I have the output of sensors, and the sensors’ output matches the two-way energy exchange model. Do you have proof that the output of the mathematical model doesn’t match the output of the sensor? If the theory involved purely one-way energy flow to predict the output of the sensor, then I might be more inclined to believe you, but it doesn’t:The source says all objects with a temperature emit thermal radiation. That’s the input to the sensor (even if the object is colder than the sensor). That’s why it talks about net flow, because as long as the object is above absolute zero, there’s always an input.I don't care what it says, it says nothing in all coming out. warm reaching out to cold, input minus output. No input all output. I know, just like I said.yep no cold flow to the sensor, just like we said. so still waiting on you jethro.Yup. Net to or away.
A thermal sensor is capable of responding only to a net thermal flux, i.e., flux from the object minus flux from itself toward the object.
It's not my fault that your source says net.
Got any observations, or measurements of spontaneous two way energy flow? Got anything other than the output of unobservable, unmeasurable, untestable mathematical models? Didn't think so.
["A thermal sensor is capable of responding only to a net thermal flux, i.e., flux from the object minus flux from itself toward the object." (Handbook of Modern Sensors, 4th Edition, sec 3.12.3.1)]
http://www.realtechsupport.org/UB/SR/sensors/Fraden_Sensors_2010.pdf
The mathematical model is merely a formal description of what happens in reality, with quantifiable inputs yielding quantifiable results. Using words and math to explain reality is what science is about. If you have your own formal description of reality that can do the same but never involves thermal radiation from an object striking a warmer object, you should write it all down, and send it out for peer review. Until then, nobody of any consequence is going to take you seriously.