It helps that the seasons and school holidays are six months out of phase compared to the US and Canada. In essence, you're comparing Australian winter prices with American summer prices.
Anecdotal only, sorry. I'm sure it varies by field, and it's more about letters than longer papers. There are probably fields where Nature is excellent, but I know that there is at least one where the odds of a letter to Nature being accurate a few years later is about 50%.
Some stellar atmosphere models also add "alpha", which provides an extra knob for the abundance of alpha-capture elements. If you need anything more than that, you're doing some niche astrophysics.
Filth often emerges after a set interval relative to nutrition intake.
Both of those would be detected as light coming back, but with different spectra and geometry, so fair enough.
Whatever is not reflected is transmitted. Where else could the energy go?
It helps that the seasons and school holidays are six months out of phase compared to the US and Canada. In essence, you're comparing Australian winter prices with American summer prices.
That's a mouse. Sylvester is chasing it as we speak.
At least you're rich, if you can afford to pay those amounts to your friends!
I can agree with that. And I'm sure it's because letters on the forefront are published quickly without time to consider all the possible problems.
Anecdotal only, sorry. I'm sure it varies by field, and it's more about letters than longer papers. There are probably fields where Nature is excellent, but I know that there is at least one where the odds of a letter to Nature being accurate a few years later is about 50%.
And, for that reason, about half the papers (depending on the field) published in Nature are wrong.
Maybe it's like the GPL: using copyright to ensure it isn't misused?
Assume a spherical chicken...
And be grateful it's not something so much more expensive to fix!
Excellent, physics in service of humanity!
Elements formed by alpha capture. Since alpha particles have 2 protons, it's generally elements with an even number of protons.
Some stellar atmosphere models also add "alpha", which provides an extra knob for the abundance of alpha-capture elements. If you need anything more than that, you're doing some niche astrophysics.
And for pushing through in spite of the active efforts to display your achievements.
Well done, and all the very best for whatever comes next!
We have never detected a single object (in situ) from this theorized population. There is no data.
It's worth pointing out that it's theorized structure. It shows up in a simulation of a solar system population that has never been identified.
They'll die of diabetes together. How romantic!
Party on, Ted! No, wait, that sounds wrong.