Next Steps in Sense Work

Pressure

Itch

Cold Thermoception

Heat Thermoception

Proprioception

Tension

Stretch

Vibration

Nociception

Equilibrioception

  1. Creating
    1. What changes would you make to use SIMPLE TOUCH?
    1. How would you improve SIMPLE TOUCH in design?
    1. What would happen if a design was only SIMPLE TOUCH?
    1. What would happen if a design did not incorporate SIMPLE TOUCH?
    1. What are alternative uses for SIMPLE TOUCH?
    1. Can you invent other ways to use SIMPLE TOUCH?
    1. How would you adapt SIMPLE TOUCH to create a different design for an existing structure?
    1. How would you design with SIMPLE TOUCH?
    1. How would you test SIMPLE TOUCH?
    1. Can you formulate a theory for SIMPLE TOUCH?
  2. Creating
    1. What changes would you make to use PRESSURE?
    1. How would you improve PRESSURE in design?
    1. What would happen if a design was only PRESSURE?
    1. What would happen if a design did not incorporate PRESSURE?
    1. What are alternative uses for PRESSURE?
    1. Can you invent other ways to use PRESSURE?
    1. How would you adapt PRESSURE to create a different design for an existing structure?
    1. How would you design with PRESSURE?
    1. How would you test PRESSURE?
    1. Can you formulate a theory for PRESSURE?
  3. Creating
    1. What changes would you make to use ITCH?
    1. How would you improve ITCH in design?
    1. What would happen if a design was only ITCH?
    1. What would happen if a design did not incorporate ITCH?
    1. What are alternative uses for ITCH?
    1. Can you invent other ways to use ITCH?
    1. How would you adapt ITCH to create a different design for an existing structure?
    1. How would you design with ITCH?
    1. How would you test ITCH?
    1. Can you formulate a theory for ITCH?
  4. Creating
    1. What changes would you make to use COLD THERMOCEPTION?
    1. How would you improve COLD THERMOCEPTION in design?
    1. What would happen if a design was only COLD THERMOCEPTION?
    1. What would happen if a design did not incorporate COLD THERMOCEPTION?
    1. What are alternative uses for COLD THERMOCEPTION?
    1. Can you invent other ways to use COLD THERMOCEPTION?
    1. How would you adapt COLD THERMOCEPTION to create a different design for an existing structure?
    1. How would you design with COLD THERMOCEPTION?
    1. How would you test COLD THERMOCEPTION?
    1. Can you formulate a theory for COLD THERMOCEPTION?
  5. Creating
    1. What changes would you make to use HEAT THERMOCEPTION?
    1. How would you improve HEAT THERMOCEPTION in design?
    1. What would happen if a design was only HEAT THERMOCEPTION?
    1. What would happen if a design did not incorporate HEAT THERMOCEPTION?
    1. What are alternative uses for HEAT THERMOCEPTION?
    1. Can you invent other ways to use HEAT THERMOCEPTION?
    1. How would you adapt HEAT THERMOCEPTION to create a different design for an existing structure?
    1. How would you design with HEAT THERMOCEPTION?
    1. How would you test HEAT THERMOCEPTION?
    1. Can you formulate a theory for HEAT THERMOCEPTION?
  6. Creating
    1. What changes would you make to use PROPRIOCEPTION?
    1. How would you improve PROPRIOCEPTION in design?
    1. What would happen if a design was only PROPRIOCEPTION?
    1. What would happen if a design did not incorporate PROPRIOCEPTION?
    1. What are alternative uses for PROPRIOCEPTION?
    1. Can you invent other ways to use PROPRIOCEPTION?
    1. How would you adapt PROPRIOCEPTION to create a different design for an existing structure?
    1. How would you design with PROPRIOCEPTION?
    1. How would you test PROPRIOCEPTION?
    1. Can you formulate a theory for PROPRIOCEPTION?
  7. Creating
    1. What changes would you make to use TENSION?
    1. How would you improve TENSION in design?
    1. What would happen if a design was only TENSION?
    1. What would happen if a design did not incorporate TENSION?
    1. What are alternative uses for TENSION?
    1. Can you invent other ways to use TENSION?
    1. How would you adapt TENSION to create a different design for an existing structure?
    1. How would you design with TENSION?
    1. How would you test TENSION?
    1. Can you formulate a theory for TENSION?
  8. Creating
    1. What changes would you make to use STRETCH?
    1. How would you improve STRETCH in design?
    1. What would happen if a design was only STRETCH?
    1. What would happen if a design did not incorporate STRETCH?
    1. What are alternative uses for STRETCH?
    1. Can you invent other ways to use STRETCH?
    1. How would you adapt STRETCH to create a different design for an existing structure?
    1. How would you design with STRETCH?
    1. How would you test STRETCH?
    1. Can you formulate a theory for STRETCH?
  9. Creating
    1. What changes would you make to use VIBRATION?
    1. How would you improve VIBRATION in design?
    1. What would happen if a design was only VIBRATION?
    1. What would happen if a design did not incorporate VIBRATION?
    1. What are alternative uses for VIBRATION?
    1. Can you invent other ways to use VIBRATION?
    1. How would you adapt VIBRATION to create a different design for an existing structure?
    1. How would you design with VIBRATION?
    1. How would you test VIBRATION?
    1. Can you formulate a theory for VIBRATION?
  10. Creating
    1. What changes would you make to use NOCICEPTION?
    1. How would you improve NOCICEPTION in design?
    1. What would happen if a design was only NOCICEPTION?
    1. What would happen if a design did not incorporate NOCICEPTION?
    1. What are alternative uses for NOCICEPTION?
    1. Can you invent other ways to use NOCICEPTION?
    1. How would you adapt NOCICEPTION to create a different design for an existing structure?
    1. How would you design with NOCICEPTION?
    1. How would you test NOCICEPTION?
    1. Can you formulate a theory for NOCICEPTION?
  11. Creating
    1. What changes would you make to use EQUILIBRIOCEPTION?
    1. How would you improve EQUILIBRIOCEPTION in design?
    1. What would happen if a design was only EQUILIBRIOCEPTION?
    1. What would happen if a design did not incorporate EQUILIBRIOCEPTION?
    1. What are alternative uses for EQUILIBRIOCEPTION?
    1. Can you invent other ways to use EQUILIBRIOCEPTION?
    1. How would you adapt EQUILIBRIOCEPTION to create a different design for an existing structure?
    1. How would you design with EQUILIBRIOCEPTION?
    1. How would you test EQUILIBRIOCEPTION?
    1. Can you formulate a theory for EQUILIBRIOCEPTION?
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