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Strength Shirt

13.07.2022

Engineers at ETH Zurich's Sensory Motor Systems Laboratory have been able to create artificial muscles from tissue. The device is called Myoshirt, which works like a shirt - you just have to put it on.

The technology is designed for people with disabilities. It increases strength and endurance by 60 percent.

The shirt works like this: sensors located in the fabric send data to an intelligent algorithm. The algorithm recognizes exactly what movement the owner wants to make and what effort is needed for this.

The developers assure that the user always keeps the situation under control. The support is dictated by his own movements. The shirt "turns off" easily, you can do it at any time.

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Silicon Carbide Mass Production Plant 05.11.2013

The German company PVA TePla demonstrated equipment for the production of silicon carbide boules - single crystals, from which wafers are cut for semiconductor production.

Silicon carbide (SiC) is used to make high-power and high-voltage semiconductor components, and LEDs for lighting systems are grown on silicon carbide substrates.

The machine, named baSiC-T, uses a physical steam transfer system and can produce boules for 100mm and 150mm wafers. The initial steam for growing the crystal is obtained by sublimation of the powder at a temperature of 2200°C, created by an induction heater with a power of 10 kW. The maximum total power is 60 kW. The installation has overall dimensions of 2x1,2x2,8 m and weighs 1300 kg (2000 kg with the control cabinet).

"Its modular design," says the company, "takes up less space than multiple mass-produced systems connected together."

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