#robots
And here’s my half human half robo oc that I decided to draw I named him milo apparently but idk if that’s gonna stick I mean if anyone else has any better suggestions pls feel free to tell me
Nier:Automata
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DevianART:http://kanrrabaskerville.deviantart.com/
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Today is the official release of The King Of Too Many Things ! Written by Laurel Snyder and published by Rodale Kids. I had so much fun working on that project. Hope you’ll like it !
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Hello folks ! I’m so happy to finally share the cover of a super awesome book I illustrated last summer. It’s written by the talented Laurel Snyder and published by Rodale Kids. ☼ Coming out September 2017 ! ☼
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Myother robots-based-off-of-sweets project: Mecharons! In this first batch we have Lavender, Lemon, Raspberry, Earl Grey, and Chocolate. I feel like these would be fun vinyl toys if I ever had the budget for that
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Pole dancing gone wrong!
Now on Clips4sale @ Hazelsheartbeats
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These robots are powered by algae balls living inside
Marimo are one of nature’s most alien spectacles. They are impossible-looking spheres made of algae, smoothed and toppled by currents in lakes, piling up on the floor like green puff balls. Marimo’s spherical form is what makes them so unique. Otherwise, sipping on faint sunlight beneath the water’s surface, they burp oxygen into our atmosphere just like any other plant.
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Researchers from UWE Bristol’sUnconventional Computing Lab have proven that marimo can be harnessed to do more—autonomously roaming lake beds to monitor water conditions like temperature and oxygen content—if only they are outfitted with the proper super suit.
The team dubs their invention a “marimo-activated rover system,” or MARS for short. (…) The team fit marimo into a 3D-printed exoskeleton that’s roughly the size of a baseball. As marimo produce energy from sunlight, they exhale oxygen. Normally, this oxygen would simply float to the top of the water’s surface. But inside MARS, that oxygen bubbles up to get trapped inside a cage.The pressure of these bubbles hits the cage in such a way that they create torque, zigzagging the MARS forward much like a hamster ball.
Of course, the MARS design does propose that we voluntarily place more plastic into our waterways. Philips notes that this plastic is still of far lower environmental impact than building a more typical drone would be, and it could biodegrade over time. Plus, it’s hard to imagine any machine that could last as long as a MARS ball because the system has no moving parts, and its “battery” might last centuries: The oldest living marimo is over 200 years old.
“Unconventional Computing Lab“
“robots powered by algae”
“the system has no moving parts“
Solarpunk AF
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Check out the the latest issue of the Journal of Biological Engineering for more details!
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