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Expanse_010921.pptx

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Gordon Hart

A TRIZ implementation

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A B C D E ADVENTURES IN 24TH CENTURY INNOVATION
A B C D E
A B C D E ‘There was a button. I pushed it.’ ‘I keep warning you. Doors and corners, kid.. If you don’t clear the room. If you don’t come in slow, that room will eat you’ ‘Is it a thing I can fix? Point me at the thing.’ JAMES HOLDEN: PRINCIPLED INTUITIVE JOSEPHUS MILLER: PRAGMATIC INVESTIGATOR
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A B C D E 2350 1911 1760 150 YEARS 400+ YEARS ?
A B C D E
A B C D E ‘There's a right thing to do’ ‘You don't have a right thing, friend,. You've got a whole plateful of maybe a little less wrong.’ JAMES HOLDEN: PRINCIPLED INTUITIVE JOSEPHUS MILLER: PRAGMATIC INVESTIGATOR
A B C D E FIGHTING FOR PEACE? JAMES HOLDEN: PRINCIPLED INTUITIVE JOSEPHUS MILLER: PRAGMATIC INVESTIGATOR ‘There's a right thing to do’ ‘You don't have a right thing, friend,. You've got a whole plateful of maybe a little less wrong.’
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A B C D E
A B C D E
A B C D E WHAT DO WE WANT? WHAT DON’T WE WANT? . . . . .
A B C D E BENEFITS. (ALL POSITIVE) . . . . . WHAT DO WE WANT? WHAT DON’T WE WANT? . . . . .
A B C D E BENEFITS. (ALL POSITIVE) NEUTRALISE OPPOSITION PROTECT YOURSELF MITIGATE RECOIL PENETRATE ARMOUR LEAVE THE SHIP INTACT
A B C D E HOW IS THE PROBLEM CURRENTLY SOLVED…? …A PISTOL THE MUNDANE TECHNICAL SOLUTION.
A B C D E BENEFITS HOW DOES THE MUNDANE TECHNICAL SOLUTION ACHIEVE THIS…? NEUTRALISE OPPOSITION . PROTECT YOURSELF . MITIGATE RECOIL . PENETRATE ARMOUR . LEAVE THE SHIP INTACT .
A B C D E TECHNICAL CONTRADICTIONS …DO WE HARM THIS? NEUTRALISE OPPOSITION PROTECT YOURSELF MITIGATE RECOIL PENETRATE ARMOUR LEAVE THE SHIP INTACT . . . . . AS WE INCREASE THIS… NEUTRALISE OPPOSITION . 1 2 4 7 PROTECT YOURSELF . 1 3 5 8 MITIGATE RECOIL . 2 3 6 9 PENETRATE ARMOUR . 4 5 6 10 LEAVE THE SHIP INTACT . 7 8 9 10
A B C D E INTERMISSION PROBLM DEFINTION SOLUTION DISCOVERY
A B C D E BENEFITS HOW DOES THE MUNDANE TECHNICAL SOLUTION ACHIEVE THIS…? SPECIFIC OUTCOMES OF BENEFIT? WHAT PHYSICAL MECHANISM PROVIDES THIS OUTCOME? WHY IS THIS MECHANISM REQUIRED? NEUTRALISE OPPOSITION . . . . PROTECT YOURSELF . . . . MITIGATE RECOIL . . . . PENETRATE ARMOUR . . . . LEAVE THE SHIP INTACT . . . .
A B C D E BENEFITS WHAT PHYSICAL MECHANISM PROVIDES THIS OUTCOME? WHAT ASSUMPTION IS SHAPING YOUR THINKING? NEUTRALISE OPPOSITION . . PROTECT YOURSELF . . MITIGATE RECOIL . . PENETRATE ARMOUR . . LEAVE THE SHIP INTACT . . THREE TYPES OF ASSUMPTION • ABOUT THE WORLD • ABOUT THE SOLUTION • ABOUT WHAT’S POSSIBLE
A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun Hold the gun in one hand
A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun Hold the gun in one hand
A B C D E MITIGATE RECOIL REPLACE THE MUNDANE SOLUTION PENETRATE ARMOUR GREAT IDEA! Hold the gun in one hand
A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun Hold the gun in one hand
A B C D E REPLACE THE MUNDANE SOLUTION MITIGATE RECOIL PENETRATE ARMOUR GREAT IDEA! High power gun
A B C D E MITIGATE RECOIL PENETRATE ARMOUR
A B C D E MITIGATE RECOIL PENETRATE ARMOUR The more we penetrate armour the less we can mitigate recoil The more we mitigate recoil the less we can penetrate armour
A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun Low power gun Hold the gun in one hand
A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun IDEAL! Low power gun Hold the gun in one hand
A B C D E MITIGATE RECOIL PENETRATE ARMOUR GREAT IDEA! High power gun Recoil like a low power gun, but not like a low power gun. • A rocket?
A B C D E MITIGATE RECOIL PENETRATE ARMOUR GREAT IDEA! Damage like a low speed bullet, but not like a low speed bullet. • Explosives? Low power gun Hold the gun in one hand
A B C D E MITIGATE RECOIL PENETRATE ARMOUR explosi ve Hold the gun in one hand rocke t High power gun IDEAL!
A B C D E SPACE TIME SCALE CONDITION
A B C D E SPACE TIME SCALE CONDITION
A B C D E SPACE TIME SCALE CONDITION
A B C D E SPACE TIME SCALE CONDITION
A B C D E SPACE TIME SCALE CONDITION
A B C D E NEUTRALISE OPPOSITION PROTECT YOURSELF … SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 1 … Find a new way to harm the opposition that keeps you protected IDEAL! Find a new method to protect yourself that will still harm the opposition
A B C D E NEUTRALISE OPPOSITION PROTECT YOURSELF SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 1 … Find a new method to protect yourself that will still harm the opposition
A B C D E NEUTRALISE OPPOSITION PROTECT YOURSELF SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 1 … Find a new way to harm the opposition that keeps you protected
A B C D E NEUTRALISE OPPOSITION MITIGATE RECOIL … SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 2 … IDEAL! Find a new method to mitigate recoil that will still harm the opposition … Find a new way to harm the opposition that mitigates recoil
A B C D E NEUTRALISE OPPOSITION MITIGATE RECOIL … SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 2 … Find a new way to harm the opposition that mitigates recoil
A B C D E NEUTRALISE OPPOSITION MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 2 … Find a new method to mitigate recoil that will still harm the opposition
A B C D E Find a new way to protect yourself that mitigates recoil PROTECT YOURSELF MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 3 … IDEAL! Find a new method to mitigate recoil that will still protect yourself …
A B C D E PROTECT YOURSELF MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 3 … Find a new way to protect yourself that mitigates recoil
A B C D E PROTECT YOURSELF MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 3 … Find a new method to mitigate recoil that will still protect yourself
A B C D E NEUTRALISE OPPOSITION PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 4 Find a new way to harm the opposition that penetrates armour … IDEAL! Find a new way to penetrate armour that will still harm the opposition …
A B C D E NEUTRALISE OPPOSITION PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 4 … Find a new way to harm the opposition that penetrates armour
A B C D E NEUTRALISE OPPOSITION PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 4 … Find a new way to penetrate armour that will still harm the opposition
A B C D E Find a new way to protect yourself that still penetrates armour PROTECT YOURSELF PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 5 … IDEAL! Find a new way to penetrate armour that will still protect yourself …
A B C D E PROTECT YOURSELF PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 5 … Find a new way to protect yourself that still penetrates armour
A B C D E PROTECT YOURSELF SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 5 PENETRATE ARMOUR … Find a new way to penetrate armour that will still protect yourself
A B C D E Find a new way to mitigate recoil that still penetrates armour MITIGATE RECOIL PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 6 … IDEAL! Find a new way to penetrate armour that will still mitigate recoil …
A B C D E MITIGATE RECOIL PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 6 … Find a new way to mitigate recoil that still penetrates armour
A B C D E MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 6 PENETRATE ARMOUR … Find a new way to penetrate armour that will still mitigate recoil
A B C D E NEUTRALISE OPPOSITION LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 7 Find a new way to harm the opposition that leaves the ship intact … IDEAL! Find a new way to leave the ship intact that will still harm the opposition …
A B C D E NEUTRALISE OPPOSITION LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 7 … Find a new way to harm the opposition that leaves the ship intact
A B C D E NEUTRALISE OPPOSITION LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 7 … Find a new way to leave the ship intact that will still harm the opposition
A B C D E LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 8 Find a new way to protect yourself that leaves the ship intact PROTECT YOURSELF … IDEAL! Find a new way to leave the ship intact that will still protect yourself …
A B C D E LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 8 PROTECT YOURSELF … Find a new way to protect yourself that leaves the ship intact
A B C D E PROTECT YOURSELF SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 8 LEAVE THE SHIP INTACT … Find a new way to leave the ship intact that will still protect yourself
A B C D E LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 9 Find a new way to mitigate recoil that leaves the ship intact MITIGATE RECOIL … IDEAL! Find a new way to leave the ship intact that will still mitigate recoil …
A B C D E LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 9 MITIGATE RECOIL … Find a new way to mitigate recoil that leaves the ship intact
A B C D E MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 9 LEAVE THE SHIP INTACT … Find a new way to leave the ship intact that will still mitigate recoil
A B C D E Find a new way to penetrate armour that leaves the ship intact PENETRATE ARMOUR LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 10 … IDEAL! Find a new way to leave the ship intact that will still penetrate armour …
A B C D E PENETRATE ARMOUR LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 10 … Find a new way to penetrate armour that leaves the ship intact
A B C D E PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 10 LEAVE THE SHIP INTACT … Find a new way to leave the ship intact that will still penetrate armour
A B C D E Top 3 Physical Contradiction Which Separation strategy was employed? What solution did this provoke? 1 2 3
A B C D E GOOD IDEAS ARE GOOD QUESTIONS. WHICH QUESTIONS ARE WORTH ASKING?
A B C D E solution engineering idea clear idea great idea idea fragments physical contradiction technical contradiction desires ideation implementation Observe world. Define desires. Define technical contradictions Transform technical contradictions into physical contradictions Separate the physical contradictions. Develop Insight about the problem Synthetise fragments into idea Understanding the idea Transform idea into a question. Make it palatable to people who execute. Investigating option. Experimentation. Technical development.
A B C D E STEP PROCESS TOOL DESCRIPTION LIST THE DESIRED BENEFITS JUDGE LIST Conclude what should be. Determine what we value. Identify the harms. Determine what stops us from achieving our goals. DESCRIBE THE MUNDANE SOLUTION DESCRIBE TABLE Establish what we know to be true. What is the incumbent solution? DISCOVER CONTRADICTIONS REALISE MATRIX To identify contradictions between desires will demand some investigation, and debate. DESCRIBE THE COMPROMISE WE LIVE WITH DESCRIBE TABLE This is the incumbent solution. The work of others to deliver each benefit in isolation. Speculate why their solution was considered the best solution. CREATE. INNOVATE. REALISE SEPARATION Here we innovate. Separate each contradiction to deliver physical contradictions in a creative way.
A B C D E STEP PROCESS LIST THE DESIRED BENEFITS JUDGE DESCRIBE THE MUNDANE SOLUTION DESCRIBE DISCOVER CONTRADICTIONS REALISE DESCRIBE THE COMPROMISE WE LIVE WITH DESCRIBE CREATE. INNOVATE. REALISE What shouldbe? What do we want? What do we value? What stops usgetting this? What don’t we want? What do we know to be true? Where are the contradictions? How is the problemsolvednow? What is wrong with the current solution? What doesn’t fit? Youdon't have a right thing, friend,. You'vegot a whole platefulofmaybe a little less wrong. There's a right thing to do The current situation just isn’t right What cluesdo we have?
A B C D E THANKS

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Expanse_010921.pptx

  • 1. A B C D E ADVENTURES IN 24TH CENTURY INNOVATION
  • 2. A B C D E
  • 3. A B C D E ‘There was a button. I pushed it.’ ‘I keep warning you. Doors and corners, kid.. If you don’t clear the room. If you don’t come in slow, that room will eat you’ ‘Is it a thing I can fix? Point me at the thing.’ JAMES HOLDEN: PRINCIPLED INTUITIVE JOSEPHUS MILLER: PRAGMATIC INVESTIGATOR
  • 4. A B C D E
  • 5. A B C D E 2350 1911 1760 150 YEARS 400+ YEARS ?
  • 6. A B C D E
  • 7. A B C D E ‘There's a right thing to do’ ‘You don't have a right thing, friend,. You've got a whole plateful of maybe a little less wrong.’ JAMES HOLDEN: PRINCIPLED INTUITIVE JOSEPHUS MILLER: PRAGMATIC INVESTIGATOR
  • 8. A B C D E FIGHTING FOR PEACE? JAMES HOLDEN: PRINCIPLED INTUITIVE JOSEPHUS MILLER: PRAGMATIC INVESTIGATOR ‘There's a right thing to do’ ‘You don't have a right thing, friend,. You've got a whole plateful of maybe a little less wrong.’
  • 9. A B C D E
  • 10. A B C D E
  • 11. A B C D E
  • 12. A B C D E WHAT DO WE WANT? WHAT DON’T WE WANT? . . . . .
  • 13. A B C D E BENEFITS. (ALL POSITIVE) . . . . . WHAT DO WE WANT? WHAT DON’T WE WANT? . . . . .
  • 14. A B C D E BENEFITS. (ALL POSITIVE) NEUTRALISE OPPOSITION PROTECT YOURSELF MITIGATE RECOIL PENETRATE ARMOUR LEAVE THE SHIP INTACT
  • 15. A B C D E HOW IS THE PROBLEM CURRENTLY SOLVED…? …A PISTOL THE MUNDANE TECHNICAL SOLUTION.
  • 16. A B C D E BENEFITS HOW DOES THE MUNDANE TECHNICAL SOLUTION ACHIEVE THIS…? NEUTRALISE OPPOSITION . PROTECT YOURSELF . MITIGATE RECOIL . PENETRATE ARMOUR . LEAVE THE SHIP INTACT .
  • 17. A B C D E TECHNICAL CONTRADICTIONS …DO WE HARM THIS? NEUTRALISE OPPOSITION PROTECT YOURSELF MITIGATE RECOIL PENETRATE ARMOUR LEAVE THE SHIP INTACT . . . . . AS WE INCREASE THIS… NEUTRALISE OPPOSITION . 1 2 4 7 PROTECT YOURSELF . 1 3 5 8 MITIGATE RECOIL . 2 3 6 9 PENETRATE ARMOUR . 4 5 6 10 LEAVE THE SHIP INTACT . 7 8 9 10
  • 18. A B C D E INTERMISSION PROBLM DEFINTION SOLUTION DISCOVERY
  • 19. A B C D E BENEFITS HOW DOES THE MUNDANE TECHNICAL SOLUTION ACHIEVE THIS…? SPECIFIC OUTCOMES OF BENEFIT? WHAT PHYSICAL MECHANISM PROVIDES THIS OUTCOME? WHY IS THIS MECHANISM REQUIRED? NEUTRALISE OPPOSITION . . . . PROTECT YOURSELF . . . . MITIGATE RECOIL . . . . PENETRATE ARMOUR . . . . LEAVE THE SHIP INTACT . . . .
  • 20. A B C D E BENEFITS WHAT PHYSICAL MECHANISM PROVIDES THIS OUTCOME? WHAT ASSUMPTION IS SHAPING YOUR THINKING? NEUTRALISE OPPOSITION . . PROTECT YOURSELF . . MITIGATE RECOIL . . PENETRATE ARMOUR . . LEAVE THE SHIP INTACT . . THREE TYPES OF ASSUMPTION • ABOUT THE WORLD • ABOUT THE SOLUTION • ABOUT WHAT’S POSSIBLE
  • 21. A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun Hold the gun in one hand
  • 22. A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun Hold the gun in one hand
  • 23. A B C D E MITIGATE RECOIL REPLACE THE MUNDANE SOLUTION PENETRATE ARMOUR GREAT IDEA! Hold the gun in one hand
  • 24. A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun Hold the gun in one hand
  • 25. A B C D E REPLACE THE MUNDANE SOLUTION MITIGATE RECOIL PENETRATE ARMOUR GREAT IDEA! High power gun
  • 26. A B C D E MITIGATE RECOIL PENETRATE ARMOUR
  • 27. A B C D E MITIGATE RECOIL PENETRATE ARMOUR The more we penetrate armour the less we can mitigate recoil The more we mitigate recoil the less we can penetrate armour
  • 28. A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun Low power gun Hold the gun in one hand
  • 29. A B C D E MITIGATE RECOIL PENETRATE ARMOUR High power gun IDEAL! Low power gun Hold the gun in one hand
  • 30. A B C D E MITIGATE RECOIL PENETRATE ARMOUR GREAT IDEA! High power gun Recoil like a low power gun, but not like a low power gun. • A rocket?
  • 31. A B C D E MITIGATE RECOIL PENETRATE ARMOUR GREAT IDEA! Damage like a low speed bullet, but not like a low speed bullet. • Explosives? Low power gun Hold the gun in one hand
  • 32. A B C D E MITIGATE RECOIL PENETRATE ARMOUR explosi ve Hold the gun in one hand rocke t High power gun IDEAL!
  • 33. A B C D E SPACE TIME SCALE CONDITION
  • 34. A B C D E SPACE TIME SCALE CONDITION
  • 35. A B C D E SPACE TIME SCALE CONDITION
  • 36. A B C D E SPACE TIME SCALE CONDITION
  • 37. A B C D E SPACE TIME SCALE CONDITION
  • 38. A B C D E NEUTRALISE OPPOSITION PROTECT YOURSELF … SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 1 … Find a new way to harm the opposition that keeps you protected IDEAL! Find a new method to protect yourself that will still harm the opposition
  • 39. A B C D E NEUTRALISE OPPOSITION PROTECT YOURSELF SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 1 … Find a new method to protect yourself that will still harm the opposition
  • 40. A B C D E NEUTRALISE OPPOSITION PROTECT YOURSELF SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 1 … Find a new way to harm the opposition that keeps you protected
  • 41. A B C D E NEUTRALISE OPPOSITION MITIGATE RECOIL … SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 2 … IDEAL! Find a new method to mitigate recoil that will still harm the opposition … Find a new way to harm the opposition that mitigates recoil
  • 42. A B C D E NEUTRALISE OPPOSITION MITIGATE RECOIL … SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 2 … Find a new way to harm the opposition that mitigates recoil
  • 43. A B C D E NEUTRALISE OPPOSITION MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 2 … Find a new method to mitigate recoil that will still harm the opposition
  • 44. A B C D E Find a new way to protect yourself that mitigates recoil PROTECT YOURSELF MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 3 … IDEAL! Find a new method to mitigate recoil that will still protect yourself …
  • 45. A B C D E PROTECT YOURSELF MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 3 … Find a new way to protect yourself that mitigates recoil
  • 46. A B C D E PROTECT YOURSELF MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 3 … Find a new method to mitigate recoil that will still protect yourself
  • 47. A B C D E NEUTRALISE OPPOSITION PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 4 Find a new way to harm the opposition that penetrates armour … IDEAL! Find a new way to penetrate armour that will still harm the opposition …
  • 48. A B C D E NEUTRALISE OPPOSITION PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 4 … Find a new way to harm the opposition that penetrates armour
  • 49. A B C D E NEUTRALISE OPPOSITION PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 4 … Find a new way to penetrate armour that will still harm the opposition
  • 50. A B C D E Find a new way to protect yourself that still penetrates armour PROTECT YOURSELF PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 5 … IDEAL! Find a new way to penetrate armour that will still protect yourself …
  • 51. A B C D E PROTECT YOURSELF PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 5 … Find a new way to protect yourself that still penetrates armour
  • 52. A B C D E PROTECT YOURSELF SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 5 PENETRATE ARMOUR … Find a new way to penetrate armour that will still protect yourself
  • 53. A B C D E Find a new way to mitigate recoil that still penetrates armour MITIGATE RECOIL PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 6 … IDEAL! Find a new way to penetrate armour that will still mitigate recoil …
  • 54. A B C D E MITIGATE RECOIL PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 6 … Find a new way to mitigate recoil that still penetrates armour
  • 55. A B C D E MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 6 PENETRATE ARMOUR … Find a new way to penetrate armour that will still mitigate recoil
  • 56. A B C D E NEUTRALISE OPPOSITION LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 7 Find a new way to harm the opposition that leaves the ship intact … IDEAL! Find a new way to leave the ship intact that will still harm the opposition …
  • 57. A B C D E NEUTRALISE OPPOSITION LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 7 … Find a new way to harm the opposition that leaves the ship intact
  • 58. A B C D E NEUTRALISE OPPOSITION LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 7 … Find a new way to leave the ship intact that will still harm the opposition
  • 59. A B C D E LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 8 Find a new way to protect yourself that leaves the ship intact PROTECT YOURSELF … IDEAL! Find a new way to leave the ship intact that will still protect yourself …
  • 60. A B C D E LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 8 PROTECT YOURSELF … Find a new way to protect yourself that leaves the ship intact
  • 61. A B C D E PROTECT YOURSELF SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 8 LEAVE THE SHIP INTACT … Find a new way to leave the ship intact that will still protect yourself
  • 62. A B C D E LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 9 Find a new way to mitigate recoil that leaves the ship intact MITIGATE RECOIL … IDEAL! Find a new way to leave the ship intact that will still mitigate recoil …
  • 63. A B C D E LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 9 MITIGATE RECOIL … Find a new way to mitigate recoil that leaves the ship intact
  • 64. A B C D E MITIGATE RECOIL SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 9 LEAVE THE SHIP INTACT … Find a new way to leave the ship intact that will still mitigate recoil
  • 65. A B C D E Find a new way to penetrate armour that leaves the ship intact PENETRATE ARMOUR LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 10 … IDEAL! Find a new way to leave the ship intact that will still penetrate armour …
  • 66. A B C D E PENETRATE ARMOUR LEAVE THE SHIP INTACT SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 10 … Find a new way to penetrate armour that leaves the ship intact
  • 67. A B C D E PENETRATE ARMOUR SEGMENTATION TAKING OUT LOCAL QUALITY ASYMMETRY CONSOLIDATION UNIVERSALITY PRIOR COUNTERACTION PRIOR ACTION CUSHION IN ADVANCE EQUIPOTENTIALITY DO IT IN REVERSE SPHEROIDALITY DYNAMICS PARTIAL OR EXCESSIVE ACTION ANOTHER DIMENSION MECHANICAL VIBRATION PERIODIC ACTION CONTINUITY OF USEFUL ACTION RUSHING THROUGH BLESSING IN DISGUISE FEEDBACK MEDIATOR SELF-SERVICE COPYING DISPOSE REPLACE MECHANICAL SYSTEM PNEUMATICS AND HYDRAULICS FLEXIBLE MEMBRANES POROUS MATERIALS COLOUR CHANGE HOMOGENEITY REJECTING AND REGENERATING TRANSFORM PROPERTIES PHASE TRANSITION THERMAL EXPANSION ACCELERATED OXIDATION INERT ENVIRONMENT COMPOSITE MATERIALS 10 LEAVE THE SHIP INTACT … Find a new way to leave the ship intact that will still penetrate armour
  • 68. A B C D E Top 3 Physical Contradiction Which Separation strategy was employed? What solution did this provoke? 1 2 3
  • 69. A B C D E GOOD IDEAS ARE GOOD QUESTIONS. WHICH QUESTIONS ARE WORTH ASKING?
  • 70. A B C D E solution engineering idea clear idea great idea idea fragments physical contradiction technical contradiction desires ideation implementation Observe world. Define desires. Define technical contradictions Transform technical contradictions into physical contradictions Separate the physical contradictions. Develop Insight about the problem Synthetise fragments into idea Understanding the idea Transform idea into a question. Make it palatable to people who execute. Investigating option. Experimentation. Technical development.
  • 71. A B C D E STEP PROCESS TOOL DESCRIPTION LIST THE DESIRED BENEFITS JUDGE LIST Conclude what should be. Determine what we value. Identify the harms. Determine what stops us from achieving our goals. DESCRIBE THE MUNDANE SOLUTION DESCRIBE TABLE Establish what we know to be true. What is the incumbent solution? DISCOVER CONTRADICTIONS REALISE MATRIX To identify contradictions between desires will demand some investigation, and debate. DESCRIBE THE COMPROMISE WE LIVE WITH DESCRIBE TABLE This is the incumbent solution. The work of others to deliver each benefit in isolation. Speculate why their solution was considered the best solution. CREATE. INNOVATE. REALISE SEPARATION Here we innovate. Separate each contradiction to deliver physical contradictions in a creative way.
  • 72. A B C D E STEP PROCESS LIST THE DESIRED BENEFITS JUDGE DESCRIBE THE MUNDANE SOLUTION DESCRIBE DISCOVER CONTRADICTIONS REALISE DESCRIBE THE COMPROMISE WE LIVE WITH DESCRIBE CREATE. INNOVATE. REALISE What shouldbe? What do we want? What do we value? What stops usgetting this? What don’t we want? What do we know to be true? Where are the contradictions? How is the problemsolvednow? What is wrong with the current solution? What doesn’t fit? Youdon't have a right thing, friend,. You'vegot a whole platefulofmaybe a little less wrong. There's a right thing to do The current situation just isn’t right What cluesdo we have?
  • 73. A B C D E THANKS

Notas del editor

  1. This workshop considers the production design of technologies that inhabit the science fiction universe presented in The Expanse, by James Corey and produced for Amazon Prime. The world building of this universe is truly excellent. Technologies proposed are well thought through, and therefore fit seamlessly into this universe. I’m going to try and use this context to teach you something about the framework I use when designing a new engineering concept.
  2. The expanse is a multi-part book and tv series, that dramatizes the expansion of humanity out into the solar system. Factions complete for control of resources, and conflict is common. Q: Have you seen it? Q: Have you read any of the books? Q: Did you enjoy it?
  3. Narratives tend to incorporate characters that must respond to this conflict. Personalities collide or collaborate, and a drama unfolds. Describe each character… Q: Are you familiar with either of these characters? Q: Can you describe them? Q: Do their respective characteristics tell us anything about problem solving? Q: Which character would be better at problem solving? The intuitive creative, or the pragmatic structured approach?
  4. The world of The Expanse is employed to tell an exciting tale of adventure and intrigue that spans the solar system, and involves three cultures in conflict. As a result, the narrative is punctuated by frequent conflicts that result in violent confrontations, typically involving firearms from civilian to military. However, I have a question. Q: What do you see? Q: What’s going on here? Q: Do you notice that they appear to be using primitive weapons? Q: What kind of weapons are they using?
  5. This is the 24th Century. The guns fire projectiles that cause damage when they strike surfaces. This raises another question. Q: Have hand weapons advanced much in the intervening centuries? Whilst its possible to have a completely different solution I think that the fact that people have been using this mechanism for hundreds of years tells us that there is a good chance that they will be using for hundreds more. Q: Why? Q: What is so good about this solution to the problem of an armed confrontation??
  6. The action takes place in environments such as fast moving spacecraft, or large stationary habitats teeming with civilian populations. This might lead us to ask questions of this universe. Q: How vulnerable are these environments? Q: What happens if you fire a gun inside these environments? Q: Do these guns match the environment in which the action takes place? Q: If not, how could you make them match?
  7. To build a believable fictional world may face many contradictions. Drama itself thrives on each character’s internal contradiction. For example, James Holden is the hero. He is an honest, principled man seeking to protect humanity from itself and from threats. Q: If he has such care for the lives of others, why does the character James Holden fight so hard? Q: Why is he always shooting people? Q: What is Holden’s objective? Q: Do his principles match his actions?
  8. Q: Is Holden a complex character because he is fighting…for peace? I’m no screen writer at all. However… Q: Do the contradictions exhibited make this character more interesting? Q: Do the contradictions forced upon Holden make the drama more interesting?
  9. Consider this snapshot of some armed conflict space habitat. Q: So you see anything contradictory? Q: What could happen next? Q: What would you want to happen next?
  10. I could emphasis the contradiction by offering an absurd, but similar situation. Q: What’s wrong with this picture? Q: What could happen next? Q: What would you want to happen next?
  11. However, perhaps this contraction remains present even in more subtle situations. Q: What contradictions can you see here? Q: What has happened? Q: What should have happened? Q: Is this a problem that requires a resolution?
  12. If we see a problem, or something that doesn’t quite fit, or things that don’t quite go together, we should begin by listing what we want. Q: What do we want? Q: Can we describe these all as desirable benefits? Q: Do you see any contradictions between these benefits? Sometimes our desires are filled with contradictions. Sometimes people think they have problems, and yet their desires don’t contradict at all. Q: How many contradictions are we faced with here?
  13. Fundamental question. Why do we wan this benefit? Is it a benefit, or actually a solution? If we see a problem, or something that doesn’t quite fit, or things that don’t quite go together, we should begin by listing what we want. Q: What do we want? Q: Can we describe these all as desirable benefits? Q: Do you see any contradictions between these benefits? Sometimes our desires are filled with contradictions. Sometimes people think they have problems, and yet their desires don’t contradict at all. Q: How many contradictions are we faced with here?
  14. Pre-prepared example, to constrain the workshop This is teaching material, so I have to take some shortcuts just to constrain our progress a little. Q: Do these benefits match those that you identified? We could realise any one of these benefits if we had nothing stopping us from doing so. However, the way we realise some of our desires may actually contradict the desire to achieve other benefits or resolve other harms. So, we have to look at the current solution.
  15. Now we have our desires understood, it is worth taking a moment to determine how the characters in the narrative solve this problem. We have noted that the narrative employs a rather mundane solution – a kinetic projectile. Q: Is this sci fi weapon in the Expanse much different from those contemporary solutions that we already understand? Pop and anchor in….
  16. The benefits we seek do not necessarily logically contradict. However, this current, mundane solution might introduce contradictions. Q: Can you describe how this mundane solution delivers the benefits that we desire? Q: Does the mundane solution offers us everything that we want? Q: Does the mundane solution introduce any contradictions?
  17. The best way to be sure that we have identified all of the potential contradictions in our assumed solution, is to create a matrix and cross reference all of our desires against all of the others. Q: Can you identify the solutions that realise these desires contradict one another? Q: Why do they contradict? Q: Is the contradiction symmetric?
  18. Q: Do you need a break?
  19. It isn’t enough to understand that our desires may contradict. We must understand why these solutions contradict. To understand why they contradict, we must understand why the mundane solution is inadequate. Q: Can we identify the mechanisms that would offer each of these benefits? Q: Why are we using this mechanism?
  20. A balance of options is a typical way to resolve contradictions between our desires. A little bit from column A, a little bit from column B. Make a pistol just powerful enough to defeat armour, but only so powerful that we can hold it in one hand. However, we don’t intend to compromise between desires or solution. We don’t start by trading performance away.
  21. Contradictory solutions provide a poor foundation upon which pursue all of our desires. One support may be perfectly adequate, but combined with another solution, we achieve an uneven pair of supports. Both supports are perfectly adequate in isolation, but paired together an one will harm the other.
  22. To resolve this problem, we don’t throw out everything and start again. We can keep one support, and replace the other with a great idea.
  23. Of course, as these solutions contradict, we can treat each support the other way around. Both supports are perfectly adequate in isolation, but paired together one will harm the other. In this case, the inadequacy is the other way around.
  24. To resolve this problem, we don’t throw out everything and start again. We can keep one support, and replace the other with a great idea.
  25. An alternative way to look a this is with a graph. We can penetrate armour, and we can mitigate recoil, but to offer both we must compromise between them. The mundane compromises create a boundary beyond which we perhaps can’t venture.
  26. The strong supports are found at either end of this curve, at either end of the mundane compromises.
  27. The ideal solution is to achieve the most we can of both. Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  28. Perhaps we can keep one of those mundane solutions, and solve only for the other. We retain the high power gun, but somehow must mitigate the recoil with a clever idea. Note that this creates a logical contradiction that must be resolved.
  29. We can do this either way around. We can retain our hold with one hand, but must now recover the high power with a great idea. Note that this creates a logical contradiction that must be resolved.
  30. This is how we will solve the problem. This is how we will attempt to resolve the contradiction.
  31. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  32. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  33. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  34. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  35. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  36. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  37. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  38. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  39. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  40. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  41. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  42. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  43. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  44. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  45. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  46. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  47. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  48. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  49. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  50. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  51. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  52. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises? ?
  53. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises? ?
  54. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  55. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  56. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  57. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  58. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  59. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  60. The ideal solution is to achieve the most we can of both. Q: As one gets better, does the other get worse? Q: Is the contradiction symmetric? Q: Can we have both? Q: How can we get past the boundary of mundane compromises?
  61. Q: If you were to pursue any of these ideas which you would pursue? Q: Are these ideas solutions?
  62. Q: If you were to pursue any of these ideas which you would pursue? Q: Are these ideas solutions?
  63. Or are they questions?
  64. THANKS.