Student invention grows hundreds of ‘mini-brains’ at once
spectrumnews.org
spectrumnews.org
I think this is an important statement. Kids tinkering in their basement have knowledge to do great work, but are often overlooked because of their age or education.
Back when I first started taking client work, I had plenty of trouble securing contracts because owners/execs saw a kid at the table, not someone who was going to solve their problems for a respectable amount of money. This was always the result of prospective clients insisting to have a video call/meet prior to any work being done.
Quickly after, I strongly refused any situation that would give away my age. I'd be lying to say I didn't receive a lot of opposition but when your chance of securing a deal is sub 10% and tons more time wasted, it's easy to just drop the prospect.
By now, my age is (for the most part), no longer a deal-killer, but I still usually do the same thing unless they're referred by an existing client. It's a huge timesaver.
I was actually pretty lucky to be able to work with the places that I have, but it was a lot of applying everywhere and hoping they didn't ask how old I was on the phone interview.
I actually had to grow a beard before people stopped asking me how old I was and focused on asking me technical questions :D
it does seem to be taking a turn, I have seen a lot of kids hanging out at the local tinker mill working on cool projects and talking about starting their own companies. which seems like a much more accessible thing than it was when I was a kid.
But it calls to question a problem. Is there a major issue with cross-disciplinary collaboration within the medical and academic spaces? I would think a mechanical or electrical engineer would consider this to be a fairly trivial application of the tech, yet the medical community seems to be hailing it as a ground-swell.
I'm seriously impressed with what these students are capable of these days.
Does that seem sad? Maybe doctoral programs should include a year of lab-time after your thesis so you can work on innovative projects.
Probably some law maker since nothing is really immune from them on any subject, but I don't think the anti-arbortion crowd is really going to care.
Taking the comments from an article link[1]
The advent of human induced pluripotent stem (iPS) cells, which allow researchers to ultimately transform any cell into a neuron, has opened a new avenue for the study of complex neuropsychiatric disorders, including autism.
In principle, iPS cells can be derived from cells anywhere in the body, and maintain the individual’s unique genetic background. This is important, as complex diseases are caused by mutations in multiple genes, which would be reflected in the iPS model.
Since, its not embryonic stem cells, it should go over fine and has nothing really to do with the pro-life agenda. I tend to start with the example of skin grafting when describing this type of thing to give the context of starting with existing non-embryonic cells and working your way to treatments. I guess there might be those opposed to using your own cells to research or fix you, but I think that's a very, very small sliver of the population.
1) https://spectrumnews.org/opinion/viewpoint/promise-and-pitfa...
This is a horribly destructive attitude, that promotes salesmanship over technical talent.