@@softroboticsoptical actuators that use laser energy in optic fibres for sensing, computation and mechanical actuation. If the centralised laser source is a fiber laser that can cut steel it should be able to boil enough water to make a robot finger wiggle. Not because we need to, but because it would be really, really cool.
Very many, the most important of these technologies are pneumatic and mechanical computing and electronics-free control, hydraulic/air sensing, fluidic amplifier, interaction between ( mechanics, light, and chemistry ), mechanical heating without electricity, miniturize the mechanical system. Thank you 🌹🌹
![Soft Robotics Lab [SRL] / ETH Zurich](http://yt3.ggpht.com/ytc/AIdro_nLMoxdZZ6ADPrpdrlDFk7gEYgqw2jo4umRjY7bGAYG=s48-c-k-c0x00ffffff-no-rj)
Very thorough, and you're not trying to claim miraculous results from subpar research.
Well done, this is very interesting technology!
Very cool work, in the future robots will be able to "quantitatively" perceive.
We should not rely on electricity, other technologies must be developed.
What technologies would you like to see getting developed?
@@softroboticsoptical actuators that use laser energy in optic fibres for sensing, computation and mechanical actuation. If the centralised laser source is a fiber laser that can cut steel it should be able to boil enough water to make a robot finger wiggle.
Not because we need to, but because it would be really, really cool.
Very many, the most important of these technologies are pneumatic and mechanical computing and electronics-free control, hydraulic/air sensing, fluidic amplifier, interaction between ( mechanics, light, and chemistry ), mechanical heating without electricity, miniturize the mechanical system. Thank you 🌹🌹