Difference between revisions of "Main Page/PHYS 4210/How to Choose Experiments"
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<p> One of the advantages of the upper-year physics courses is that you can pick and choose which experiments are of particular interest to you. However, there are some experiment which naturally follow from each other. </p> | <p> One of the advantages of the upper-year physics courses is that you can pick and choose which experiments are of particular interest to you. However, there are some experiment which naturally follow from each other. </p> | ||
<ul> | <ul> | ||
| − | <li> The Experiments Coaxial Cable, Optical Fiber, and Waveguides deal with the propogation of electo-magnetic radiation across the different regimes of radio frequency, microwave frequency, and optical frequencies. </li> | + | <li> The Experiments [[Main Page/PHYS 4210/Rutherford II|Coaxial Cable]]Coaxial Cable, Optical Fiber, and Waveguides deal with the propogation of electo-magnetic radiation across the different regimes of radio frequency, microwave frequency, and optical frequencies. </li> |
<li> The experiment Electron Spin Resonance and Zeeman Effect tie nicely together through the concept of electron spin.</li> | <li> The experiment Electron Spin Resonance and Zeeman Effect tie nicely together through the concept of electron spin.</li> | ||
<li> He-Ne lasers provides a nice background on Gaussian beam propagation which is expanded upon in the Fourier Optics experiment.</li> | <li> He-Ne lasers provides a nice background on Gaussian beam propagation which is expanded upon in the Fourier Optics experiment.</li> | ||
Revision as of 09:15, 24 August 2011
One of the advantages of the upper-year physics courses is that you can pick and choose which experiments are of particular interest to you. However, there are some experiment which naturally follow from each other.
- The Experiments Coaxial CableCoaxial Cable, Optical Fiber, and Waveguides deal with the propogation of electo-magnetic radiation across the different regimes of radio frequency, microwave frequency, and optical frequencies.
- The experiment Electron Spin Resonance and Zeeman Effect tie nicely together through the concept of electron spin.
- He-Ne lasers provides a nice background on Gaussian beam propagation which is expanded upon in the Fourier Optics experiment.
- If you are interested in high-energy physics then Gamma Ray Spectroscopy and Johnson Noise may be of interest.
- If you are interested in atomic phyiscs, then Electron Spin Resonance, Rutherford Scattering II, Zeeman Effect, and Mass Spectrometer would be of interest.
Please choose your experiments thoughtfully to ensure that you will get the most out of your time spent on this course.
