Why can’t it be both?
Why can’t it be both?
It’s not an unpopular opinion?
Do they fall at the same speed?
pyMC3 ❤️
You should do linear regression in excel and call yourself a statistician, is the message, I guess.
Syngas, a mixture of CO and H2
It’s university press department stuff. That’s always shitty pop-science communication.
Then again, it works, as people post that to fora, instead of the actual research. And popularity, not quality, of work brings grants.
https://en.wikipedia.org/wiki/Acetogen is a more promising technology in my opinion. It also does not require high pressures or temperatures, has been proven to scale to tons of co2, and uses much less energy than this paper.
This paper has the advantage of not needing a high concentration of co2 in the air. But on the other hand, such sources are readily available as a by-product of industry.
The cost of installation, wiring and transformers is more than the cost of panels.
After the 30 years of “borrowing” the panels, who pays for their removal and recycling?
The thing is, the other countries can either not follow it or reinstate the same terms as retaliation!
That’s indeed what happens in a trade war. In the end it comes down to relative power (in)balance: who needs whom the most.
That’ll be up to the US’s interpretation of it’s own laws.
The tech part is made in the US: those companies have very little engineers outside of the US, were founded in US, have HQ in US, … so they could argue it’s US tech.
The software is ran outside the US, too. That’s the extend to which it isn’t.
Is Stephen King a US writer if his books are also printed elsewhere, would be an analogy.
Insecure
(1) MS teams
(2) Cisco jabber
(3) signal
Pursue your dreams! Blake would want you to
I’m happy to stay in my weird little corner.
Liquified natural gas.
Tech like apple, microsoft, youtube, netflix, aws, gcp, cloudflare, akamai, …
I think you really considered all angles here and your argument is bullet proof well done
Not limited to energy sources either: steel production requires carbon as part of the alloy.
In the production of cement, calciumcarbonate gets heated and emits co2.
Both of these products can not be made without the emission of co2, even when using 100% solar and wind energy