An adult fruit fly brain has been mapped
201–208 of 208 posts
Re: An adult fruit fly brain has been mapped
#202Earlier quoted context omitted.
Curious if you could elaborate? It seems like the issue isn’t carbon credits, but the lack of a regulated level of carbon that would make them effective. Market incentives work best with dollar incentives, not virtue points.
Carbon credits are useless for the same reason that non-proportional fines are also useless; for the incredibly wealthy the cost of speeding is the cost of the ticket. Some nations do a proportional speeding fine based on income - but that still doesn't affect the 1-0.1% whose wealth is more asset than income based.
Re: An adult fruit fly brain has been mapped
#203Earlier quoted context omitted.
Carbon credits are useless for the same reason that non-proportional fines are also useless; for the incredibly wealthy the cost of speeding is the cost of the ticket. Some nations do a proportional speeding fine based on income - but that still doesn't affect the 1-0.1% whose wealth is more asset than income based.
That was effectively my point. There aren't appropriate dollar incentives to make the "market solution" work. It's really just a feel-good or virtue-signaling apparatus, not a financial market solution.
Re: An adult fruit fly brain has been mapped
#204Earlier quoted context omitted.
> If you ask MIT Professor Charles Leiserson, Moore’s Law has been over since at least 2016. That’s from the link. I largely agree. Colloquially it’s over after 2016. Any other interpretation is too pedantic imo.
How is anything other than joules per operation relevant in the context of this thread? That's the only variant that matters here. (Well, dollars per operation, but assuming energy costs are fixed…)
Re: An adult fruit fly brain has been mapped
#205Earlier quoted context omitted.
the EM dataset for this connectome, FAFB, is only a few hundred TB. as a rule of thumb volume electron microscopy datasets are on the order of 1 PB / cubic millimeter, and the fly brain is much smaller than 1 mm3
a few hundred TB is on the order PBs
Re: An adult fruit fly brain has been mapped
#206Earlier quoted context omitted.
About as useful as the carbon credits themselves
Curious if you could elaborate? It seems like the issue isn’t carbon credits, but the lack of a regulated level of carbon that would make them effective. Market incentives work best with dollar incentives, not virtue points.
The vast majority of carbon credits issued are fraudulent:
> Revealed: more than 90% of rainforest carbon offsets by biggest certifier are worthless, analysis shows
https://www.theguardian.com/environment/2023/jan/18/revealed...
> A Shell-operated plant reported millions of carbon credits tied to CO₂ removal that never took place but were used by Canada’s largest oil sands companies
https://www.ft.com/content/93938a1b-dc36-4ea6-9308-170189be0...
Re: An adult fruit fly brain has been mapped
#207Earlier quoted context omitted.
Curious if you could elaborate? It seems like the issue isn’t carbon credits, but the lack of a regulated level of carbon that would make them effective. Market incentives work best with dollar incentives, not virtue points.
> Curious if you could elaborate? The vast majority of carbon credits issued are fraudulent: > Revealed: more than 90% of rainforest carbon offsets by biggest certifier are worthless, analysis shows https://www.theguardian.com/environment/2023/jan/18/revealed... > A Shell-operated plant reported millions of carbon credits tied to CO₂ removal that never took place but were used by Canada’s largest oil sands companies…
Re: An adult fruit fly brain has been mapped
#208Earlier quoted context omitted.
It’s a neural network without weights. And it doesn’t have a body. Figuring out the behaviour of the neurons could take decades, although I have no doubt that people will eventually. And simulating a whole fruit fly body seems like it’s going to be out of reach for a very long time.
> It’s a neural network without weights. It has approximate weights. Neuron connection strength is determined by the number of synapses (1-100s, sometimes 1000s), the type of synapse neurotransmitter, and the number of receptors. The connectome has 1 and 2 and is only missing 3. The number of receptors may not even be that important- the fact that the number of synapses is important may well mean the number of recept…