Triangle vs Nonagon coil comparison explained scientifically. Understand field strength, depth performance, pulse efficiency, and why triangle coils currently perform stronger while nonagon designs remain largely unvalidated.
What Geometry Really Means in Pulsed Electromagnetic and Anti-Nano Devices
What Geometry Really Means in Pulsed Electromagnetic and Anti-Nano Devices
by Yannis - S4M
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Why Coil Geometry Matters
Why Coil Geometry Matters
In pulsed electromagnetic and anti-nano devices, coil geometry is not just a design preference — it directly shapes:
magnetic field strength
depth of meaningful field inside the body
energy delivery
pulse behavior
practicality and reliability
Recently, a nonagon (9-sided) coil geometry has been presented and discussed. Triangle coils, however, are already widely used and have demonstrated real-world performance. This article explains how they compare, using fundamental electromagnetic engineering principles — not speculation. It is a coil geometry comparison
How the Comparison Was Made
How the Comparison Was Made
For fairness, the comparison assumes both coils operate under similar:
wire length / copper volume
achievable current
NI (ampere-turn capability)
pulse parameters (frequency and duty cycle)
This reflects systems used in SOLUTIONS4MANKIND AN-PEMF-02 series automatic switching platforms.
Key Findings
Key Findings
provide up to ≈1.5× stronger central magnetic field under equal conditions
typically have lower inductance, which matters for pulsed systems
reach useful current faster during pulses
deliver a stronger usable field at biologically relevant depth
are well aligned with real anti-nano application goals
🟠 Nonagon Coils
spread the field broader and smoother
create a weaker field strength at individual points at equal NI
remain theoretically interesting but largely unvalidated in practical user deployment
Currently, there is limited:
published inductance data
verified field mapping
measurement of actual delivered current
documented user experience base
So conclusions for nonagon performance must remain cautious until evidence exists.
Important Clarification About Pulses
Important Clarification About Pulses
Devices typically operate within established therapeutic pulse regimes where pulse ON durations fall between approximately 7 ms and 500 ms.
Engineering analysis shows:
Pulse ON times in devices operating within established therapeutic pulse regimes (typically ~7 ms to ~500 ms ON-time), consistent with operationally validated anti-nano triangle coil systems currently in widespread use, exceed the coil time constant τ. This means both geometries can reach near-peak expected current; however, triangle coils reach this level faster due to their lower inductance, requiring less ON-time and imposing less electrical drive stress to achieve the same useful field level.”
Meaning:
Both shapes can deliver intense pulses
triangle coils reach effective strength faster and with less electrical stress
Depth Performance Matters
Depth Performance Matters
What truly matters biologically is not only the surface field, but what reaches inside the body.
Physics shows:
at equal NI
smaller effective radius coils (triangle)
produce stronger field at meaningful internal distances
This matches both theoretical expectations and real-world experience.
Final Perspective
Final Perspective
Triangle coils currently show:
stronger localized useful fields
efficient pulse behavior
proven operation
practical deployment history
Nonagon coils remain an interesting experimental direction — but require transparent engineering validation before performance claims can be confirmed.
Once credible measurements become available — including coil resistance, inductance, actual delivered current, and independently verified magnetic field mapping — this comparison will be updated transparently and scientifically. That is how responsible engineering should be done.
Polygon designs, such as nonagon coils, may eventually prove efficient, but this requires time, real-world validation, and complete transparency in specifications so that physics and mathematics can verify performance claims.
Download the Full Scientific White Paper
Download the Full Scientific White Paper
For engineers, researchers, and professionals who want the complete structured analysis with formulas and figures:
👉 Download the White Paper PDF (Insert link).
SOLUTIONS4MANKIND remains committed to:
transparent engineering
scientific integrity
meaningful user benefit
Not hype.
Not speculation.
Just truth and performance.
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Antinano Triangle vs Nonagon Coils — Scientific Comparison of Geometry, Field Strength & Depth Performance
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