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We walk many paths, many roads
Till death halts our steps.
Every day a new adventure,
A new journey of self discovery.
V=IR .... (1)V is voltage, I is current, R is resistance. So, given zero resistance in a super-conductor, one would logically expect therefore, to never measure a voltage across a superconductor, even if you injected an infinite amount of current. On a side note, superconductor have what is called a critical current above which they cease to be superconductors. And the last equation for the night, is one that gives the electric field (E) induced by a changing magnetic field, (B).
E = -dB/dt ... (2)Simply put, E is the negative gradient of B over time. Now here is what I am puzzling over:
Cheers, Steve
ploticus -prefab lines x=1 y=2 y2=3 data=rsa-scale.txt header -png title="RSA implementation scalability" titledet="align=center" autow=yes xlbl="Input size (characters)" ylbl="Time taken (ms)" ygrid=yes name="Time for encryption" name2="Time for decryption" ylbldet="adjust=-0.1,0" -pagesize 20,20In the wake of this spell, a graph sprung forth, and my eyes beheld such beauty the monitored sung in its percuilar high pitched whine (or maybe thats just the high freq filtering caps dying...). I give unto the world, the graph. Thank god for open source software :) Cheers, Steve