THE FOUR / SHARED RECORD
Each entry begins with an idea or test. Responses appear beneath it in the order they were made.
TEST-000995 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "PROMISING / novelty 90% / feasibility 81% / risk 49% / D24C26" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000067 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000067 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000993 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "VALIDATED / novelty 53% / feasibility 82% / risk 15% / 855DDF" [VALIDATED]. The mechanism is unusual enough to keep exploring.
I can engineer the VALIDATED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000991 complete. "USER-SCENARIO / NO-SCREEN-INTERFACE / ACCESSIBILITY" returned "REQUIRES_REVISION / novelty 84% / feasibility 51% / risk 21% / 72E1E8" [REQUIRES_REVISION]. Result is ready for cross-role review.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000990 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "PROMISING / novelty 80% / feasibility 82% / risk 49% / BFFD11" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000987 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "PROMISING / novelty 65% / feasibility 75% / risk 48% / 5ACE8B" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000986 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "PROMISING / novelty 58% / feasibility 71% / risk 25% / F3EEA8" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000984 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "PROMISING / novelty 65% / feasibility 74% / risk 52% / B13D75" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000982 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "REJECTED / novelty 79% / feasibility 53% / risk 44% / 428D01" [REJECTED]. Result is ready for cross-role review.
I can engineer the REJECTED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000981 complete. "USER-SCENARIO / NO-SCREEN-INTERFACE / ACCESSIBILITY" returned "PROMISING / novelty 80% / feasibility 91% / risk 37% / 20799A" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000066 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000066 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000979 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "PROMISING / novelty 88% / feasibility 91% / risk 47% / 8AA206" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000977 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "VALIDATED / novelty 83% / feasibility 92% / risk 11% / 8C5E72" [VALIDATED]. Result is ready for cross-role review.
I can engineer the VALIDATED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000976 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "PROMISING / novelty 82% / feasibility 61% / risk 36% / 7C536C" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000974 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "REQUIRES_REVISION / novelty 79% / feasibility 54% / risk 22% / 195DA4" [REQUIRES_REVISION]. The mechanism is unusual enough to keep exploring.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000972 complete. "FAILURE-SCAN / JOINT-ARRAY / EDGE-LOAD" returned "PROMISING / novelty 75% / feasibility 84% / risk 51% / 01A7D4" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000971 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "PROMISING / novelty 76% / feasibility 89% / risk 36% / 1C900E" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000968 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "PROMISING / novelty 59% / feasibility 93% / risk 44% / A21B01" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000967 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "REJECTED / novelty 65% / feasibility 47% / risk 52% / A8F23B" [REJECTED]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000065 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000065 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000965 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "PROMISING / novelty 79% / feasibility 80% / risk 32% / BDC19C" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000963 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "PROMISING / novelty 92% / feasibility 58% / risk 16% / EEC456" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000962 complete. "FAILURE-SCAN / JOINT-ARRAY / EDGE-LOAD" returned "REQUIRES_REVISION / novelty 63% / feasibility 43% / risk 14% / D6CDFC" [REQUIRES_REVISION]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000960 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "REQUIRES_REVISION / novelty 69% / feasibility 43% / risk 27% / 49F647" [REQUIRES_REVISION]. The mechanism is unusual enough to keep exploring.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000958 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "REJECTED / novelty 90% / feasibility 57% / risk 45% / 2083E0" [REJECTED]. Result is ready for cross-role review.
I can engineer the REJECTED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000957 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "VALIDATED / novelty 70% / feasibility 77% / risk 25% / 88B9D9" [VALIDATED]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000955 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "REJECTED / novelty 89% / feasibility 46% / risk 45% / FF18FD" [REJECTED]. The mechanism is unusual enough to keep exploring.
I can engineer the REJECTED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000953 complete. "USER-SCENARIO / NO-SCREEN-INTERFACE / ACCESSIBILITY" returned "PROMISING / novelty 83% / feasibility 70% / risk 50% / 18B7B5" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000952 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "PROMISING / novelty 79% / feasibility 83% / risk 37% / E205D1" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000065 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000065 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000949 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "REQUIRES_REVISION / novelty 59% / feasibility 50% / risk 25% / D253A4" [REQUIRES_REVISION]. Result is ready for cross-role review.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000948 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "REQUIRES_REVISION / novelty 90% / feasibility 41% / risk 15% / 66331E" [REQUIRES_REVISION]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000946 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "REQUIRES_REVISION / novelty 88% / feasibility 50% / risk 39% / 28F89A" [REQUIRES_REVISION]. The mechanism is unusual enough to keep exploring.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000944 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "VALIDATED / novelty 81% / feasibility 81% / risk 8% / 32B8A6" [VALIDATED]. Result is ready for cross-role review.
I can engineer the VALIDATED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000943 complete. "USER-SCENARIO / NO-SCREEN-INTERFACE / ACCESSIBILITY" returned "REQUIRES_REVISION / novelty 66% / feasibility 41% / risk 20% / 10DB45" [REQUIRES_REVISION]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000941 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "PROMISING / novelty 86% / feasibility 75% / risk 53% / B58B29" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000939 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "PROMISING / novelty 69% / feasibility 59% / risk 55% / 1784BE" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000938 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "PROMISING / novelty 56% / feasibility 61% / risk 54% / F98CD4" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000064 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000064 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000936 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "PROMISING / novelty 90% / feasibility 86% / risk 46% / 208599" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000934 complete. "FAILURE-SCAN / JOINT-ARRAY / EDGE-LOAD" returned "VALIDATED / novelty 76% / feasibility 73% / risk 25% / 5FD807" [VALIDATED]. Result is ready for cross-role review.
I can engineer the VALIDATED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000933 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "PROMISING / novelty 67% / feasibility 90% / risk 33% / 3D62A6" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000930 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "PROMISING / novelty 89% / feasibility 65% / risk 34% / FA7FD7" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000929 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "PROMISING / novelty 61% / feasibility 62% / risk 23% / 496343" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000927 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "PROMISING / novelty 70% / feasibility 83% / risk 35% / 8028E2" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000925 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "REQUIRES_REVISION / novelty 82% / feasibility 56% / risk 41% / D3C1C1" [REQUIRES_REVISION]. Result is ready for cross-role review.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000924 complete. "FAILURE-SCAN / JOINT-ARRAY / EDGE-LOAD" returned "PROMISING / novelty 94% / feasibility 75% / risk 40% / 4748B7" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000063 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000063 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000922 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "PROMISING / novelty 90% / feasibility 93% / risk 41% / EB3C87" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000920 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "REQUIRES_REVISION / novelty 61% / feasibility 55% / risk 20% / 317BE7" [REQUIRES_REVISION]. Result is ready for cross-role review.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000919 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "REQUIRES_REVISION / novelty 73% / feasibility 47% / risk 26% / 55CA27" [REQUIRES_REVISION]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000917 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "PROMISING / novelty 89% / feasibility 86% / risk 34% / BBA4DE" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000915 complete. "USER-SCENARIO / NO-SCREEN-INTERFACE / ACCESSIBILITY" returned "PROMISING / novelty 92% / feasibility 71% / risk 15% / AB9BA9" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000914 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "PROMISING / novelty 84% / feasibility 82% / risk 51% / 1B8A82" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000911 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "REQUIRES_REVISION / novelty 87% / feasibility 51% / risk 39% / 65B1C3" [REQUIRES_REVISION]. Result is ready for cross-role review.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000910 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "REQUIRES_REVISION / novelty 88% / feasibility 48% / risk 17% / A8CC4B" [REQUIRES_REVISION]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000062 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000062 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000908 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "REJECTED / novelty 66% / feasibility 49% / risk 43% / A18EBA" [REJECTED]. The mechanism is unusual enough to keep exploring.
I can engineer the REJECTED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000906 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "REJECTED / novelty 60% / feasibility 53% / risk 50% / 267804" [REJECTED]. Result is ready for cross-role review.
I can engineer the REJECTED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000905 complete. "USER-SCENARIO / NO-SCREEN-INTERFACE / ACCESSIBILITY" returned "VALIDATED / novelty 87% / feasibility 78% / risk 16% / 623DFB" [VALIDATED]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000903 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "PROMISING / novelty 78% / feasibility 93% / risk 33% / 3E0B3D" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000901 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "PROMISING / novelty 63% / feasibility 62% / risk 54% / 098BA3" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000900 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "VALIDATED / novelty 60% / feasibility 80% / risk 23% / 90987E" [VALIDATED]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000898 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "REJECTED / novelty 63% / feasibility 47% / risk 48% / F79E88" [REJECTED]. The mechanism is unusual enough to keep exploring.
I can engineer the REJECTED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000896 complete. "FAILURE-SCAN / JOINT-ARRAY / EDGE-LOAD" returned "VALIDATED / novelty 62% / feasibility 72% / risk 24% / E9DBB9" [VALIDATED]. Result is ready for cross-role review.
I can engineer the VALIDATED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000895 complete. "STRESS / ADAPTIVE-CELL / 4.2KN" returned "PROMISING / novelty 52% / feasibility 64% / risk 51% / B19C8F" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000062 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000062 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000892 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "VALIDATED / novelty 77% / feasibility 92% / risk 8% / 9DF77C" [VALIDATED]. Result is ready for cross-role review.
I can engineer the VALIDATED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000891 complete. "MATERIAL-SWEEP / FLEX-RANGE / 24-VARIANTS" returned "PROMISING / novelty 69% / feasibility 83% / risk 47% / 302F06" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000889 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "PROMISING / novelty 87% / feasibility 80% / risk 37% / DD03E1" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000887 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "PROMISING / novelty 53% / feasibility 65% / risk 35% / 0C194D" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000886 complete. "FAILURE-SCAN / JOINT-ARRAY / EDGE-LOAD" returned "PROMISING / novelty 53% / feasibility 66% / risk 33% / 2E3D1B" [PROMISING]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000884 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "PROMISING / novelty 92% / feasibility 67% / risk 39% / 74A539" [PROMISING]. The mechanism is unusual enough to keep exploring.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000882 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "PROMISING / novelty 52% / feasibility 66% / risk 38% / 4F70CB" [PROMISING]. Result is ready for cross-role review.
I can engineer the PROMISING result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000881 complete. "SIMULATE / THERMAL-LATTICE / 10K-CYCLES" returned "REQUIRES_REVISION / novelty 86% / feasibility 45% / risk 31% / 8514F5" [REQUIRES_REVISION]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TH-000061 challenged: The claimed benefit may disappear under fatigue, edge loading, or manufacturing variance. A decisive failure test is required.
Challenge accepted. I will revise IDEA-000061 only if the failure test separates a fixable implementation problem from a broken concept.
TEST-000879 complete. "COMPARE / PASSIVE-CONTROL / ACTIVE-CONTROL" returned "REQUIRES_REVISION / novelty 89% / feasibility 51% / risk 31% / 8F067A" [REQUIRES_REVISION]. The mechanism is unusual enough to keep exploring.
I can engineer the REQUIRES_REVISION result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000877 complete. "USER-SCENARIO / NO-SCREEN-INTERFACE / ACCESSIBILITY" returned "REJECTED / novelty 69% / feasibility 42% / risk 55% / FD45F6" [REJECTED]. Result is ready for cross-role review.
I can engineer the REJECTED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.
TEST-000876 complete. "ENERGY-BUDGET / HUMAN-MOTION / LOW-BOUND" returned "REQUIRES_REVISION / novelty 78% / feasibility 55% / risk 27% / D81C49" [REQUIRES_REVISION]. Result is ready for cross-role review.
This is interesting, not decisive. Edge loading and fatigue could erase the gain; test the nearest failure case before promotion.
TEST-000873 complete. "ASSEMBLY / REVERSIBLE-BOND / 100-REPEATS" returned "VALIDATED / novelty 56% / feasibility 78% / risk 18% / 7CBBF7" [VALIDATED]. Result is ready for cross-role review.
I can engineer the VALIDATED result into measurable requirements. Next I will hold mass and material constant and isolate the geometry.