that's come before you so to suggest I isolate and contain my thoughts to a personal box and exclude my superiors is a recipe for error. It is also impossible.
Enough dodging your post, I confess and admit I can't do the math and won't.
There are no experts in here...the irony I'm driving at though is that when you make posts critical about peer review, about vested interests, about the consensus, it's really no different in the end than what you just did. You posted an article that is popular amongst a group of people and trusted that someone knew what they were talking about. I'm certainly no expert, but I'm very good at checking sources.
I think that asking about the relevance of nuclear medicine conventions to satellite imaging of the cosmos is a fair question, and should be answered before attacking data for not using that convention. I think a reviewer of his paper should have asked for that. Maybe he has a very good answer, but he hasn't stated it. That, would make his paper much stronger.
A for effort.
it seems the only difference between the two fields is scale.
Hardly, but it's certainly one of them. Surely you can think of some of your own differences. For instance, a magnetic imager in a hospital is not peering around planets, and stars.
Some more questions upon further reading, how exactly does a microwave curve around and follow a trajectory opposite to the vector it originally was emitted/propagated at from the ocean? That is the only way it could have entered the FIRAS spectrophotomoeter, which is pointed away from Earth. Line of sight...it matters.
Supposing he could give an acceptable answer for that, if the cosmic microwave background is contamination from the ocean, why does the CMB signal of 2.7K show up when measuring from the Lagrange points? If it is moving like he said, and it's random, then two things would be expected. First, the 2.7 K signal would not be so reliably produced every time. Second, measuring from a distance further out would reduce the contamination, and the signal would be smaller still. Except it isn't. Measuring from the Lagrange points yields the same signal. If the radiation from the ocean is moving about as Robitaille says, this two things would not be possible. But it should have been obvious beforehand, energy radiated from an object propagates by line of sight...
My final comment on this, microwaves are used for point to point communication. Microwaves have big advantages over lower energy frequencies like radiowaves, one being the amount of information they can carry. However one downside is that the receiver and transmitter have to be pointing at one another. Tower to tower, tower to satellite, they all have to be aligned precisely, or their utility for communication is destroyed.
Microwaves just don't behave the way Robitaille says they do. Ever seen an x-ray machine pointed away from the tissue it's being used to produce images of? :lol:
HmmmmReview of control system engineering of Earth’s thermostat with anthropogenic CO2 in 1997 proved it will never work because it is an unmeasurable, unobservable and uncontrollable system. CO2 does not affect temperature; temperature affects CO2. There are no greenhouse gases in physics
Review of control system engineering of Earth’s thermostat with anthropogenic CO2 in 1997 proved it will never work because it is an unmeasurable, unobservable and uncontrollable system. CO2 does not affect temperature; temperature affects CO2. There are no greenhouse gases in physics.
Hmmmm
Logically that should be the end of this thread.
Just how far does your denial go though? Do you deny that greenhouse gases are opaque to IR? You've come full circle again. I can give you the test procedure to figure this out at home. So long as you can get a canister of N2, Alka Seltzer tablets, pop bottles, some pressure relief valves, and thermometers, the greenhouse effect can be demonstrated experimentally without needing fancy laboratory equipment. As a bonus the experiment uses the sun, so no foolish denier can tell you that you ignored the sun when you demonstrate the greenhouse effect to be true.
But it's already been done in labs. As early as 1859.
Oh, and the video clip was a lecture given by Richard Alley
Richard Alley: "The Biggest Control Knob: Carbon Dioxide in Earth's Climate History" - YouTube
Only in your alternative reality, which we've already established.