Microwaves that use directed or reflected waves and to better direct or target energy to specific spots in food. Thermal vision in microwaves and more automated time/power controls.
Why are we still just blasting waves on a spinning dish as high as we can? Like we can pinpoint microwaves for devices with our routers, but we can do it for inside a controlled environment in a box?!
This is my evidence if someone tries to patent this and lock people out of making cool products that I said it here first!
I can only find papers talking about using microwaves at near the 0 K scales for that (and admittedly I definitely don’t enough quantum mechanics to even hazard a guess as that works from reading the summaries!!!), so I am not sure about it at higher heats (like around 300K).
You have a point! Did you know about inverter microwaves? now you have 2 options, full blast, and less full blast! https://ieeexplore.ieee.org/document/85575 this cool person found out about this in 1991, and now my microwave has it. Welcome to the future :D
If you don’t want multiple magnetrons (which would work too as a standard antenna in the wireless model of MIMO) you could use a electromechanical system, ie point magnetrons at reflective plates and move and adjust them to least direct the waves to a given point. Multi antennas I think would give a better granularity (because you can control the wave as well as direction and be able to time the peaks to hit inside a target vs just aiming the beams to a given spot). You may be able to get that with an electromechanical system, but it’s not something I know of a lot of public info on, but if you could get a time division demux device for high power microwave that directs the different peaks to specific reflectors, you’d be good too.
Any openhard ware folks, please take this if you are interested!!!
In lighting effects an analogue could be a ‘scanner’, it reflects a stationary beam with a motorized mirror. Or you could mount the whole magnetron on a moving head!
Microwaves that use directed or reflected waves and to better direct or target energy to specific spots in food. Thermal vision in microwaves and more automated time/power controls.
Why are we still just blasting waves on a spinning dish as high as we can? Like we can pinpoint microwaves for devices with our routers, but we can do it for inside a controlled environment in a box?!
This is my evidence if someone tries to patent this and lock people out of making cool products that I said it here first!
Why don’t we have microwave coolers yet?!?
Just make your own!
https://youtu.be/MHm3fHVZitI?si=xKR-pi6d5Bjsymts
I can only find papers talking about using microwaves at near the 0 K scales for that (and admittedly I definitely don’t enough quantum mechanics to even hazard a guess as that works from reading the summaries!!!), so I am not sure about it at higher heats (like around 300K).
You have a point! Did you know about inverter microwaves? now you have 2 options, full blast, and less full blast! https://ieeexplore.ieee.org/document/85575 this cool person found out about this in 1991, and now my microwave has it. Welcome to the future :D
If you don’t want multiple magnetrons (which would work too as a standard antenna in the wireless model of MIMO) you could use a electromechanical system, ie point magnetrons at reflective plates and move and adjust them to least direct the waves to a given point. Multi antennas I think would give a better granularity (because you can control the wave as well as direction and be able to time the peaks to hit inside a target vs just aiming the beams to a given spot). You may be able to get that with an electromechanical system, but it’s not something I know of a lot of public info on, but if you could get a time division demux device for high power microwave that directs the different peaks to specific reflectors, you’d be good too.
Any openhard ware folks, please take this if you are interested!!!
In lighting effects an analogue could be a ‘scanner’, it reflects a stationary beam with a motorized mirror. Or you could mount the whole magnetron on a moving head!