lowercase1
Joined 6 years ago
Joined 6 years ago
There are cases that didn't make it to wikipedia (14 for 2021). The graph there is just not accurate to what is in Wikipedia e.g. more one listed in 2018.
https://en.m.wikipedia.org/wiki/List_of_association_football...
That said the cases are elevated in 2021
https://astralcodexten.substack.com/p/drug-users-use-a-lot-o...
Selection without causality can explain this. Turns out people who survive either have personality or environment that enable them to feel the Extra work is worth it. Where I'm at, it certainly doesn't.
Air capture is also quite expensive and I'm not sure how much the "only need small concentrations of CO2" trick does.
If I need library PR approved so I can make a service 1 PR so I can make a production release request so that I can deploy a one line change then it's hard to get things done with 4 hour ping time.
The hard part is making it cheaper per kWh.
If they made it cheaper per kWh then they should say that
Me: so you just want me to generate O(n lg n) bits of entropy in O(n) time? That's not possible.
https://www.pv-magazine.com/2018/11/20/iea-versus-solar-pv-r...
How is session state kept? Is /event required (as data would be sent in /next?).
Also as I understand, Processors won't be involved until they are needed. E.g. if we have 2 panes but only the result of the first was required to be processed, would the processor be invoked after just the first pane was complete?
1. How you implemented this on the backend? Did you consider using something like Temporal, AWS Simple Workflow, or AWS Step Functions?
2. Interested in how you're avoiding (waiting) on network calls on each action. You mentioned it was coming in next post.
3. How are you managing multiple workflows? Does a common child graph make sense for a common workflow?
Truckers have legally mandated breaks that largely mitigates charging time.
Charging infrastructure is cheaper than hydrogen infrastructure.