Nanomaterials Puns

https://www.northwestern.edu/newscenter/stories/2011/10/computer-rewire-grzybowski.html
Apparently, this material can change its conductive properties in response to electrical pulses. The article says that the material can lead to some extraordinary capabilities;

"Imagine a single device that reconfigures itself into a resistor, a rectifier, a diode and a transistor based on signals from a computer. The multi-dimensional circuitry could be reconfigured into new electronic circuits using a varied input sequence of electrical pulses."

Is this actually plausible? Would these properties be useful? Could it replicate more exotic components, like memristors?

Seid einiger Zeit wird davon gesprochen, dass sich Graphenoxid in Masken und im Impfstoff befinden soll, ob dem so ist können wir nicht sagen aber was ist wenn dem so sein sollte?
http://frei-corona.de/grapheneoxid.html

I’m technically a junior by classes but a senior by hours so I’m able to take chen 489 this semester. Even though there aren’t prereqs, is it still going to be a big challenge if I know absolutely nothing about the topic? I haven’t even taken just the Chen materials class yet

I read that book 30 years ago and I can't remember that title. The protagonist was into a city that was ever changing as the nanomaterial was sentient (perhaps?). 10-15 years ago, I tried to find the book, I thought it was Asimov but after reading all the cycles, I haven't found the book I'm looking for. If it rings a bell to someone around these parts, please let me know! Thanks!

I think it could probably make transmissions, starter motors, alternators, generators, etc., smaller and more efficient.

In 2016, we were wirelessly connecting robotic arms to amputees, and restoring a real sense of touch (through the robotic arm.)

We have metamaterials for changing refractive index, rigidity, opacity, and everything else, so why not shape/size yet?

(I know it would probably be inefficient for some other reason even if this part was solved, but if you want to talk about the other reasons that is fine too.)

Thank you for reading this :)

Ninth grader whose goal is to play a role in putting an end to the use of fossil fuels through fusion and solar energy, specifically by leveraging nanomaterials like graphene and quantum dots. I also love to write and my first novel was released yesterday!

My solar cell-https://medium.com/studentsxstudents/proposal-for-new-high-performing-flexible-transparent-perovskite-solar-cells-d844569cc9dc

My book-https://www.amazon.ca/dp/1784659444/ref=cbw_us_ca_dp_narx_gl_book_web

My portfolio-https://tks.life/profile/naila.moloo#portfolio

University of Central Florida researchers designed a nanoscale material that can split seawater. A team of researchers from the University of Central Florida has designed its first nanomaterial that can be used to... READ More

https://www.hydrogenfuelnews.com/hydrogen-fuel-from-seawater/8548396/

https://www.northwestern.edu/newscenter/stories/2011/10/computer-rewire-grzybowski.html
Apparently, this material can change its conductive properties in response to electrical pulses. The article says that the material can lead to some extraordinary capabilities;

"Imagine a single device that reconfigures itself into a resistor, a rectifier, a diode and a transistor based on signals from a computer. The multi-dimensional circuitry could be reconfigured into new electronic circuits using a varied input sequence of electrical pulses."

Is this actually plausible? Would these properties be useful? Could it replicate more exotic components, like memristors?

https://www.northwestern.edu/newscenter/stories/2011/10/computer-rewire-grzybowski.html
Apparently, this material can change its conductive properties in response to electrical pulses. The article says that the material can lead to some extraordinary capabilities;

"Imagine a single device that reconfigures itself into a resistor, a rectifier, a diode and a transistor based on signals from a computer. The multi-dimensional circuitry could be reconfigured into new electronic circuits using a varied input sequence of electrical pulses."

Is this actually plausible? Would these properties be useful? Could it replicate more exotic components, like memristors?