Just like I approach my Benchrest. I don't listen to all the theories on loading, I believe what shows up on the target.
View attachment 20422
It seems that when viewed over the past 600 million years the atmospheric content of CO2 and the temperature are not linked as the Climate alarmist would have you believe. Secondly, the average temperature has been several degrees higher. Thirdly, even with 40 times the concentration of CO2 as we are seeing today, the temperature was only 3.5 degrees C hotter than today. So much for CO2 turning the earth into an uninhabitable desert!
This is my favorite least talked about report.
https://www.nasa.gov/feature/goddard/2016/carbon-dioxide-fertilization-greening-earth
It seems according to NASA that in the past 30 years the vegetation load on earth has increased by 14%. It turns out that the plants like the extra CO2 in the atmosphere and are growing like crazy. In my mind a greener earth is a healthier earth!
When testing a theory, please remember to always look at the results.
Having worked in space radiation effects on semiconductors charts like the one above always give me pause.
Notice there are NO error bars on the lines?
Failing to consider and account for known errors gives an unreasonable picture of what is (maybe) going on.
Proton testing of semiconductors is a nightmare.
It typically takes around 10,000 protons through the sensitive area of a part to have a single interaction that can be observed on part operation and functioning.
And once the satellite is in orbits in orbit it can see very widely varying proton rates.
Depending on the altitude and orbital path.
In the South Atlantic Anomaly
SAA a 'dip' in the earth's magnetic field) the rate can go to over 10,000 protons per second per square cm from nearly zero in most of the orbit.
Add to that the areas over each pole from the magnetic field holding trapped protons.
And just because the protons are not interacting with the sensitive volume of the part does not mean they are not depositing radiation in other volumes.
We had a new part fail on orbit in less than one orbit.
When tested we found a very tiny sensitive area in the part that allowed a current source transistor to burn out from a single proton strike.
The part continued to fail with events about every 2 years +/-3 weeks for over 8 years of time on orbit.
Four failures over 8 years each within 3 weeks of our prediction.
Our proprietary model of the proton belts, the SSA, and 'space weather' worked better than EVERY other model.