Recent content by fmpak93

Hello guys, I will be starting my M.S Program in Solid State Electronics and was also curious about looking into quantum computing/superconductors. So can you guys suggest introductory levels books on quantum computing and and superconductors? I have an okay background in Physics (just...

Yes, Semi-Conductor Dev, and EM waves are UG, but solid state electronics and Systems and Signals are strictly graduate level. Thanks :)

I see, so it probably toook minimum 2 years to complete the masters then?

In a year? wouldn't that mean taking 3-4 courses + research every sem?

I recently got into graduate school for electrical engineering to study solid state electronics. I did my bachelors in Physics and will be graduating this May and start grad school in the Fall 2015. Here is my current cours schedule: Fall 2015 - Intro to Solid State Electronics (3 cred.) -...

Never-mind, you were right. I got the answer. THANKS! :)

Oh I see, it shouldn't. The absolute factor only applies to the charge density, the length of the position vector will still vary from top to bottom like always. So then just R = (4-z)?

I would assume the R vector we can find as the difference in points between the source and destination. So our destination point is P(0,0,4), and our source charge point would have to be (0,0,|z|). Thus making our vector R = (4-|z|)az. Is this correct?

1. Portion of z-axis for which |z| < 2 carries a non uniform charge density of 10|z| (nC/m). Using cylindrical coordinates, determine E in free space at P(0,0,4). Explicitly show your integration.Homework Equations E = (1/4πε0) ∫ dQ*aR/(R2)The Attempt at a Solution...