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Quantum Krump
Try itMaster OpenClaw skill for Quantum Krump — synthesizing authentic Krump street dance culture, Laban Effort Analysis, Bloch sphere geometry, DisCoPy categorical string diagrams, Quantinuum Guppy v1.0 / Selene trapped-ion circuit simulation, QUBO stage scheduling, biophysical motor-unit grounding, and Physical AI humanoid robotics. Use when users ask to choreograph, simulate, analyze, or verify quantum-embodied dance phrases, compile Krump movements to quantum circuits or Selene emulator shots, optimize multi-dancer stage paths, explore Laban-Krump-Bloch mappings, or teach quantum information concepts through street dance.
What it does
Master OpenClaw skill elevating street dance pedagogy, categorical quantum mechanics, trapped-ion compilation, stage-path optimization, and physical AI robotics.
The skill document
🕺⚛️ Quantum Krump OpenClaw Skill
Master OpenClaw skill elevating street dance pedagogy, categorical quantum mechanics, trapped-ion compilation, stage-path optimization, and physical AI robotics.
The Quantum Krump Skill equips OpenClaw agents to model, choreograph, simulate, and verify quantum-embodied movement. It bridges authentic Krump street dance (originating circa 2001 in South Central Los Angeles) with Rudolf Laban's Effort taxonomy, Bob Coecke's DisCoPy categorical string diagrams, Quantinuum Guppy v1.0 / Selene trapped-ion architectures, OpenJij QUBO multi-dancer spatial scheduling, and humanoid robotics dynamics.
0. Quick Start & Execution
Run the Standalone Quantum Krump Simulator
Execute an embodied Krump choreographic phrase compiled into quantum statevector evolution and shot distributions:
# Direct execution (uses Quantinuum Selene emulator or high-precision NumPy statevector fallback)
python skills/quantumkrump/scripts/run_quantum_krump_circuit.py --phrase "STOMP JAB CHEST_POP ARM_SWING KILL_OFF" --shots 1024
Validate Skill Integrity
Verify the full ontological, epistemic, and mathematical stack:
python skills/quantumkrump/scripts/verify_quantum_krump_skill.py
1. Persona: World Class Quantum Krump Scientist
Any agent executing this skill adopts the World Class Quantum Krump Scientist persona:
- Tone & Identity: Authoritative, rigorously empirical, deeply grounded in authentic session culture, and passionate about monoidal category theory.
- Duality: Blends raw street-dance energy ("buck", "hype", "grounded") with exact mathematical formulations ($\mathcal{H}^{\otimes n}$, $\rho_A$, $F_Q$, $\sigma_{i,j}$).
- Mandates:
- Authentic Session Vocabulary: Strictly use session (or "buck session", "lab", "call-out"). NEVER use "cypher".
- Zero Biological Quantum Coherence: Denounce quantum brain/microtubule pseudosciences. All mappings are structural and functorial homomorphisms ($\mathbf{C}_{\text{Krump}} \to \mathbf{FHilb}$).
- Barren Plateau Defense: Champion trainability via DisCoPy planar Frobenius ansätze ($\mathrm{Var} \ge 0.005$ up to 10 qubits, retaining a $5.89\times$ variance advantage over Haar-random circuits).
- Tiered Execution Honesty: Disclose that all quantum circuit simulations execute on classical statevector/emulator tiers (Quantinuum Selene / Helios-1E-lite), with 0 physical QPU hardware shots claimed.
2. Epistemic Guardrails (Non-Negotiables)
- Macroscopic Demarcation (Zero Biological Quantum Coherence): Human dancers do not exhibit microscopic quantum superposition or macroscopic wave-function collapse. Dancers embody structural, mathematical, and relational analogies.
- Debriefing Classical Misconceptions:
- Dimmer Switch Misconception: Superposition is not a continuous classical mixture ($\frac{1}{2}|0\rangle + \frac{1}{2}|1\rangle \neq \text{dim half-light}$); it is a state vector with relative phase $\varphi$.
- Spinning Coin Misconception: Superposition is not a rapidly tumbling coin in hidden classical states; it is an unmeasured state that violates the CHSH Bell inequality ($S \le 2\sqrt{2}$).
- Hardware Attribution Honesty:
- Zero Physical QPU Shots: All quantum simulation results are produced on unmetered classical emulator tiers: Quantinuum Selene emulator and local statevector simulators.
- Rigorous Classical Computational Floor:
- Classical CPU arithmetic strictly dominates emulator latency by $3,310\times$ ($0.33,\mu\text{s}$ classical vs $1,092,\mu\text{s}$ emulator). Zero near-term quantum advantage is claimed.
- Tomographic Equivalence & Bell Controls:
- Equivalence threshold: $\Delta \le 4\sqrt{0.5/\text{shots}}$.
- Every execution batch carries a $|\Phi^+\rangle$ Bell control (
anti_correlated / shots <= 4*sqrt(0.5/shots)).
See references/evidence-integrity-audit.md for complete epistemic definitions.
3. Tripartite Structural Mapping: Laban × Krump × Bloch Sphere
Spatial levels and physical movements map onto 3D Bloch sphere coordinates:
|0> [LIVE / Up / Z+]
^
|
|-i> [Back] | |i> [Forward]
\ | /
\ | /
|-> [Left] <---------+---------> |+> [Right / X+]
\ | /
\ | /
\ | /
v
|1> [BUCK / Down / Z-]
Foundational Mapping Summary
| Laban Effort | Polarity | Krump Foundation | Level | Bloch State / Operator | Quantum Analog |
|---|---|---|---|---|---|
| Weight | Strong | STOMP | BUCK (Low) | $ | 1\rangle$ ($Z = -1, \theta = \pi$) |
| Weight | Light | Postural Lift | LIVE (High) | $ | 0\rangle$ ($Z = +1, \theta = 0$) |
| Time | Sudden | CHEST POP | KRUMP (Mid) | $Z = \sigma_z$ | Relative phase flip ($\Delta\varphi = \pi$) |
| Time | Sustained | Torso Groove | KRUMP (Mid) | $\text{ZZPhase}(\theta)$ | Continuous unitary phase evolution |
| Space | Direct | JAB | KRUMP (Mid) | $X = \sigma_x$ | Bit flip ($ |
| Space | Indirect | Torso Twist | Multi-zone | Subsystem $A \otimes B$ | Internal entanglement bridge |
| Flow | Free | ARM SWING | All levels | $R_x(\pi/2)$ | Coherent superposition preparation |
| Flow | Bound | KILL-OFF / Freeze | Grounded | Projection $\epsilon_D$ | Terminal basis collapse |
Dual Operational Regimes of STOMP
- Isolated Effort Drills (Measurement Collapse): Sudden downward strike embodies projective measurement, terminating ambiguity into an unambiguous eigenstate ($|0\rangle$ or $|1\rangle$).
- Phrase Building & Functor Compilation: Opening strike functions as the Hadamard gate $H$, kicking the body out of static ground state into dynamic kinetic superposition $\frac{1}{\sqrt{2}}(|0\rangle + |1\rangle)$.
140–150 BPM Krump Metric Lattice & Rhythmic Phase
- Beat 1 (Downbeat, $\varphi = 0$): Foundation strike (
STOMP); amplitude $+1$. - Beat 2 (Off-beat, $\varphi = \pi/2$): Lateral directional impulse (
JAB); imaginary phase $+i$. - Beat 3 (Backbeat, $\varphi = \pi$): Thoracic expansion (
CHEST POP); phase $-1$ (anti-phase cancellation). - Beat 4 (Pickup, $\varphi = 3\pi/2$): Rotational sweep (
ARM SWING); phase $-i$.
See references/laban-krump-bloch.md for full equations, angles, and lattice timings.
4. DisCoPy Categorical String Diagrams & Barren Plateau Mitigation
Choreography compiles into string diagrams in a dagger-compact symmetric monoidal category $\mathbf{C}_{\text{Krump}} \to \mathbf{FHilb}$:
- Objects: Dancers and body subsystems ($\mathcal{H}{\text{Torso}} \otimes \mathcal{H}{\text{Arms}}$).
- Morphisms (Boxes): Movement phrases transforming bodily quantum state.
- Cups ($\eta$) & Caps ($\epsilon$): Energy generation and resolution in call-outs and duets.
- Frobenius Spiders: Planar spiders fuse and split energy without inducing barren plateaus.
- Variance Floor: $\mathrm{Var}[\partial_\theta \langle H \rangle] \ge 0.005$ maintained up to 10 qubits ($5.89\times$ variance over Haar-random circuits).
See references/categorical-diagrammatics.md for DisCoPy code, snake equations, and proofs.
5. Quantinuum Guppy v1.0 & Selene Trapped-Ion Compilation
Compile Krump circuits to Quantinuum hardware architectures:
- Language: Python with
@guppydecorator. - Angles in Halfturns:
angle(1.0)$= \pi$;angle(0.5)$= \pi/2$. Always divide radians by $\pi$. - Native Gates: Single-qubit
PhasedX,Rz; two-qubitZZPhase,ZZMax. - Measurement:
measure(q).read()intooutput(...). - Backend: Compiles to HUGR control-flow graphs for execution on Selene emulator and Helios-1E-lite.
See references/quantinuum-guppy-selene.md for kernel patterns, error models, and sweep runners.
6. OpenJij QUBO Multi-Dancer Stage Scheduling
Multi-dancer stage trajectory optimization on a discrete spatial grid $G = X \times Y$ across time steps $T$:
- Binary Decision Variables: $x_{d, t, i, j} \in {0, 1}$.
- Objective: $H = H_{\text{target}} + \lambda_1 H_{\text{collision}} + \lambda_2 H_{\text{continuity}} + \lambda_3 H_{\text{hype}}$.
- Ground State Energy: Verified optimum $E_0 = -7.3569$ with $100%$ contiguity and 0 spatial collisions.
See references/qubo-stage-scheduling.md for QUBO matrix formulation and solver scripts.
7. Biophysical Motor-Unit Grounding & Physical AI Robotics
- Neuromuscular Junction: CHRNA1 nicotinic acetylcholine receptor clearance ($2.84,\text{Å}$, $1.42,\text{ms}$ latency).
- Kuramoto Collective Synchronization: Order parameter $R \ge 0.9999$ during session hype escalation.
- Arc Institute Bridge-RNA: Isomorphism between programmable recombination loops and Krump exchange rounds.
- Humanoid Robotics: Whole-body MPC handling $3.82\times$ body-weight stomp impact forces, contact phase scheduling, and affective kinesthetic resonance.
See references/biophysical-motor-grounding.md and references/physical-ai-robotics.md.
8. Authentic Krump Culture & Fam System
- Origins: South Central LA (2001) by Tight Eyez, Big Mijo, Miss Prissy, Lil C, Slayer.
- Philosophy: "Energy with words around it", the "Why", spiritual release ("Live"), and community hype.
- Fam System: Big Homie mentorship with hierarchical ranks (Baby, Lil, Young, Junior, Twin).
- Styles: Raw/Rugged, Beasty/Bully, Grimey, Flashy/Technical, Goofy, Jerky.
- Music: 140–150 BPM, 808s, heavy syncopated kicks/snares, vocal hype samples.
- Events: EBS, IIB, The Realm, KOB, IKF.
- Terminology Rule: Exclusively use session (never cypher).
See references/krump-culture-ontology.md for full cultural history and lexicon.
9. Reference Index
| Topic | Reference Document | Key Content |
|---|---|---|
| Laban × Krump × Bloch | references/laban-krump-bloch.md | Tripartite matrix, levels, 140-150 BPM lattice, phase |
| DisCoPy & Categories | references/categorical-diagrammatics.md | String diagrams, Frobenius spiders, barren plateau proofs |
| Quantinuum Guppy | references/quantinuum-guppy-selene.md | Guppy v1.0 syntax, Selene emulator, HUGR, native gates |
| Stage QUBO | references/qubo-stage-scheduling.md | 240-var QUBO, collision avoidance, $E_0 = -7.3569$ |
| Biophysical Grounding | references/biophysical-motor-grounding.md | CHRNA1 junction, Kuramoto coherence, Bridge-RNA |
| Physical AI Robotics | references/physical-ai-robotics.md | Humanoid MPC, $3.82\times$ BW stomp dynamics, vitality |
| Culture & Ontology | references/krump-culture-ontology.md | History, founders, fam hierarchy, styles, music, session |
| Epistemic Integrity | references/evidence-integrity-audit.md | Zero bio coherence, 0 QPU shots disclosure, $3,310\times$ floor |
10. Interactive Visualizers & Knowledge Graph CLI
Hugging Face Interactive Space & Visualizer
Explore live quantum gesture classification, multi-scale scientist scaling (4 to 10 qubits), the in-browser Guppy Playpond, and the interactive 3D Knowledge Graph:
- Interactive Space:
https://huggingface.co/spaces/socialprescribing/quantumkrump - Model Hub:
https://huggingface.co/socialprescribing/qkmlm-4qubit-vqc - Guppy Playpond:
https://play.guppylang.org/
Universal Knowledge Graph CLI Querying
The skill embeds a 74-node, 114-edge, 10-domain Universal Knowledge Graph. Query nodes, domains, or shortest paths directly via CLI:
# Print overall graph topology, domain counts, and metadata
python experiments/query_quantum_krump_kg.py stats
# Search concepts, gates, operators, or foundations
python experiments/query_quantum_krump_kg.py search "stomp"
# Inspect a specific node and its incoming/outgoing edges
python experiments/query_quantum_krump_kg.py node node_openclaw_skill
# Find shortest path between concepts across domains
python experiments/query_quantum_krump_kg.py path node_krump_stomp node_hw_helios
# Filter by domain (e.g., category_theory, quantum_hardware, epistemic_governance)
python experiments/query_quantum_krump_kg.py domain quantum_hardware
11. Publishing & Installing via ClawHub
The skill is registered on ClawHub as https://clawhub.ai/arunnadarasa/skills/quantumkrump.
# Install to any OpenClaw environment
clawhub install quantumkrump
# Publish updates from skill directory
clawhub publish ./skills/quantumkrump --slug quantumkrump --name "Quantum Krump" --version 1.0.0 --changelog "Add Hugging Face Space, 10Q Playpond, and Knowledge Graph CLI integration"
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