swansont

They aren’t. The premise of your question is false.

! Moderator Note No, they are not. Math can be applied to many subjects, or be done independently of an application. We’re not going down this rabbit hole

invasive-feces banned as a sockpuppet of 13mh13

! Moderator Note No. -1 does not mean -16 , and 1/1e-4 is not equal to -1 ! Moderator Note You have to stop doing this. You asked a math question, so stick to math. If you have a physics question, ask it in physics. You’ve not clarified what you meant in the OP, so go ahead and ask a new question, but this us done, and you have to stop making up your own math, and stop acting like math and physics are interchangeable

Yes, and how does this have an effect on lensing? You can remove that bias. Anisotropy would remain after the correction

! Moderator Note These are excellent suggestions — — — — CuriosOne It’s impossible to properly address a question like “Why does x^2 depend on 2 input values?” when the statement isn’t true. The answer to “Why does x^2 depend on 2 input values?” is that it doesn’t. Try a simpler question, because you obviously have a more fundamental misunderstanding. “What if an input value was 3, does that make x cubed??????“ Makes no sense. Try a simpler question, because you obviously have a more fundamental misunderstanding. “Should x just be a rate of base 10???” Makes no sense. Try a simpler question, because you obviously have a more fundamental misunderstanding. Too much time is being wasted trying to parse the questions, and trying to diagnose the misconceptions, which, apparently, are legion.

No. You detect the photons coming from a particular direction. And notice that it’s the same as any other direction. As MigL said, it was a square horn antenna, which is a directional antenna, so it detects a signal from some (small) solid angle of sky.

! Moderator Note Note: sweetque and molbol2000 are the same person. Both accounts have been banned.

How is that connected to lensing? Lensing requires a source in a particular direction. The isotropy means that there is radiation from all directions. The signal to noise would be tiny.

! Moderator Note Complaints about the rules or actions of another site/organization in this way is an inappropriate topic for discussion here.

DraftScience has been banned. Frankly, sports fans, he used a phrase that's a no-no with umpires.

Because some devices are on, 24 hours a day. Not necessarily individual devices, but in aggregate, something is on, even at night. e.g. refrigerators. Wall clocks. Certain lights. Computers. Demand varies over the course of a day, but it doesn’t drop to zero at night. Continuous is not the same as constant.

! Moderator Note Your idea? Do you have something to post in speculations, that would comply with the rules, or are you asking questions? You can’t do both at once.

! Moderator Note Your topic is length contraction and refraction. In case it hasn’t been made clear: length contraction (a phenomenon from relativity) is not caused by refraction (an optical effect). Which of these two topics do you wish to discuss? (and no, light is not frozen)

I’m not sure lensing would be detected. The radiation is isotropic, and it’s not obvious to me there would be any wavelength changes.

You have wavelength in the denominator When wavelength increases, the fringe spacing must decrease, according to your formula. ! Moderator Note Your proposal is wrong, as demonstrated, you have not complied with the requirements of the speculations section (no derivation, no evidence), and since I have no interest in your inevitable arguments based on not understanding math, I'm closing this. DO NOT open a new thread on the topic. You're fortunate this nonsense was left open this long. ! Moderator Note As I suggested earlier, we don't care what happened elsewhere, and litigating such actions here is decidedly off-topic. Don't do this again.

! Moderator Note I asked that you stay on topic, and you’ve been posting other material. As iNow suggests, it looks like you’re blogging. Please do that somewhere other than the forums This suggests you’re done discussing the topic of the thread.

Any “background” DM would likely not have the same temp as the microwaves, just as background neutrinos have a different temperature. I suspect that DM never decoupled, or did so a tiny fraction of a second after the BB. Unlike photons and neutrinos. https://en.wikipedia.org/wiki/Cosmic_neutrino_background

You still haven’t explained what you mean by “shortest distance between two surfaces” I assume this is the slit separation, or related to it (since d is measured center-to-center) Diagrams help. Being vague does not. I don’t know what two/four source math means. My assertion us clearly true. The equation works. I’ve done the measurement, as have countless others. It would seem you have not. Asserting otherwise is not an argument in good faith. Do you have data and experimental results to share? Better still, it shouldn’t be hard to find a data set from an independent source, like an online lab course. That’s the wave description, which you reject. Path length differences causing interference, with constructive interference where the path length is an integral number of wavelengths. But if the wavelength is shorter, the fringes get closer together, because this path difference is achieved at a smaller angle. The opposite of what you say. Where did I say anything about golf balls? I said wavelength means there is wave behavior. Being ignorant of the physics experiments that have been performed is not a winning strategy. You have presented no evidence of your assertion. You haven’t derived your formula. If you don’t fix this, the thread will be closed. An image from https://physics.stackexchange.com/questions/421688/white-light-instead-of-monochromatic-light-in-interference Red fringes have greater spacing than blue, or green. As the standard equation predicts, and opposite of what you predict. I was thinking the bet could be a cool million US dollars.

! Moderator Note Not to worry. We have every intent to enforce our rules, but it’s also our policy that we don’t apply them for actions that took place elsewhere

A sail exerts a force from an external source (the wind) This works by taking the emanations of the sun and pushing them back onto the sun.

And your point is...?

But there's no guarantee you will be able to develop the product. What if you spend $10 million and your new widget doesn't work? Nobody will pay for it. Who do you think pays for university research? And what class of research do they do? In the US: "The Department of Defense divides development further, giving each category a code: 6.1 is Basic Research, 6.2 is Applied Research, 6.3 is Advanced Technology Development, 6.4 is Advanced Component Development and Prototypes, 6.5 is System Development and Demonstration, 6.6 is RDT&E Management and Support, and 6.7 is Operational Systems Development" https://en.wikipedia.org/wiki/Science_policy_of_the_United_States Universities do mostly 6.1 and 6.2 research. They don't really have the capability of doing much of anything further along the chain. Pharmaceutical companies leverage university research, but doing the development and the drug trials is expensive and well beyond what a university could do. And to use a recent example, a lot of COVID vaccine research relied on government support, incentives and/or guarantees. I don't really have a problem with the government picking winners in fighting against COVID.

A big problem here is when there is a gap between what industry can do, and what the government or country needs them to do. It costs money to develop products. There is risk involved. The government can mitigate this risk by subsidizing (sometimes at 100%) the companies doing the research and development. Companies aren't going to do that work on their own when the risk of failure is large. There's only so much unsuccessful R&D you can do before you go out of business.

It's slightly easier for areas that are not replacing infrastructure because they don't have the limitations in place from legacy systems (similar to areas that installed wifi from the start, not having to replaced wired systems). Distributed generation, for example, is probably easier when you don't have a centralized distribution system already in place. (easier both logistically and politically) That means that the folks who aren't currently part of the problem are less likely to become part of the problem.