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- Nov 13, 2006
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System Name | Desktop |
---|---|
Processor | i5 13600KF |
Motherboard | AsRock B760M Steel Legend Wifi |
Cooling | Noctua NH-U9S |
Memory | 4x 16 Gb Gskill S5 DDR5 @6000 |
Video Card(s) | Gigabyte Gaming OC 6750 XT 12GB |
Storage | WD_BLACK 4TB SN850x |
Display(s) | Gigabye M32U |
Case | Corsair Carbide 400C |
Audio Device(s) | On Board |
Power Supply | EVGA Supernova 650 P2 |
Mouse | MX Master 3s |
Keyboard | Logitech G915 Wireless Clicky |
Software | The Matrix |
I read something about this sometime last year, same MIT project, so old news to me. But, from the article I read (which covered it in pretty good detail) seemed like a really good design. The design uses electromagnetic induction, however it's not in the same sense as you charge an electric toothbrush, instead of using a magnetic field at close proximity to get the electrons moving, electromagnetic resonance is used, and from the article I read it was a radio class wavelength/frequency. So I wouldn't worry about the extra radiation around, I would worry about wearing jewelry or other metal objects that would resonate at that same EM frequency .
yea, this is that same group and they finally made it work. last report they were still testing it out.