Raj,
But if they are quantum mechanical in nature wouldn't that be big news? Most folks probably figure quantum mechanics is strictly an atomic or subatomic level phenomenon and has no relation to the real, Macro world. Something that small, if it contains quantum material, must contain extremely minute amounts of the stuff, you know, being so thin and small. One wonders, if you wear infrared goggles in a dark room would you be able to see photon emission of the WA chips? What would happen if you cut one of the WA Quantum Chips in half? Could you get two chips for the price of one? Why are so many types and sizes of chips necessary?
If the WA Chips are NOT quantum, why on Earth would a company chose the word Quantum for the name? Doesn't make sense, you know, with so many folks like yourself suspicious of anything with the word Quantum in it. You know how audiophiles are....
And if the WA Chips aren't Quantum what else could they possibly be, you know, being so small and thin? And there being so many types, each "programmed" for a specific application.
But if they are quantum mechanical in nature wouldn't that be big news? Most folks probably figure quantum mechanics is strictly an atomic or subatomic level phenomenon and has no relation to the real, Macro world. Something that small, if it contains quantum material, must contain extremely minute amounts of the stuff, you know, being so thin and small. One wonders, if you wear infrared goggles in a dark room would you be able to see photon emission of the WA chips? What would happen if you cut one of the WA Quantum Chips in half? Could you get two chips for the price of one? Why are so many types and sizes of chips necessary?
If the WA Chips are NOT quantum, why on Earth would a company chose the word Quantum for the name? Doesn't make sense, you know, with so many folks like yourself suspicious of anything with the word Quantum in it. You know how audiophiles are....
And if the WA Chips aren't Quantum what else could they possibly be, you know, being so small and thin? And there being so many types, each "programmed" for a specific application.