Will Stevens

Particle-based interpolation of holes in scroll surface.

Will Stevens

Fourchem - chain of events

Will Stevens

Artificial chemistry with 4 atom types fourchem

Will Stevens

Aluminium-air battery

Will Stevens

Checking that the output from the divide by 3 circuit can drive a motor

Will Stevens

Divide by 3 circuit using homemade relays

Will Stevens

Full adder made from single throw reed relays

Will Stevens

A relay oscillator driving a toggle flip flop

Will Stevens

A simple SPST relay oscillator

Will Stevens

Divide by 2 flip flop made from copper-contact relays

Will Stevens

Testing an SPST relay with copper wire contacts

Will Stevens

First attempt at a divide by 3 circuit

Will Stevens

Reading information from a punched card

Will Stevens

Mechanism for advancing a punched card

Will Stevens

A better bidirectional movement mechanism

Will Stevens

Stepping the platform more quickly

Will Stevens

A bidirectional platform stepped by two gravity powered motors

Will Stevens

Homemade relay toggle flip-flop fed from a 1.5Hz signal for 5 minutes

Will Stevens

Experiment with a mechanism for reading a pegboard memory

Will Stevens

DPST reed relay toggle flip flop

Will Stevens

Testing another relay

Will Stevens

A fluid simulation model of motility and tube formation

Will Stevens

Simulated remotely controlled self replication

Will Stevens

Bidirectional linear motion from two unidirectional rotating shafts

Will Stevens

3D printed relays

Will Stevens

A simple 2 motor controller

Will Stevens

Modulo 12 counter and clock dividers made from relays

Will Stevens

A 3D printed punched card reader

Will Stevens

Speed and direction control circuit for a stepper motor, made from relays

Will Stevens

Stepper motor driver made from fewer relays

Will Stevens