SS-HRG Simulator • Newbius Terminal

NEWBIUS TERMINAL • SS-HRG SIMULATOR

MOLECULAR BRAIDED SS-HRG

THEORETICAL CONCEPT SIMULATOR • 400-ft Resonance Manifold • Self-Repairing Molecular System

MODELED: 5.47 MW/h PER MANIFOLD

400-FT MANIFOLD

50,000 Hz RESONANCE

MOLECULAR HEART ACTIVE • SELF-REPAIRING (THEORETICAL)

LIVE MODEL

Acoustic Drive Frequency

50,000

30 kHz 70 kHz

Wring Amplitude

Low Max (Molecular Fuse Safety Limit)

Light Intensity (Photosynthetic Repair)

Dark Full Sun + LED

Drives bond regeneration in molecular fibers

Electrical Charge Rate

Low (100 kV) Maximum (500 kV)

Simulates grid integration voltage

MODELED NET POWER OUTPUT

5.47

MW/h (Theoretical)

BOND BREAKS / SEC

2.84M

mechanochemical events

REGENERATION RATE

94.7

% bonds repaired via light

SYSTEM EFFICIENCY

87.2

% (modeled round-trip)

ELECTRICAL OUTPUT PROJECTOR

36.2

M kWh/day (illustrative)

RETENTION RATE

91.4

% energy retained

All values are theoretical models. Real output depends on successful prototype validation of acoustic coupling efficiency, molecular fiber density, thermal management, and long-term bond stability. The Molecular Fuse provides inherent safety by preferentially breaking dynamic bonds under excessive stress.

MANHATTAN SOLAR POWERHOUSE

30 MILLION BIPV WINDOWS CONCEPT • Urban Solar Integration Strategy

36.0 GWh/day (modeled)

Total Windows (Millions)

10M50M

kWh per Window per Day

1.2

0.81.6

Daily Demand (GWh)

43.0

3050

TOTAL WINDOWS

30,000,000

Conceptual model based on 6,000 skyscrapers

MODELED DAILY GENERATION

36.0

GWh/day from BIPV windows

MANHATTAN DEMAND

43.0

GWh/day • Conceptual shortfall model

HYBRID SYSTEM BALANCE CONCEPT (SS-HRG + Solar)

SOLAR (Daytime Peaks)

36.0

GWh/day

SS-HRG (24/7 Baseload Concept)

5.5

MW/h modeled per manifold

TOTAL SUPPLY (Illustrative)

41.5

GWh/day vs modeled demand

All numbers are conceptual models for discussion. Real BIPV window performance varies significantly with building orientation, shading, weather, and panel technology. SS-HRG contribution shown is modeled output per manifold and would require many parallel units for city-scale impact.

GLOBAL SS-HRG DEPLOYMENT MODEL

ILLUSTRATIVE SCALING OF MULTIPLE MANIFOLDS • Conceptual modeling only

9,465.6 TWh/day (illustrative scaling)

Number of SS-HRG Manifolds (Conceptual)

720

1001,000

US Daily Electricity (TWh)

11.5

815

Global Daily Electricity (TWh)

50100

U.S. DAILY ELECTRICITY

11.5

TWh/day (factual baseline)

Modeled coverage with 720 manifolds: 82%

GLOBAL DAILY ELECTRICITY

TWh/day (factual baseline)

Modeled coverage: 12.6%

CO₂ AVOIDED (U.S.) — ILLUSTRATIVE

2.8

Billion tons/year (modeled)

JOBS CREATED (GLOBAL) — ILLUSTRATIVE

4.2M

Direct + Indirect (modeled)

SCALING LOGIC (CONCEPTUAL MODEL ONLY)

1 SS-HRG manifold (theoretical) = 5.5 MW/h average modeled output
Manhattan conceptual model = multiple manifolds + 36 GWh solar BIPV
Scaled illustrative model (720 manifolds) = large TWh/day range shown for discussion
All large-scale numbers represent deployment of many parallel units and assume successful engineering validation of the core molecular technology.

COLLECTIVE OUTPUT SIMULATOR

COMBINED CONCEPTUAL MODEL • SS-HRG + MANHATTAN SOLAR + SCALED DEPLOYMENT

LIVE INTEGRATION MODEL

TOTAL DAILY OUTPUT (MODELED)

9,514.8

TWh/day (illustrative scaling)

TOTAL CO₂ AVOIDED (MODELED)

2.8

Billion tons/year

TOTAL JOBS CREATED (MODELED)

4.2M

Direct + Indirect

% OF GLOBAL ELECTRICITY (ILLUSTRATIVE)

12.7

% coverage (modeled scaling)

LIVE INTEGRATION (Adjust any simulator to see collective impact)

SS-HRG HEART CONTRIBUTION (per manifold model)

0.5 TWh/day

MANHATTAN SOLAR CONTRIBUTION

36.0 GWh/day

GLOBAL SCALED SS-HRG CONTRIBUTION

9,465.6 TWh/day

All collective values are derived from theoretical models. Real deployment at this scale would require thousands of validated manifolds, massive infrastructure investment, and successful resolution of physics and engineering challenges at every level. This simulator demonstrates conceptual integration only.

This is a real-time conceptual model simulator of the Molecular Braided SS-HRG theoretical framework • Patent Pending • A Few Bad Newbies LLC • All values are illustrative and require physical validation

MOLECULAR BRAIDED SS-HRG

MANHATTAN SOLAR POWERHOUSE

GLOBAL SS-HRG DEPLOYMENT MODEL

COLLECTIVE OUTPUT SIMULATOR

MOLECULAR BRAIDED SS-HRG • FULL CONCEPTUAL FRAMEWORK