A lot of smart outlets develop problems over time from the inductive surge current on electric motor startup (air conditioner, fridge, dehumidifier). The current ratings in ads are generally for resistive loads. Inductive load limits can be 30% less.
This inspired me to go into science.
https://bigthink.com/starts-with-a-bang/universe-13-8-or-26-7-billion-years/
Tired light theory requires:
Distant galaxies to be blurry (they aren’t)
Events in faraway galaxies to happen at the same pace as nearby events (they don’t. Time is dialated just like frequency is redshifted)
Cosmic background radiation would not be a black body
Constants c, G, and hbar would change through the history of the universe.
https://bigthink.com/starts-with-a-bang/universe-13-8-or-26-7-billion-years/
Tired light theory requires:
Probably trying to avoid SpaceX’s launchpad environmental issues.
I think highest/easiest ROI would be devices that alert or avoid bad events.
Most people run rtl_433 to decode radiofrequency signals.
https://github.com/merbanan/rtl_433
0’s and 1’s are encoded with increases and decreases of amplitude of the carrier frequency, as in AM radio.
What a pisspoor title.
They do discuss several commonalities in the paper.
https://www.sciencedirect.com/science/article/pii/S0301421523002276?via%3Dihub
If it is to meet the Paris Agreement target, the worldwide average carbon price in 2030 needs to be equal to today’s (2022) highest carbon taxes ($ 130–137 tCO2-1) that are observed in very few countries
Electricity cannot decarbonise the entire system alone, and hydrogen extends electricity’s reach to hard-to-electrify sectors
The contribution of nuclear power in electricity production increases in the long-term in the decarbonisation scenarios. This is especially pronounced after 2050/60, when the wind and other renewable potentials are fully exploited and the additional electricity supply to meet the increasing demand needs to remain carbon-free.
https://cloudfree.shop/?s=Switch