Recent content by Rob Hoff

Hey thanks you guys, and sorry if that sounded like I wanted you guys to do my homework. It really wasn't meant that way. Thanks for the equations. :) And Baluncore, I have as much time as it takes!

How strong of a magnetic field do I need to get a 20kv @ 60ma beam around a 90° turn? / Do I need more information to find out?

Hey thanks Drakkith

If voltage can be viewed as pressure, and pressure can be subbed in for gravity in a Farnsworth Hirsch fusor and gravity can be infinite why can't the pressure do the same as gravity? Sorry I'm posting about gravity in the electrical engineering section.

I can't wrap my head around how the annihilation could pop out almost anything as an output, there has to be a method to the madness. Is there any way to accurately predict what will result?

Is it possible to achieve infinite voltage?

Why would the higgs boson show up if the other output was a photon? Photons don't have mass I thought.

Very interesting. Thanks guys!

What kinds of particles do e- and e+ annihilation make? Where does the higgs boson come into play? And why are the electromagnetic and the weak force so closely related? Thanks peeps

Thanks matterwave!

Why is it that the boson for the electromagnetic force does not have a charge? I apologize if this question is rudimentary, as all of you guys are WAY out of my league. Thanks!

Is there a limit to how much energy a photon can carry? Let's be friends matterwave, my physics teacher would have a harder time answering this. No offense Mr Asmann.

I asked the question with a FALSE knowledge that photons can emit an electron and a neutrino in a magnetic field. Clearly I am having a difficult time understanding my book on QED. Sorry for this rabbit hole of confusion. :)

Is there a resonant frequency of light? I was just wondering because the higher the frequency of light, the higher the energy. Or is there an optimal frequency?

Oh sorry, I screwed that up. It was a photon can turn into a positron and electron when it interacts with a magnetic field. Also, thank you!