currents

For instance, the entire stream might stay integrated as it travels along deep ocean currents (not saying that's actually the case by any means).

Its operators apply to electric voltages and currents, which may be discontinuous and certainly need not be analytic.

Global ocean temperatures are much higher and it is definitely causing shifts in air currents all over the world.

The currents induced in the telegraph lines where so great they melted components in the offices.

Then add the ocean as a heat reservoir and ocean currents, ground albedo changes due to cover change (snow, desertification, crops...).

It's not a matter of confidence, but the fact that climatologists understand very well how increased ocean temperatures affect air currents.

Both 'doctrines' are completely nonsensical, but supported by strong religious currents in their respective environments.

We're in the process of understanding how ocean currents affect and are affected by that.

But if you superimpose the actual Indian ocean currents (as linked to by goodcanadian)[0], it does make quite a bit of sense.

Then explain that some magnetic conductors have a different value of the current with spin up and the currents with spin down.

That said, you can still attain amazing sleep currents on modern advanced nodes.

Apply Perlin noise to a vector field and you create smoothly random motion, which can be used to simulate things like air currents.

The most impact on the cascades are changes in the Pacific currents, for a while those currents have facilitated the existence of the "Ridiculously Resilient Ridge"[1] as water temperature differentials drive changes in pressure zones above them.

>"In fact, at 10 nm tunnel currents should be already a big problem on all sides of the transistors, and not constrained to the gate - channel insulation anymore." That's why I mentioned silicon photonics.

Currents are in the thousands of amps, not nano, and volts are in the hundreds of thousands (or millions in one Soviet era line).