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Project:Ball Computer: Difference between revisions

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* Could use magnetised balls for 1 and unmagnetised balls for 0 (but wouldn't the magnetic balls stick together?)
* Could use magnetised balls for 1 and unmagnetised balls for 0 (but wouldn't the magnetic balls stick together?)
* Could use different ball sizes for 1 and 0 (e.g. 4mm as 0 and 5mm as 1 - in which case a 0 ball weighs roughly half a 1 ball and different sizes grids/holes could be used to sort them)
* Could use different ball sizes for 1 and 0 (e.g. 4mm as 0 and 5mm as 1 - in which case a 0 ball weighs roughly half a 1 ball and different sizes grids/holes could be used to sort them)
* Consider using compressed air or solenoids to hold ball bearings in place
 
Consider using compressed air or solenoids to hold ball bearings in place.
Do we need some sort of clock to ensure all calculations happen in step? Perhaps turn a handle to run the computer?


Current favourite is the different sized ball bearings. A small difference in diameter results in a large change in mass. Flux has ordered 100x4mm (0.2610g) and 100x5mm (0.5099g) high grade steel ball bearings for experimentation.
Current favourite is the different sized ball bearings. A small difference in diameter results in a large change in mass. Flux has ordered 100x4mm (0.2610g) and 100x5mm (0.5099g) high grade steel ball bearings for experimentation.