Recent content by GlitchedGluon

Once you move up the rating ladder, people don't fall that easily :H Although I had never seen that one :)

What is that supposed to mean exactly?

This might be the right link: https://visit.cern/

It seems a bit odd to have two single author papers by the end of a masters. Usually, if you publish a paper, it is based on the work you have done for your master thesis, with your masters advisor (and collaborators, if any) as authors as well. I don't know about your specific situation, but if...

You may also be interested in checking out Kevin Zhou's webpage: https://knzhou.github.io/ He has coached the US Physics Team for some years. There is a good deal of useful material in there, including advice.

I don't know about getting into Oxford, but for the Physics Olympiad the best strategy is probably to solve a lot of problems from previous years.

If you take the derivative of that, m just "gets out" because it is constant: $$dp =m \, \, d \left(\cfrac{v}{\sqrt{1-(v^2/c^2)}}\right) = m \, \, {dv \over [1-(v^2/c^2)]^{3/2}}$$ That is the change of variables you do in your equation R-13.

But the mass does not dissapear, you have it right there in your expression for K. c is the speed of light, it is a constant.

What is the question exactly?

Well, there is this very successful theory called the Standard Model. It describes interactions between elementary particles, including neutrinos. You might want to check it out. Look specifically for "weak interactions", which are the only kind of interactions neutrinos take part in. The image...

You may also find useful the PDG Review of Particle Physics: https://pdg.lbl.gov/2025/html/computer_read.html In particular Section 14, which is a review on neutrino masses, mixing and oscillations.

Well, I think that is the whole point of Quantum Mechanics. If you could predict quantum phenomena using classical physics, you would not need quantum physics.

The whole Section 3 is dedicated to discuss the lattice results. There are several tables showing the different contributions along with their uncertainties for the individual calculations and the averages. I think the different sources of uncertainties and their impact on the results are very...

What do you mean? I think there is a whole section in the White Paper discussing different procedures to average those results. It seems challenging, because the calculations is split into three different parts (or "windows"), and only BMW and Mainz have computed the all of them. Well, I think...

Hey hey people. I am a new member, and I like physics. Nice to meet you all :)