ions

Since the temperature is high, all quantum effects are essentially washed out, as are the need to model individual calcium ions etc., at least to first approximation.

Batteries/Supercaps with double the capacity, charge rate and lifespan of current Lithium-ions should be on the market soon.

Students of biochemistry know very well the adverse effects of mercury ions on metabolic processes particularly in the brain.

We’re pushing the boundaries of the physics behind IT, using electrons for computation, photons for communication, and ions for storage.

Analagous ions like Sodium or Lithium (going up the periodic table) don't work AT ALL.

Embedding Li-ions in your walls -- it's safer than embedding gasoline tanks in your walls.

The freezing point depression effect depends on the total number of ions/molecules in solution.

Potentially (ahem) it's possible to extract work from ions in a flow, and if it's laminar there would be no vortex losses.

For inorganics (containing metal ions), you can reform the metal and collect it.

I can see there being some small effect due to some kind of eddy currents pushing ions into one direction.

There are a bunch of options for that with li-ions too.

Instinctually, I'd be a little wary of that, because Na+ and Ka+ do more than act as ions within the neurological system.

The "cleaner" streams are heavily charged with ions - the high-sodium stream with chlorine, the high-chlorine with sodium.

Anyway googling "asthma and calcium" brings articles as old as '83, so there seems to be long established connection as Ca ions regulate muscle contractions.

People used to be "philosophers of the natural science", now they are experts in "implementations of quantum algorithms with cold ions".