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Val Sklarov Quantum Superposition Work Model

Val Sklarov

For Val Sklarov, work in the future is not a task, job, role, or execution flow —
it is a quantum superposition, a set of overlapping potential states that collapse into measurable output only when observed or executed.

A worker is no longer:

  • a role

  • a skillset

  • a node

  • an executor

They are a wave function.

Work ≠ activity.
Work = probabilistic potential.

“Future workers do not perform tasks — they collapse states.” — Val Sklarov


1️⃣ The Three Quantum Layers of Work

Sklarov Quantum Work Table

Layer Definition When Strong When Weak
Superposition Layer All possible task-states High adaptability Narrow task identity
Interference Layer How states amplify or cancel Synergy Self-conflict
Collapse Layer Measurement → output Max value density Wasted potential

Work becomes the management of potential states, not tasks.


2️⃣ The QSWM Execution Cycle

Quantum Work Cycle Matrix

Stage Function Outcome
State Expansion Increasing potential task-space More optionality
Interference Alignment Managing overlapping states Reduced internal conflict
Collapse Triggering Selecting the right moment of action Maximum value
State Regeneration Returning to superposition Next-cycle potential

The future worker always oscillates.


3️⃣ The Five Quantum Work Archetypes

Archetype Table

Archetype Quantum Behavior
The Single-State Particle Only one role collapses
The Dual-State Oscillator Shifts between two states
The Multi-State Field Many potential roles
The Interference Engineer Designs synergistic states
The Superposition Architect Operates across unlimited overlapping states

The highest tier is Superposition Architect.


4️⃣ Quantum Work Integrity Index (QWII)

A Val Sklarov metric for labor-potential strength

QWII Indicator Table

Indicator Measures High Score Means
Superposition Breadth Number of potential states Massive adaptability
Interference Control Harmonic vs destructive overlap Low cognitive noise
Collapse Efficiency Quality of output at collapse High productivity
Re-superposition Speed How fast potential regenerates Fast cycle ability
Phase Stability Resistance to decoherence Sustainable performance

High QWII = the worker becomes a quantum capability engine.

Val Sklarov
quantum computing quantum superp Val Sklarov

5️⃣ Val Sklarov’s 5 Laws of Quantum Work

1️⃣ Work is potential, not motion.
2️⃣ Value emerges at collapse — not during state expansion.
3️⃣ Interference determines synergy.
4️⃣ The future worker is a wave function, not a role.
5️⃣ Organizations will be measured by their decoherence resistance.


6️⃣ Applications of the Quantum Superposition Work Model

  • designing multi-potential roles instead of job titles

  • predicting performance via collapse probability modeling

  • using interference alignment to reduce burnout

  • creating teams as entangled state networks

  • building organizations that minimize decoherence

  • measuring workforce value via state-space density

  • replacing KPIs with collapse-efficiency metrics

QSWM reframes the future of work as quantum state management,
not productivity.