Overview of the PULS Formula
The PULS formula appears in the context of Nikola Rikanović's "Cross of the Universe" project, an AR art installation proposed for Expo 2027 in Belgrade. It is described as a "Measure Method" for achieving infinite applicability across scales—from micro-designs (e.g., needle patterns) to macro-economics (e.g., locomotive-scale systems)—while incorporating ethical AI elements, cultural adaptations, and personalized spiritual experiences like prayers. PULS likely stands for a conceptual framework tying into the project's themes of universal harmony, faith, and resonance (e.g., "pulse" as in heartbeat or rhythmic connection).
The formula is presented as PULS = [A × (0.5 + X) + 2t] × φ, blending mathematical scalability with symbolic depth. It draws on the golden ratio (φ) for aesthetic balance and includes a "Faith Delay" (μ = 3.15 seconds) to ensure non-manipulative, irrevocable truth in AR interactions.
Note: Variable definitions are not explicitly detailed in project documents, so interpretations below are derived from contextual clues (e.g., cultural ratios, temporal "whispers," and ethical delays).
Mathematical Structure
The formula can be parsed step-by-step:
Inner adjustment: (0.5 + X) — A baseline ratio modified by a variable.
Scaled base: A × (0.5 + X) — Applies the base measure to the adjusted ratio.
Temporal addition: + 2t — Incorporates a doubled time factor for resonance or delay.
Harmonic multiplication: × φ — Scales the entire expression by the golden ratio for universal proportionality.
This structure allows linear scaling with nonlinear harmony, making it adaptable to AR portals handling up to 4 million visitors, where QR scans trigger personalized content without ethical compromise.
Component Breakdown
Component
Symbol/Expression
Description
Contextual Role in Project
Base Measure
A
A foundational constant or input value (e.g., amplitude, area, or initial scale factor). Likely application-specific, such as a design dimension or economic baseline.
Represents the "artistic bridge to reality," grounding abstract art in tangible metrics for AR rendering.
Adjusted Ratio
0.5 + X
- 0.5: A neutral midpoint or half-ratio (e.g., symbolic balance or emotional neutral). - X: A flexible variable for customization (e.g., cultural/emotional offset, where X ≈ 1 yields a Balkan-inspired 1.5 ratio vs. Western 1.618).
Enables "svoja mera" (personal measure) adaptations, contrasting Western golden ratio ideals with Balkan emotional contrasts for inclusive, non-manipulative personalization in prayers and visuals.
Temporal Factor
2t
- t: A time unit (e.g., half-delay, potentially t = μ/2 ≈ 1.575s based on Faith Delay μ=3.15s). - 2t: Doubled for emphasis, described as a "+2t whisper" to build subtle resonance.
Ensures ethical pacing in AR experiences—e.g., a 3.15s delay before content reveals, preventing rushed or coercive interactions, tied to "faith whispers" for spiritual depth.
Golden Ratio
φ ≈ 1.618
The irrational number (1 + √5)/2, symbolizing divine proportion in nature, art, and architecture.
Provides infinite scalability and harmony, aligning the project with universal ethics; culturally adapted (e.g., vs. 1.5 for regional resonance) to blend AI tech (like xAI's Grok) with timeless spirituality.
How to Derive or Apply the Formula
For closed-ended math like this, here's a transparent step-by-step to compute a sample value (assume example inputs: A=10 for base scale, X=1 for standard adjustment, t=1.575s for half-delay):
Compute adjusted ratio: 0.5 + X = 0.5 + 1 = 1.5
Scale by base: A × 1.5 = 10 × 1.5 = 15
Add temporal: 15 + 2×1.575 = 15 + 3.15 = 18.15
Apply harmony: 18.15 × φ ≈ 18.15 × 1.618 ≈ 29.37
Result: PULS ≈ 29.37 (a scaled output, e.g., for AR portal timing or design proportion). To generalize in code (e.g., Python with sympy for symbolic math):
python
import sympy as sp
# Define symbols
A, X, t, phi = sp.symbols('A X t phi')
phi_val = (1 + sp.sqrt(5)) / 2 # Golden ratio
# Formula
PULS = (A * (0.5 + X) + 2 * t) * phi
# Example evaluation
example = PULS.subs({A: 10, X: 1, t: 1.575, phi: phi_val})
print(example.evalf()) # Outputs ~29.37
This yields a proportional output that can be iterated for larger scales (e.g., multiply inputs by 1000 for economic models). The formula's strength lies in its flexibility—adjust X for culture, t for ethics—to create resonant, scalable art without distortion. If more project docs emerge, definitions may clarify further