Wizzle

Summary
 As electronics get smaller and more compact, they require increasingly efficient cooling, and the smaller the cooler must be, the more pressure is required to maintain consistent flow of the liquid, which begins to require exponentially more energy the smaller they get. To the tune of 50x the efficiency, scientists have achieved this very well by going from uniform-width microchannels to ones that narrow exactly where the heat is- mimicking and inspired by how veins transform into capillaries at certain points. Pictured below is the above-mentioned breakthrough.
Picture of a chip with a new integrated microfluidic cooling system developed by researchers at the Swiss Federal Institute of Technology in Lausanne. Credit: Copyright © Alain Herzog EPFL
 
Quotes
 
My thoughts
After having seen multiple breakthroughs in different scientific areas in the past, all inspired by nature, it is clear to me that the superior philosophy, in the future at least, will be to mimic the organic until such a time as artificial intelligence becomes better at design than God- which is fundamentally impossible, but you get my meaning. I am in general simultaneously very excited about the progression of technology and very disturbed at how far I have to go in my education before I can begin to work on bleeding-edge things like this.
 
Sources
 https://www.scientificamerican.com/article/blood-and-silicon-new-electronics-cooling-system-mimics-human-capillaries/

Do you guys think @LinusTech knows about this?! WATER-COOLED EVERYTHING JUST GOT VERY VERY POSSIBLE. WOOOO!

Summary
 As electronics get smaller and more compact, they require increasingly efficient cooling, and the smaller the cooler must be, the more pressure is required to maintain consistent flow of the liquid, which begins to require exponentially more energy the smaller they get. To the tune of 50x the efficiency, scientists have achieved this very well by going from uniform-width microchannels to ones that narrow exactly where the heat is- mimicking and inspired by how veins transform into capillaries at certain points. Pictured below is the above-mentioned breakthrough.
Picture of a chip with a new integrated microfluidic cooling system developed by researchers at the Swiss Federal Institute of Technology in Lausanne. Credit: Copyright © Alain Herzog EPFL
 
Quotes
 
My thoughts
After having seen multiple breakthroughs in different scientific areas in the past, all inspired by nature, it is clear to me that the superior philosophy, in the future at least, will be to mimic the organic until such a time as artificial intelligence becomes better at design than God- which is fundamentally impossible, but you get my meaning. I am in general simultaneously very excited about the progression of technology and very disturbed at how far I have to go in my education before I can begin to work on bleeding-edge things like this.
 
Sources
 https://www.scientificamerican.com/article/blood-and-silicon-new-electronics-cooling-system-mimics-human-capillaries/

Soon we will have clones far smarter than ourselves.

That's pretty awesome.

The brain is just slowly recreating itself

178,000,000 megabits a second
 
how many jpegs is that?

Do you guys think @LinusTech knows about this?! WATER-COOLED EVERYTHING JUST GOT VERY VERY POSSIBLE. WOOOO!

Well, according to Alex per a review of a laptop on LTT, nanoedge's screen particles are organized to bounce light around until barely any of it reflects out of the screen, versus the antiglare spray which causes a weird sparkly effect. So, it's def different, I just wanna know if anything is out there LIKE it- and specifically I wanna know if there's 3840 x 2160 display out there with that magnitude of awesomeness.

Id get something like this https://www.amazon.com/Seagate-Expansion-Portable-External-STEA2000400/dp/B00TKFEE5S/ref=sr_1_5?s=pc&ie=UTF8&qid=1525470670&sr=1-5&keywords=external+hdd
 
The brands are about the same, and your not getting a 4tb in that budget.