Reporting on non-mainstream ideas in science is often skewed on either side, presenting them as either rare/revolutionary or totally suppressed.
In practice, there are a ton of people working on ideas their colleagues look at & say "eh, a bit niche" that might/might not pan out.
We don't invest en masse in the fringe ideas unless they pass enough rigorous tests to become the new consensus, but no one is saying "you can't publish on that." The vast majority of papers on ALL topics are ignored; the more extraordinary the claim, the more evidence it needs.
Not sure why I’m going on about this so much lately. I just think it’s important for people to know that in between all the big flashy results there are a bunch of us just chugging along trying all different things (and getting excited or not) and that’s good and normal science.
In physics theory, at least, if you want to publish at all, you're either proposing new ideas, pushing the edges of our consensus models, or presenting novel support for an established idea. We literally can't write papers just saying "the consensus is correct!" without analysis.
In my experience the place where science-community pushback against "mavericks" tends to occur is where people with not-(yet?)-accepted ideas reach out to the media to claim that the reason their ideas aren't accepted (yet!) is that the rest of us are too stubborn/closed-minded.
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Love it when people come into my mentions to tell me their personal criticisms of modern cosmology theory like I’m soliciting product reviews and will relay their complaints to the physics manager.
I’m sorry you find the current cosmological consensus around dark energy to be aesthetically unpleasing but telling me that is not going to upend the paradigm and replace it with one you like better.
I promise we have good reasons for favoring the theories we do, and I do try to explain those reasons from time to time! The reasons are not “we are too lazy to come up with something else” or even “we accept the first idea we find and stick with it despite its obvious problems.”
Vaccines are combat training for your immune system. They show it what to expect from a virus/bacteria so your cells can build a better defense when the actual pathogen arrives.
Usually, a vaccine gives your immune system dead or weakened pathogens so it can mount a specialized defense. Say an invading army is coming and you capture some soldiers and their weapons. You'll be in a much better position to repel the invasion than if caught by surprise!
mRNA vaccines, like Moderna & Pfizer/BioNTech's, work differently. They give your cells the blueprints for a piece of the virus, so your cells can build that piece (which, on its own, can't hurt you), study it, & be ready to attack it & the virus it's attached to when it shows up
The #Starship prototype did not launch but it ALSO did not explode so I think this is a "successful failure" situation and the data will be helpful to the engineers as they set up for the next try. #SN8
I keep thinking about how the public and government response to COVID might be different if (sensible) patient privacy rules and safety concerns didn't prevent TV crews from constantly broadcasting close-up dispatches from inside the ICU front lines.
Comparing US fatalities from COVID-19 with those from wars makes it clear it's not because the pandemic is less deadly that so little is being done on a national level. I think it's partly because we mostly don't actually see it happen.
Note: I'm NOT saying we SHOULD put TV cameras in patient rooms. I don't think that's a good or simple solution. I'm just thinking about the implications of this all being behind closed doors.