my thing went good today, stayed up till wassit 1:30/2am printing it portfolio stuff. colored this today looks nice. worked on big drawing of feety things.
transferring power over the air, wirless poewr transformation, recharging small devices wirelessly.
tesla coils, thermodynamics.
if the power received via airwaves is greater than that used to charge receiver storage can occur, could this storage be used for another low power device? multiple clusters of receivers? single wall bump that transmits radio power when signaled, that is, either manually the wall bump is told to go into a power transmitting mode, or the devices can signal that they are within range and ready to charge. both host and client would be smart, allowing them to regulate themselves in regards to capacity, rate of charge, output and status. (rate of charge too inefficient to maintain or justify wasted cycles on host)“Energy can neither be created nor destroyed, it can only be converted from one form to another”
1st rule:
* Energy is conserved.
* The amount of energy in the universe is constant.
* Energy can be neither created nor destroyed.
* There is no free lunch.
* It is impossible to build a machine that produces more energy than it uses (This type of machine is called a perpetual motion machine of the first kind.)
2nd rule:
* With each energy conversion from one form to another, some of the energy becomes unavailable for further use.
* Heat cannot flow from a cold object to a hot object on its own.
* It is impossible to convert heat energy into work with 100 percent efficiency.
* You cannot break even.
* It is impossible to build a machine that produces as much energy as it uses. (This type of machine is called a perpetual motion machine of the second kind.)
* The entropy of the universe tends to a maximum. (Rudolf Clausius, 1865)
ENTROPY solar power, radiation. security tags use thigns that vibrate when they are touched by a certain frequency. vibrations are the transfer of energy, could these in turn activate some sort of generator?
i dont want to create energy from nowhere, simply: a host that has continual energy transferring a small portion of this energy to a device within its range of eficiency. end result would be a uniform appliance, that charges all small devices in range, regardless of make or model or power consumption. the regulation and siphoning of energy form the host would be controlled by the devices themselves.