Trivia: It's a Robotic Stingray that moves via bursts of LED light. a process called optogenetics.
It looks adorable!!!!!!!
It looks adorable!!!!!!!
Raffles & Giveaways
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TOPIC | [TCC] Robot Uprising - Closed!
Trivia: It's a Robotic Stingray that moves via bursts of LED light. a process called optogenetics.
It looks adorable!!!!!!!
It looks adorable!!!!!!!
@ChimerActic
Sending a bunch of dergs your way! I'll send them all one-way and you can just send the total in bulk!~ :3
Sending a bunch of dergs your way! I'll send them all one-way and you can just send the total in bulk!~ :3
@ChimerActic
Sending a bunch of dergs your way! I'll send them all one-way and you can just send the total in bulk!~ :3
Sending a bunch of dergs your way! I'll send them all one-way and you can just send the total in bulk!~ :3
[b]Trivia Day 7[/b]
[b]In 2016, a biobot resembling which animal was created using a gold skeleton and rat muscles?[/b] A stingray (or a really cool, cute, transparent batoid fish... are these the ones invading? I want 50)
[b]How does one control where this biobot moves?[/b] The muscles were genetically modified to respond to light instead of electrical signals, so when light stimulates them they contract faster in the direction the light is coming from, therefore following it.
Just look at it
[img]https://tctechcrunch2011.files.wordpress.com/2016/07/stingray.gif[/img]
I want 100 now
Trivia Day 7
In 2016, a biobot resembling which animal was created using a gold skeleton and rat muscles? A stingray (or a really cool, cute, transparent batoid fish... are these the ones invading? I want 50)
How does one control where this biobot moves? The muscles were genetically modified to respond to light instead of electrical signals, so when light stimulates them they contract faster in the direction the light is coming from, therefore following it.
Just look at it
I want 100 now
In 2016, a biobot resembling which animal was created using a gold skeleton and rat muscles? A stingray (or a really cool, cute, transparent batoid fish... are these the ones invading? I want 50)
How does one control where this biobot moves? The muscles were genetically modified to respond to light instead of electrical signals, so when light stimulates them they contract faster in the direction the light is coming from, therefore following it.
Just look at it
I want 100 now
@Dunmer Have 10 level 6s and 3 level 8s (one with breed bonus in the level 8 batch) Coming your way!!!
@Dunmer Have 10 level 6s and 3 level 8s (one with breed bonus in the level 8 batch) Coming your way!!!
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@comicsans ping me if/when you become available again.
Sat Trivia: In 2016, a biobot resembling which animal was created using a gold skeleton and rat muscles? How does one control where this biobot moves?
A stingray. The muscles are controlled via light through a technique known as optogenetics. The gene for an algae derived protein is inserted into the muscle cells. Blue light causes this protein to activate the muscle tissue.
Sat Trivia: In 2016, a biobot resembling which animal was created using a gold skeleton and rat muscles? How does one control where this biobot moves?
A stingray. The muscles are controlled via light through a technique known as optogenetics. The gene for an algae derived protein is inserted into the muscle cells. Blue light causes this protein to activate the muscle tissue.
@comicsans ping me if/when you become available again.
Sat Trivia: In 2016, a biobot resembling which animal was created using a gold skeleton and rat muscles? How does one control where this biobot moves?
A stingray. The muscles are controlled via light through a technique known as optogenetics. The gene for an algae derived protein is inserted into the muscle cells. Blue light causes this protein to activate the muscle tissue.
Sat Trivia: In 2016, a biobot resembling which animal was created using a gold skeleton and rat muscles? How does one control where this biobot moves?
A stingray. The muscles are controlled via light through a technique known as optogenetics. The gene for an algae derived protein is inserted into the muscle cells. Blue light causes this protein to activate the muscle tissue.
