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Comment Re:AI and robotics (Score 1) 30

If you study any field enough to know who the right people are, then you can invest in it. For example Elon Musk hired people like Tom Mueller --an experienced propulsion engineer, to build the first rocket engine for SpaceX. OpenAI was started by people without much AI experience but hired people like Ilya Sutskever who had worked on projects like AlexNet. Elon Musk started Neuralink without any training on brain-computer-interface by consulting/hiring people from Krishna Shenoy's lab.

Sometimes it's a matter of corralling the right people together to work on a problem, funding it, and making sure they're operating cohesively.

Comment Meaningless metric (Score 2) 70

Quality is more important than quantity. Who was missing the important diagnostic? As in, if the AI missed diagnosing people with cancer versus humans missing all the flu diagnosis. Which would you rather have?

Note, I haven't read the article .. just going by the headline. Just pointing out that just because the "error rate" of humans is higher doesn't mean humans are less useful than AI.

Comment Drug delivery problem (Score 2) 23

We should spend money instead on the biggest barrier to that prevents humans from curing virtually any disease -- the drug delivery problem. All other problems solvability is difficult only because of the fact that we haven't a solution to it.

"How do you deliver a large payload into every and any cell of the human body?"

The closest tech we have to that is "LNP (for mRNA) + protein binder" or Adenovirus vector.

Small molecules can be delivered into every cell, however small notoriously molecules go off target and even if it didn't they cannot fix every problem in a cell.

If you can efficiently deliver a large payload—such as 15 kilobases of mRNA or an equivalent amount of protein—directly into the cytoplasm of every cell, you can essentially equip each cell with an internal diagnostic lab. This setup can detect abnormal or harmful cellular activity by sensing internal mRNA or aberrant proteins. If a cell is identified as malfunctioning or cancerous, you can then either correct the defect or initiate destruction of the cell. There are numerous ways to do the detection of unwanted mRNA and, if present, perform an action, however they all require large molecular "machines" (proteins/RNA).

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