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summary
Smart microwave claims: steer standing waves with a board of paddle antennas to cook two items to different targets (salmon aimed 65–70°C), replay previously measured heating configs instead of simulating (a detailed EM sim takes ~10 minutes per config) and solve timing with non-negative least squares to mix basis heating vectors (three naive vectors give ~20° error; richer sets approach 5°C off target in realistic cases). Not using solid-state emitters because they cost $1 per watt and built hardware demonstrably produces a ~25°C difference between cups.
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chapters (8)
- 0:00Start
- 0:25Smart Microwaves
- 1:15Controlled Cooking
- 2:43Level Ovens
- 4:19Function Fitting Summing Functions
- 4:58Function Fitting Reality
- 5:46Function Fitting Vectors
- 6:12Non Negative Least Squares
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