Ty Sibo
Character
OUT OF CHARACTER INFORMATION
- Intent: To create a Microcomputer small enough to fit on a grain of rice that can detect Stress waves of varying degrees from explosions
- Image Source: University of Michigan News/Flickr
- Canon Link: Microscanner
- Permissions: N/A
PRODUCTION INFORMATION
- Manufacturer: Hades Corp
- Affiliation: Eternal Empire
- Market Status: Closed market
- Model: MSS-V1
- Modularity: no
- Production: Minor
- Material: Electronic parts, Inert gas, Ore (low grade), vibroblade components, Plasteel,
- Pressure wave sensors: This tiny Computer device can sense varying stress waves produced by explosives. and send the data of said wave as well as send a line of code that states its position in relation to the blast
- Microsizes: Due to being smaller than a grain of rice, small enough where you could rest ten to 20 on said grain. such a device would help greatly in weight as well as free up space for other things in robots armor materials and the like
- Perfect for anti-explosive defenses: with enough of these one could detect the exact impact for where shrapnel would impact or better predict how much energy to use for deflector shields allowing for more pinpoint defenses for explosive protection
- limited processing power: don't expect this computer to do more than it's programmed for ie sending the info of stress waves from explosions in relation to itself.
- strength in numbers: by now you can assume these are great well that's just it you'll need hundreds of these just to accurately cover a 1foot by one-foot square meaning these things are tedious to set up.
DESCRIPTION
Ty Began testing and working with various microprocessors Like the microprocessor sensors in the hopes of developing a pinpoint accurate explosive detection sensor eventually developing his own at a tenth of the size using designs from vibroblades as well as microprocessor sensors to develop the MSS-V1.
The MSS-V1 uses a sensor tuned specifically for stress pressures given off of Explosions similar to how seismograph detects earthquakes and then those vibrations trigger the computer to measure the pressure of the wave to determine differences in relation to itself. Ty estimates that with this technology if one were able to make a material with said device layered into it in the hundreds or thousands it could accurately predict were explosions shrapnel would hit due to the varying pressures in relation to each computer allowing for if paired with other technology a greater and more pinpoint level of defense against shrapnel and other explosive ordinance.
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