Plenty of super-clever, super-talented researchers across the globe have been pretty busy trying to save the world recently, but hey, even scientists need to work on something fun every once and a while.
For this team of researchers from the University of Maryland, that fun has arrived in the form of a robotic hand that's capable of playing Super Mario Bros. on the NES. As detailed in a report published by the university, the project demonstrates "a promising innovation in the field of 'soft robotics'," an emerging form of robotic design that uses water or air to control movement, rather than electricity.
Whether it's the idea of soft robotics that has you intriuged, or simply the fact that a robot hand playing Super Mario Bros. sounds like something right out of your favourite '80s movie, you can get a good look at the project in action and learn more about the field in the video below.
"Previously, each finger of a soft robotic hand would typically need its own control line, which can limit portability and usefulness,” explains the report's co-first author Joshua Hubbard, "but by 3D printing the soft robotic hand with our integrated ‘fluidic transistors’, it can play Nintendo based on just one pressure input."
Not satisfied with using the tech to just play video games, the team is now exploring ways in which this technique can be used for biomedical applications including rehabilitation devices, surgical tools, and customisable prosthetics. Looks like even the 'fun' science can pave the way for fantastic technological advancements.
[source eng.umd.edu, via cnet.com]
Comments 17
This ain't your grandpa's glove!
Finally! Geez, had us waiting for 36 years! (??)
My sister's wrist was in a cast when we got our NES and she learned how to play video games with her index and middle fingers on A/B, just like in the video. She still attempts to play that way to this day.
If it can beat Super Mario Bros., I'll be impressed.
I've been waiting for this day for so long. Finally indeed!
I have a comment to make, but site rules forbid such things, bahahahahaha
But can it play Gyromite?
@Than64 I had a cousin who played and beat Atari 2600 game "Star Raiders" using only his feet. And believe me that was a feat, no pun intended, to beat the game normally.
The robot uprising is upon us or are we OK until it can beat Dark Souls with the Donkey Konga bongos?
and so it begins
I need one of these so I can keep one hand on the mouse and the other on the jar of coconut oil
Soon Tasbot will be complete.
It's perhaps some what less exciting once you realize the only control being asserted is over the rightmost finger, as the other buttons are receiving constant pressure. As a proof of concept it's limited but would be cool to see other applications of this principle.
@OptometristLime - The control is indeed over all the fingers, not just the rightmost one (i.e., low pressure controls D-Pad finger, medium pressure controls B finger, high pressure controls A finger). The part of the video around 2:45-3:30 explains/shows it better.
@ProfessorSoCool I slipped up on the wording, they have control but it looks like for the purposes of this demonstration they simply have the first 2 inputs toggled on continuously since there isn't a need to alternate the pressure.
@OptometristLime - I'm not sure I understand as the control (Gate) pressure is definitely alternating a lot during the demo (you can see the live pressure graph on the left from 3:42-4:14). Maybe check out the [open-access] journal paper for more detail?
Link to mentioned journal: https://advances.sciencemag.org/content/7/29/eabe5257.abstract
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