Recent content by SonOfOle

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    Triplet vs. Singlet diatomic molecules: Why the energy difference?

    I've been doing some research on singlet-triplet molecular states, and one things I can't perfectly settle is a rigorous demonstration of why the triplet state is a higher energy than the singlet. One way I can qualitatively understand why the singlet state has lower energy is this: If the...
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    Atomic, Molecular, and Optical Physics Grad Programs

    Bose-Einstein condensation and the study of ultracold gases and molecules are one of the hottest AMO fields right now (and happens to be what I'm pursuing). JILA/University of Colorado-Boulder is big in AMO. At Purdue, we're just getting an ultracold atoms and molecules collaboration...
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    What's your Graduate Student Lounge like?

    Hey all, I'm in the process of pushing for a good graduate student lounge (in a physics department) at my university. I'm curious, what is your graduate student lounge like? Does one exist? Is it awful, mediocre, or pretty cool? What's in it? If you wouldn't mind including what...
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    Is Age Just a Number in Pursuing a Career in Astronomy?

    Older Guy, there's someone (~50?) here at Purdue University who is part-way through doing what you've contemplating. He had a career in international business for many years, and now is coming back to school because he always loved physics, but in his home country growing up it didn't make for a...
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    You know you're in your first year grad school when

    Ah, but you forget the fundamental rule of graduate students. Don't pay for what you can get for free. My parents own and run a coffee roasting business.
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    Schools Which US universities offer top AMO programs for graduate studies?

    Hulet's group at Rice (http://atomcool.rice.edu/) looks pretty good. My two cents: don't think "what school do I want to research at", think "what professor do I want to get my PhD with". If there's a school with 2-4 profs that look like you'd want to work with them, apply there.
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    You know you're in your first year grad school when

    These are a part of your daily life. (couldn't find the best forum to post this in, but wanted to share it)
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    Which is Better When Feeling Tired: Coffee or a Nap?

    It depends on the work I need to do. If I just need to write an essay, do some grading, etc... I'll do the coffee. If I need to be able to think about how to solve a Jackson problem, I'll take a 10 minute nap.
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    Programs Not sure if a physics major is right for me. Need insight into lifestyle

    STS816, I had a similar dilemma between physics and engineering during my undergrad, and was often tempted to switch from physics to engineering. I was, and still am, really into both the amazing science that you study in physics and the fascinating applications you build in engineering. In...
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    Angular momentum of a charged insulator ring in a decreasing magnetic field

    Homework Statement Consider a thin ring of mass m that has a radius a and negligible width. The ring lies in a horizontal plan. The ring is an insulator and carries a fixed charge q that is uniformly distributed around its circumference. The ring is located in a magnetic field of strength B_0...
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    Method of Images: Infinite, charged wire above a grounded plate

    aha! Thanks astrosona. That's something I've forgotten about.
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    Method of Images: Infinite, charged wire above a grounded plate

    Homework Statement Given an infinitely long wire, with charge density \lambda, parallel to and a distance d above an infinite, grounded, conducting sheet, what is the potential, V(x,y,z) above the sheet? What is the induced charge on the sheet? Homework Equations The Attempt at a...
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    [PhD Qualifier] Spin eigenfunctions

    I've got the same question, and I'm still stuck after reading your reply Mute. Could you by chance elaborate more (or, if you've got it confuted, could you post what you know)? Thanks,
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    Pressure in a rotating cylinder

    Homework Statement A space station consists of a large cylinder of radius R_0 filled with air. The cylinder spins about its symmetry axis at an angular velocity of \Omega providing a centripetal acceleration of g at the rim of the cylinder (at R_0). If the temperature is constant inside...
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    Thermo attributes of ideal gas in 3D harmonic potential

    Still stuck. How would the integration over the momentums work? That is, what would the \mathbf{p_i}^2 be?
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