π Master Technical Comparison:
Device | Structure | Active/Passive | Real EM Field | Scalar Field? | Comments |
---|---|---|---|---|---|
Tensor Rings (Etsy) | Copper loops | Passive | β None | β | No active functionality unless powered. |
Scalar Waves XL (Mobius/Lakhovsky) | Mobius + generator | Active | β Yes | β | RF fields, not scalar. |
Tesla Coil “Orgonite” | Coil in resin | Passive | β None | β | Decorative only. |
3D Toroidal Coil (Deep Mobius) | Deep torus | Active | β Strong | β | Real RF resonator. |
Quantum Scalar Pendant | Ceramic/resin disc | Passive | β None | β | Inert. |
TrueScalar Device | Dual Mobius toroidal coils | Active | β Strong | β | Real LC drive but not scalar. |
YouTube Coil (Solenoid) | RF coil | Active | β RF Fields | β | Basic LC antenna. |
DIY Tesla Coil (Nematics Lab) | Dual resonant LC Tesla coil | Active | β Extreme EM Fields | β | Real Tesla physics, dangerous voltages. |
π‘ Teslaβs Real Secret: How LC Circuits Resonate Radio Waves β Not Scalar Energy
π₯ In an upcoming video, Dr. Parkenstine demonstrates Teslaβs true method:
β
An LC circuit β the basic building block behind every AM radio, Tesla coil, and real RF communication system.
β In his experiment, he uses a Tesla coil, and shows how electrical energy is transmitted through a resonant circuit β not scalar energy, not magic, and not unknown physics.
β The Tesla coil is the LC circuit β
- The secondary coil (many turns of fine wire) acts as a giant inductor (L).
- The top load (metal toroid or ball) acts as a capacitor (C).
- Together, they create a natural resonator at a specific RF frequency.
So the Tesla coil is a self-contained LC tank circuit,
and he is driving it into resonance to show energy transfer.
Letβs break it down clearly:
β‘ What Tesla Actually Built
Nikola Tesla’s experiments were based on standard electromagnetic (EM) resonance using:
Component | Purpose |
---|---|
Coil (Inductor, L) | Stores energy in a magnetic field. |
Capacitor (C) | Stores energy in an electric field. |
LC Circuit | Oscillates energy back and forth at a resonant frequency β just like a tuning fork but for electricity. |
π When you tune L and C together, you create a resonator that vibrates at a specific frequency β
exactly like every AM radio, FM radio, TV, and Wi-Fi system today.
π οΈ Dr. Parkenstine’s Experiment
In the video:
- Dr. Parkenstine uses a Tesla coil as a giant LC resonator.
- The Tesla coil itself is made of:
- A secondary coil (inductance, L),
- A top load (capacitance, C),
- Together, these form a natural LC circuit that resonates at a specific radio frequency (RF).
He then:
- Hooks this resonating Tesla coil to a diaphragming machine (likely a mechanical receiver),
- Demonstrates that at the correct tuned frequency, he can wirelessly transmit electrical energy through the air.
β This is basic electromagnetic resonance, exactly like:
- AM radios receiving signals at 1 MHz,
- Crystal radios working without batteries,
- Teslaβs 1890s experiments with wireless lighting.
- not magic, not scalar waves.
π§ What It Proves β And What It Doesn’t
β Real Physics:
- LC circuits can store, transmit, and resonate electromagnetic waves.
- Wireless transmission happens through RF (Radio Frequency) fields β not scalar waves.
β Not true:
- No scalar energy or hidden energy fields.
- No faster-than-light (superluminal) communication.
- No free energy or unknown physics.
It’s pure electromagnetic resonance β just carefully tuned and highly efficient.
π‘ How This Relates to Modern Technology
Every AM/FM/shortwave radio youβve ever used works exactly like this:
Modern Example | LC Resonance Purpose |
---|---|
AM Radio | Tunes in specific frequencies using LC circuits. |
Tesla Coil | Resonates to produce high-voltage fields. |
RFID tags | Use LC circuits to power up wirelessly and transmit ID. |
Wireless Chargers | Use tuned coils to transfer energy wirelessly. |
π« Why “Scalar Energy” Claims Are Wrong
Many modern scams and pseudoscientific devices claim “scalar waves” or “quantum energy” using:
- Copper rings,
- Orgone pucks,
- Tensor coils without any active electronics.
These devices lack active oscillation, lack tuning, and produce no fields unless externally powered.
π΄ Without a driven LC circuit and proper resonance, they do absolutely nothing.
π§ Conclusion: Tesla’s Secret Was Electromagnetic Resonance β Not Mystical Energy
“Resonance is the key to wireless power, wireless communication, and the foundation of nearly every electrical device we use today.”
β Dr. Parkenstine, summarized.
β
Teslaβs discoveries were brilliant β but based on real, verifiable physics,
β
Resonance, tuning, and electrical engineering β not magic.
As Targeted Individuals, understanding real electromagnetic technology helps us cut through fake claims and stay focused on science β not distractions.

π https://nematicslab.com/how-to-make-a-tesla-coil-diy/
π¦ Website:
Nematics Lab β How to Make a Tesla Coil (DIY)
From the page, their build consists of:
- A primary coil (few turns of thick copper wire),
- A secondary coil (hundreds of turns of thin wire on a PVC pipe),
- A spark gap (high-voltage air spark for oscillation),
- A high-voltage transformer (either neon sign transformer, flyback, or homemade),
- A top-load (a toroidal conductor like an aluminum donut),
- Capacitors (for primary circuit tuning).
β This is a true Tesla Coil, not fake.
π οΈ Technical Electrical Analysis:
Property | Analysis |
---|---|
Structure | Classic Tesla coil configuration: primary LC circuit driving a resonant secondary LC circuit. |
Material | Copper wire, PVC tube, metal toroid, capacitors, transformer, spark gap. |
Electrical Characteristics | β Primary LC circuit (tuned), β Secondary LC circuit (high-voltage resonator). |
Inductance (L) | β High for secondary (~mH), low for primary (~ΞΌH). |
Capacitance (C) | β External capacitor bank for primary, toroid capacitance for secondary. |
Resonance (LC) | β Dual resonant systems tuned to same frequency. |
Active Oscillation? | β Yes β driven by high-voltage transformer + spark gap. |
Field Generation | β Yes β very strong EM fields + ionization + plasma arcs. |
Scalar Field? | β No β all emissions are normal electromagnetic radiation (even though it’s very strong). |
π§ Deep Engineering Understanding:
- Primary coil and capacitor bank make a primary LC resonator.
- When the spark gap fires, it dumps energy into the primary coil very quickly.
- This induces resonance in the secondary coil, creating very high voltages (10,000β500,000 volts).
- Top load (toroid) helps store and distribute the voltage evenly, preventing premature corona discharge.
- The Tesla coil emits strong RF fields, visible arcs, and electromagnetic radiation.
This is classic Tesla engineering, nothing fake about this device.
BUT:
- No scalar waves.
- No superluminal communication.
- No anti-gravity.
Itβs a high-voltage resonant transformer β thatβs it.
π₯ In Plain English:
β
This is a real Tesla coil:
β
It produces giant voltage and strong EM fields.
β It does NOT create scalar waves, free energy, or magical properties.
β
You could seriously burn or electrocute yourself with it if mishandled β itβs very real high voltage.
π Typical Tesla Coil Specs (like this DIY build):
Parameter | Range |
---|---|
Primary Resonant Frequency | 100 kHz β 1 MHz |
Secondary Voltage | 50 kV β 500 kV |
Arc Length | 5 cm β 2 meters depending on build |
Power Input | 300 W β 2 kW typical |
RF Output Field | Very strong, high EM emissions |

πΈ From the Screenshot and Video:
You can see:
- Big copper coil β a standard air-core solenoid,
- Radio receiver next to it,
- Stacked test gear:
- Top: Signal generator (small LCD, maybe 1β30 MHz sweep)
- Middle: Spectrum analyzer (green CRT)
- Bottom: Oscilloscope (sine wave showing around 1 kHzβ1 MHz).
The coil is NOT a Tesla coil (no HV discharge),
but just a basic RF resonator β in other words:
β
An LC circuit.
β
Driven by an RF signal generator.
π οΈ Technical Analysis:
Property | Analysis |
---|---|
Coil Type | Plain air-core copper solenoid coil, possibly 10β50 turns, no visible high voltage setup. |
Electrical Characteristics | β Pure inductance + very minor parasitic capacitance between windings. |
Inductance (L) | β Likely tens to hundreds of Β΅H. |
Capacitance (C) | β Parasitic, very low pF range. |
Resonance (LC) | β Absolutely β basic RF resonance. |
Active Oscillation? | β Yes β connected to RF signal generator (top box). |
Field Generation | β Yes β electromagnetic field around coil. |
Scalar Field? | β No β conventional EM fields only, measurable with standard instruments. |
π§ Deep Engineering Understanding:
- The copper coil resonates at a frequency determined by its L and parasitic C.
- The signal generator is sweeping or exciting it at resonance.
- The spectrum analyzer (middle) shows normal RF emission β nothing exotic.
- The oscilloscope shows the driving signal β a clean sinewave at low frequencies (audio to RF).
No sparks, no high voltage, no air discharge β β
Not a Tesla coil.
Just a simple RF LC circuit driven properly.
π₯ In plain English:
β
This is just a classic resonant LC antenna setup.
β
They are measuring completely normal RF behavior.
β There are no scalar waves being generated β only normal electromagnetic waves.
Superluminal communication claim = not supported.
(Speed of EM wave = speed of light; can’t “superluminal” without violating special relativity.)
π Estimated Electrical Values:
Parameter | Estimated Value |
---|---|
Inductance (L) | ~50β200 Β΅H depending on turns and diameter |
Capacitance (C) | ~1β10 pF parasitic |
Resonant Frequency (fβ) | ~1β10 MHz (typical for this kind of open air coil) |
Power Output | Very low β milliwatt range unless amplified. |
π οΈ Lab Test:
If you had this setup:
- Near-field EM probe would pick up a standard RF field around the coil,
- Spectrum analyzer would show the fundamental tone and its harmonics,
- Oscilloscope confirms the drive waveform.
Again, all standard RF behavior. No need for “scalar” explanations.
π― Final technical verdict on this video:
β
Real LC circuit using a coil driven by an RF generator.
β
Real EM field emissions, measurable and detectable.
β No scalar waves, no superluminal phenomena β just normal physics.


Scalar Waves XL Frequency Generator Active Mobius Coil / Lakhovsky Antenna MWO
Typical components for these listings include:
- A Mobius coil (twisted bifilar wound wire),
- Sometimes a Lakhovsky-style multiwave oscillator antenna (concentric rings),
- Active driver board or signal generator included.
π οΈ Technical Analysis:
Property | Analysis |
---|---|
Shape | A coil β often twisted (Mobius) to create field cancellation patterns. Some models have multiple rings. |
Material | Copper wire, sometimes with gold/silver plating. |
Electrical Characteristics | Strong inductance due to coiling; parasitic capacitance depending on wire spacing and twists. |
Inductance (L) | β Definitely present β Mobius coils are high inductance devices. |
Capacitance (C) | β Yes, more than basic wire β because twisted, more surface area and cross coupling. |
Resonance (LC) | β Can form a complex resonant structure. Might even have multiple resonances. |
Active Oscillation? | β Yes β there’s a signal generator / frequency driver actively exciting the coil. |
Field Generation | β Yes β EM fields produced by driven oscillating current. Might look weird on field meters. |
Scalar Field? | β Highly questionable. Actual EM fields, not “scalar waves” in the true physics sense. |
π§ Now, deeper:
- A Mobius coil driven by a frequency generator produces complex electromagnetic (EM) fields.
- These fields may appear “weird” (nonstandard) because Mobius coils can create localized nulls or interesting cancellation patterns.
- The Lakhovsky antenna (concentric rings) is essentially a multi-resonant wideband antenna β it can resonate at multiple frequencies at once, depending on ring sizes.
π₯ Here’s the real-world understanding:
β
This device is a real EM field generator,
β
There is a real LC circuit, probably broadband, not sharp resonance.
β
It actively produces RF energy into the surrounding area.
β BUT it is NOT truly scalar.
- “Scalar waves” in legitimate physics are just mathematical conveniences (solutions to certain field equations with no vector direction).
- No experimental proof scalar waves exist physically separate from regular EM fields.
- All measurements would just pick up electromagnetic (EM) fields, not magical “scalar energy.”
π§ͺ Summarized:
Feature | Reality |
---|---|
Mobius Coil | β Yes, real |
LC Resonance | β Yes |
Active Excitation | β Yes |
EM Field Generation | β Yes |
Scalar Waves | β No β just EM |
Healing Properties | β No proven scientific basis |
π οΈ If you broke it down:
- The coil behaves as an inductor.
- The twists modify the field shape (may create interesting field nulls or harmonics).
- Capacitance between twists + wires adds tiny tuning.
- The generator excites frequencies (sometimes sweeping a wide range: 3kHz to 300MHz).
- Result: Strange RF fields that look special if you measure them β but they are still normal electromagnetic fields.

π¦ Device:
Toroidal Coil with Depth β Decorative “Scalar” or “Energy” Device
What We See:
- Deep 3D torus (doughnut) shape β not flat at all, has volume.
- Wound copper wire, multiple strands in a criss-cross Mobius-like weaving pattern.
- Resin body embedded with colorful stones or crystals (typical orgonite style).
- BNC connector β connected via coaxial cable, implying an active drive.
- Small plastic holder (probably 3D printed) with a flower-like logo (commonly “flower of life” associated with pseudoscience marketing).
π οΈ Technical Electrical Analysis:
Property | Analysis |
---|---|
Shape | 3D torus, heavy multi-winding, Mobius-like double-wrapped pattern. |
Material | Copper wire, resin, embedded stones. |
Electrical Characteristics | β High inductance from large coil + some distributed capacitance. |
Inductance (L) | β Likely significant β a few hundred Β΅H up to mH range depending on wire and size. |
Capacitance (C) | β Yes β more due to the dense cross-weaving, still small but real. |
Resonance (LC) | β Possible β and probably much lower frequency than earlier devices because of depth. |
Active Oscillation? | β Yes β clearly intended to be driven through the BNC connector. |
Field Generation | β Real EM fields if connected to a signal generator or oscillator. |
Scalar Field? | β No β conventional EM fields only, no separate scalar wave phenomenon. |
π§ Deeper Technical Understanding:
This is actually closer to a real RF resonator than the other ones you posted.
It could do things like:
- Radiate RF fields depending on drive frequency,
- Exhibit complex resonance patterns because of its 3D Mobius geometry,
- Create interesting field nulls and concentration zones.
If driven properly, it would behave almost like a:
- Toroidal resonator (toroidal mode magnetic field),
- Fractal broadband antenna (if excited with wide frequency sweeps),
- Strange impedance transformer.
π§ͺ Reality:
β
This device would produce real electromagnetic effects when powered.
β
It has real LC resonance, and it could be tuned (depending on the driving frequency).
β It still does NOT produce βscalar waves.β (Misleading claim.)
Without drive power, it is inert.
π Estimated Properties:
Property | Estimate |
---|---|
Inductance (L) | ~100β500 Β΅H depending on wire count and core size. |
Capacitance (C) | ~1β10 pF distributed across the windings. |
Resonant Frequency (fβ) | Roughly 2β15 MHz region (lower than earlier devices). |
Drive Power Required | Few milliwatts to a few watts depending on field strength wanted. |
(These are ballpark figures. Exact values would need measurement.)
π οΈ Practical Testing:
If you connected this to:
- A signal generator sweeping 1 MHz to 20 MHz,
- And measured with a near-field RF probe or even an SDR waterfall display…
You would see real field generation and resonance.
Just normal EM, no “scalar” fields.
π― Summary for this Toroidal 3D Device:
Feature | Reality |
---|---|
3D Toroidal Winding | β Yes, real structure |
LC Resonant Potential | β Significant |
Active Driver Possible | β Yes (BNC input) |
Field Generation (EM) | β Confirmed with power |
Scalar Field Generation | β No |
Useful for “healing” or “scalar energy” | β No scientific basis |

π¦ Device:
Image shows a “Scalar Wave Cosmic Communicator” (as printed on the PCB).
It appears to be:
- A complex circuit board,
- Multiple LEDs, IC chips, connectors, and potentiometers,
- Two “resonator pads” with acrylic holders and LED lights underneath,
- USB powered,
- Marketing towards “scalar wave communication”, “energy field generation”, “quantum communication”, etc.
π οΈ Technical Electrical Analysis:
Property | Analysis |
---|---|
Structure | Complex PCB, two resonator coils or plates, lots of ICs, power regulation, active circuitry. |
Material | PCB fiberglass (FR4), copper traces, acrylic plates, LEDs, standard IC components. |
Electrical Characteristics | β Real powered active circuits with some form of field generation. |
Inductance (L) | Maybe β depending on what’s under those “resonator pads”. (Possibly small PCB spiral coils.) |
Capacitance (C) | Maybe β pads acting as capacitive plates if driven appropriately. |
Resonance (LC) | β Likely designed to resonate at specific audio/RF frequencies. |
Active Oscillation? | β Yes β very clearly an active oscillator/driver circuit. |
Field Generation | β Yes β real electric fields, possibly EM fields if frequencies are high enough. |
Scalar Field? | β No β still normal EM, even if configured unusually. |
π§ Deeper Technical View:
- Those two large circular plates likely act as either:
- Capacitive pads (generating an electric field),
- Small resonant plates for EM coupling,
- Or maybe even antenna plates depending on design.
- The circuitry clearly has:
- Oscillator chips (maybe 555 timers, or microcontroller-controlled pulse generators),
- Voltage regulation,
- Possibly modulation circuits (AM, pulse trains, square waves).
π₯ Reality:
β
This device really generates fields.
β
It is an actively driven circuit, not passive junk.
β But it is still normal electrical engineering, not scalar waves.
If you hooked up an oscilloscope or field probe near the plates:
- You would see real oscillating voltages,
- Possibly strong localized electric or RF fields,
- Maybe even simple AM modulation (Amplitude Modulation) if they are pulsing the fields.
π Estimated Properties:
Property | Estimate |
---|---|
Drive Voltage | Likely 5V (USB powered) |
Frequencies | Likely kHz to low MHz range (audio to low RF). |
Field Type | Electric fields between plates, possibly minor RF radiation if driven at high enough frequencies. |
Oscillation Type | Square wave, sine wave, or pulsed signals |
Scalar Waves | β None β all fields measurable by normal RF and EM detectors. |
π― Technical Verdict:
β
Real LC resonance and active field generation.
β
More sophisticated than anything we’ve seen so far.
β
Could be used for EM field experiments.
β No scalar energy (all fields will measure exactly like conventional EM fields).
β No “quantum communication” β no entanglement or faster-than-light properties.
It’s basically a fancy RF emitter at low power, using cool marketing language.

πΈ Careful Analysis of TrueScalar Products (based on their site images):
Hereβs what I see on their actual website:
- Their devices are not “plates” like I guessed earlier β
- They are COILS β very tightly wound toroidal Mobius coils, wrapped inside an acrylic enclosure.
- They glow because they have internal LED lighting under transparent or translucent acrylic.
- There is real winding, real copper inside.
- The PCB we saw controls the coils β itβs NOT just lighting β it also drives a real frequency into the coils.
- Thereβs a USB input, control knobs, signal generator circuitry, power regulation, and broadband drivers.
π In short: They are actively driven coils, not flat plates.
π οΈ Now, updated technical analysis based on reality:
Property | Analysis |
---|---|
Structure | Dual high-turn-count Mobius-style toroidal coils embedded in acrylic housings, controlled by an active circuit board. |
Material | Copper magnet wire coils, PCB electronics, acrylic/plastic frames. |
Electrical Characteristics | β High inductance + moderate parasitic capacitance. A real LC structure. |
Inductance (L) | β Likely significant due to lots of wire loops (hundreds of Β΅H or even mH). |
Capacitance (C) | β Yes, especially because of tight winding and toroid structure. |
Resonance (LC) | β Yes β can be tuned based on the driving circuit. |
Active Oscillation? | β Yes β they have an onboard signal generator actively exciting the coils. |
Field Generation | β Real electromagnetic field generation β RF or audio frequency fields depending on tuning. |
Scalar Field? | β Still no β conventional EM fields only, but arranged in an interesting null pattern. |
π§ Deeper understanding of how TrueScalar really works:
- Each toroid acts like a complex EM field emitter.
- Mobius winding pattern tries to cancel certain field components locally, possibly leading to zones of low detectable field (field nulls).
- Driving frequencies (based on the knobs) could be sweeping from low audio up to RF bands (e.g., 1 kHz to a few MHz).
- The “scalar” claim is based on field cancellation patterns, not any true scalar field physics.
π’ Important: When electromagnetic fields “cancel” in certain directions, that does NOT create a “scalar wave” β
It just creates localized EM nulls or complex EM gradients.
π― Correct Technical Verdict:
β
Real EM field device β NOT decorative.
β
Real active driver electronics β NOT passive.
β
Real LC circuits β the coils have inductance and parasitic capacitance.
β No scalar waves β physics doesnβt support “separate scalar energy”.
π Likely Operating Specs:
Spec | Likely Value |
---|---|
Drive Voltage | 5V USB or 9V external |
Drive Current | ~50β200 mA (LEDs + coils) |
Frequencies | 1 kHz to ~5 MHz sweepable |
Resonant Behavior | Moderate, broad-band behavior unless tuned sharply |
EM Field Pattern | Toroidal, complex interference patterns |

πΈ From the Image:
- Every item here is a copper ring.
- Some are twisted pairs (like two or three wires spiraled together),
- Others are single twisted wires closed into a ring.
- Some products are tiny pendants, some are large rings sized for “energy fields” or “smart meter protection.”
- Marketing mentions frequencies like 144 MHz, 177 MHz, 333 MHz β probably from supposed “resonance” calculations.
None of them show:
- Oscillators
- Drivers
- Circuit boards
- Amplifiers
- Or any active electronics.
π οΈ Technical Electrical Analysis:
Property | Analysis |
---|---|
Structure | Copper loop (some double- or triple-twisted), closed ring. |
Material | Bare copper wire, often hand-twisted. |
Electrical Characteristics | β Forms a very basic passive inductive loop. β Maybe tiny parasitic capacitance between twisted wires. |
Inductance (L) | β Yes β basic single-turn loop inductance (low microhenries, ΞΌH). |
Capacitance (C) | β Tiny, almost negligible. |
Resonance (LC) | β Technically possible, but the frequency would be very high (typically tens to hundreds of MHz). |
Active Oscillation? | β None β no power input, no active circuit. |
Field Generation | β None unless externally energized. |
Scalar Field? | β No β standard passive EM properties only. |
π₯ Let’s break it down:
β
Is a Tensor Ring an LC Circuit?
Technically, yes, but only passively.
- L comes from the loop (self-inductance).
- C comes from small parasitic capacitance between the twisted wires.
BUT:
- Without external power, no oscillation happens.
- It just sits there β inert.
- Itβs like having a guitar string without plucking it: it can resonate, but it doesnβt do anything on its own.
π Example Calculation:
Suppose one of these rings is about 6 inches (15 cm) diameter,
wire gauge 12 AWG (thick copper wire).
- Inductance LLL for a loop ~ 1β5 ΞΌH (depending on exact twist and loop size).
- Parasitic Capacitance CCC ~ 0.1β1 pF.
- Resonant Frequency:
f0=12ΟLCf_0 = \frac{1}{2\pi\sqrt{LC}}f0β=2ΟLCβ1β
Example:
- L=3βΞΌHL = 3 \, \mu HL=3ΞΌH
- C=0.5βpFC = 0.5 \, pFC=0.5pF
f0β12Ο3Γ10β6Γ0.5Γ10β12β130βMHzf_0 \approx \frac{1}{2\pi\sqrt{3 \times 10^{-6} \times 0.5 \times 10^{-12}}} \approx 130 \, \text{MHz}f0ββ2Ο3Γ10β6Γ0.5Γ10β12β1ββ130MHz
β‘ ~130 MHz resonant frequency β
which happens to match some of the numbers they put in the listings (e.g., 144 MHz, 177 MHz, 333 MHz).
BUT β again β unless you drive it externally, the ring just sits there doing absolutely nothing!
π― Final Professional Verdict on All These Tensor Rings:
β
They are passive copper LC loops.
β
They can have a theoretical resonant frequency based on size and twist.
β They do not generate scalar waves, protection fields, or healing energy unless externally driven.
β Without a generator or external RF source, they do nothing but look nice.