hardware

The 90.10-CUBE is a commercial “quantum energy” product sold by a company called 90.10 that markets the device as a “quantum processor” which can generate a harmonizing “quantum energy” field, store that energy in objects, and even “entangle” virtual beds or other targets with the cube so they can be affected at a distance. The manufacturer’s website and support pages describe physical modules that are “treated” by a proprietary process and claim the cube can “burn” energy and frequencies into objects, create a torus field around the cube, and use a so-called “quantum language” to teleport energy and frequencies into matter. Those claims and marketing descriptions come directly from the company. (9010.com, medbed2.helpscoutdocs.com)

A few small laboratory papers and reports (authors connected with proponents or the company) claim biological effects—examples include in-vitro studies reporting faster fibroblast wound closure or changes in cultured intestinal cells when a cube was located many thousands of kilometers away. Those reports describe experiments that the authors interpret as effects of the 90.10 “quantum entanglement” process, but they are published outside mainstream, high-impact journals and have not been independently replicated by unrelated laboratories. In short, there exist only a few proponent-authored papers claiming positive lab findings; independent confirmation is absent. (Biomedres, appliedcellbiology.com)

On the physics side, the claims of the cube—especially the idea that quantum entanglement or a “quantum language” can be used to teleport usable energy or information instantly to macroscopic biological targets—conflict with well-established principles of quantum theory. The no-communication (no-signaling) theorem and related results show that entanglement produces correlations but cannot be used to send controllable information or energy faster than light; moreover, entanglement is fragile and is destroyed (decoheres) extremely quickly in warm, wet, noisy systems like biological tissue. For these reasons, mainstream physics gives no known mechanism that could make the manufacturer’s claims physically plausible. (Wikipédia, Physical Review)

Putting those threads together: the 90.10-CUBE is a marketed wellness device with proprietary, poorly-defined concepts (“quantum energy”, “quantum language”) and a small number of supportive reports from proponents. There is no credible, independently replicated scientific evidence that it can transmit healing effects at a distance by quantum entanglement, and its basic mechanism as described contradicts fundamental results in quantum physics. The only effects that are plausibly expected at present are placebo or expectation effects in users; relying on the cube instead of proven medical care could be risky. (9010.com, Biomedres, Wikipédia)

(...)  The 90.10-CUBE is a commercial “quantum energy” product sold by a company called 90.10 that markets the device as a “quantum processor” which can generate a harmonizing “quantum energy” field, store that energy in objects, and even “entangle” virtual beds or other targets with the cube so they can be affected at a distance. The manufacturer’s website and support pages describe physical modules that are “treated” by a proprietary process and claim the cube can “burn” energy and frequencies into objects, create a torus field around the cube, and use a so-called “quantum language” to teleport energy and frequencies into matter. Those claims and marketing descriptions come directly from the company. (9010.com, medbed2.helpscoutdocs.com)

A few small laboratory papers and reports (authors connected with proponents or the company) claim biological effects—examples include in-vitro studies reporting faster fibroblast wound closure or changes in cultured intestinal cells when a cube was located many thousands of kilometers away. Those reports describe experiments that the authors interpret as effects of the 90.10 “quantum entanglement” process, but they are published outside mainstream, high-impact journals and have not been independently replicated by unrelated laboratories. In short, there exist only a few proponent-authored papers claiming positive lab findings; independent confirmation is absent. (Biomedres, appliedcellbiology.com)

On the physics side, the claims of the cube—especially the idea that quantum entanglement or a “quantum language” can be used to teleport usable energy or information instantly to macroscopic biological targets—conflict with well-established principles of quantum theory. The no-communication (no-signaling) theorem and related results show that entanglement produces correlations but cannot be used to send controllable information or energy faster than light; moreover, entanglement is fragile and is destroyed (decoheres) extremely quickly in warm, wet, noisy systems like biological tissue. For these reasons, mainstream physics gives no known mechanism that could make the manufacturer’s claims physically plausible. (Wikipédia, Physical Review)

Putting those threads together: the 90.10-CUBE is a marketed wellness device with proprietary, poorly-defined concepts (“quantum energy”, “quantum language”) and a small number of supportive reports from proponents. There is no credible, independently replicated scientific evidence that it can transmit healing effects at a distance by quantum entanglement, and its basic mechanism as described contradicts fundamental results in quantum physics. The only effects that are plausibly expected at present are placebo or expectation effects in users; relying on the cube instead of proven medical care could be risky. (9010.com, Biomedres, Wikipédia)

(...)  In real physics the word “quantum” attaches to specific, measurable behaviors of tiny systems: electrons in atoms, photons (light particles), superconducting circuits, etc. One very important quantum idea is quantization — energy comes in discrete packets. Think of an atom like a staircase: an electron can stand on one step or another, but not in between. When it jumps between steps it absorbs or emits a photon — a real packet of electromagnetic energy you can measure. That’s what physicists mean when they talk about quantum energy in an experiment: precise, measurable amounts of energy tied to microscopic systems.

(...) ➔ About  _Fibroblast wound healing:_ One in vitro study (Dartsch 2021) exposed human fibroblast cultures to a device claiming “90.10 quantum entanglement” from 8,600 km away. The authors reported **faster wound closure** (greater cell migration/proliferation) in treated dishes than controls.

In vitro (Lab) Experiments

• Fibroblast wound healing: One in vitro study (Dartsch 2021) exposed human fibroblast cultures to a device claiming “90.10 quantum entanglement” from 8,600 km away. The authors reported faster wound closure (greater cell migration/proliferation) in treated dishes than controls (biomedres.us). However, this work appeared in a little-known open-access journal and has not been independently replicated. Importantly, mainstream physics offers no plausible explanation for such a “quantum entanglement” effect on cells, and this study is not evidence of a clinically useful therapy without further validation.

(...) The genuinely new-physics explanation would claim there exists a previously unknown mechanism that can transmit biologically relevant information or influence nonlocally and robustly across distance and through thermal environments. For such an explanation to be scientific it must be specific and testable: it would have to tell us what the carrier of the effect is (a new field? a modification of quantum correlations that survives decoherence at body temperature?), how it couples to biomolecules or cells, how it carries information (is it frequency coded? state-coded?), and what symmetries or conservation laws it obeys or breaks. If true, this would imply measurable, reproducible signatures that differ from ordinary artifacts: the effect would persist inside good EM shielding and vibration isolation, be independent of air exchange, show a clear dependence on experimental variables predicted by the new theory (for example a precise frequency dependence or functional form with distance), and—most dramatically—would allow controlled transfer of information in a way that standard quantum mechanics forbids. That last point matters because standard quantum theory (the no-signaling theorem) prevents using entanglement to send controllable signals; so an observed ability to send encoded information would falsify a pillar of present physics.

Hardware :

The 90.10-CUBE is physically built as a two-level acrylic rack (the visible “holder”) that accepts twelve discrete metal modules; six modules sit on the upper level and six on the lower level. Each module is an aluminum element that the company says has been treated by a proprietary process; the manufacturer’s description emphasizes that the modules are deliberately arranged and fixed in place (some held with small magnets) so the assembly has a defined “positive” pole at the top and a “negative” pole at the bottom and an energy field between them. (90.10, Biologie Cellulaire Appliquée)

The vendor describes the modules in marketing terms (a per-module output of “16 QEPPs,” multiplied across the twelve modules to produce a larger claimed field), and the cube is presented as a passive structure rather than an ordinary electronic instrument. The company also markets associated software and services (for example a “quantum processor” / MedBed OS and remote “entanglement” procedures) that are part of the product ecosystem, but those are separate from the simple hardware rack and module assembly. (90.10, ResearchGate)

What you will not find in the publicly available materials are conventional electronics schematics, power-supply specifications, or engineering data showing sensors, transmitters, or measurable output signals the way a normal electronic or RF device would provide. The internal “treatment” of the aluminum modules and the physical mechanism claimed by the company are proprietary and described in non-standard terms (e.g., “quantum energy,” “quantum entanglement”); independent engineering disclosures or peer-reviewed technical analyses of the cube’s electronics or measurable emissions are not provided by the vendor. That means the visible, verifiable parts are essentially the acrylic holder, the twelve aluminum modules, and the magnets/fixtures that hold them, while the rest of the device’s purported function is described in marketing and proponent papers rather than in conventional technical documentation. (90.10, Biologie Cellulaire Appliquée, Biomedres)

(Source : ChatGPT)

When using a Spooky2 system with a Boost accessory and Remote in Remote Mode, you'll encounter two BNC ports labeled BN and MN:

• MN (Magnetic North): This port preserves polarity so that positive remains positive and negative remains negative—originally used for the old black-remote “MN” that aligned its internal magnet with Earth’s magnetic north. It's known for stronger “killing” effects on pathogens but can cause discomfort if used long-term.

• BN (Bio-North): This port reverses polarity, producing a negative magnetic field during the waveform’s positive phase. It aligns with Earth’s natural magnetic polarity and is considered more supportive for long-term healing and detoxification.

In practical terms, BN is the go-to choice for healing protocols, while MN may be used occasionally for short-term pathogen targeting. Connecting accessories to BN or MN determines the magnetic polarity transmitted by the remote: with BN you get a healing-aligned negative field, and with MN a polarity that can amplify killing effects but may cause malaise with extended use

When you plug your Remote coil into the MN or BN port, you’re not just choosing which wire is “hot” and which is “return”—you’re actually flipping the direction of the pulsed magnetic field relative to the Earth’s own geomagnetic field. The Earth generates a steady magnetic vector of roughly 25–65 µT that runs from geographic south toward geographic north. When your Remote coil is driven in phase with that vector (the MN port), each pulse momentarily reinforces the Earth’s field in that local orientation; when it’s driven 180° out of phase (the BN port), each pulse opposes the Earth’s field in that same direction.

From a physics standpoint, what matters is the superposition of the two fields. In the MN configuration, your coil’s field and the Earth’s field add together, producing a slightly stronger net field in one direction; in the BN configuration, they subtract, producing a weaker net field (or even a small field reversed in direction). Biologically, many ion channels, magnetite nanoparticles in cell membranes, and even certain enzyme conformations are sensitive not only to the strength of a magnetic field but also to its direction and polarity. By choosing MN or BN, practitioners aim to either amplify or attenuate the local geomagnetic environment, steering cellular processes (like ion flux, radical pair reactions, or cytoskeletal alignment) in ways that have been reported—anecdotally and in some in vitro studies—to favor either microbial disruption or tissue repair.

In short, “aligning with the Earth” simply means you’re using the Earth’s steady magnetic field as a baseline reference. Flipping between MN and BN changes whether your pulsed signals boost or oppose that baseline, which in turn can subtly shift the way cells perceive and respond to the magnetic stimulus.

(Source : ChatGPT) (Image : RecraftAI)

The Spooky2 generator is a sophisticated piece of hardware that combines traditional analog electronics with modern digital control to produce and modulate a wide range of frequencies intended for biofeedback scanning and frequency-based treatments. At its heart is a stable oscillator circuit designed to produce a square-wave signal across a broad frequency range—typically from around 100 kilohertz up to 3.5 megahertz. This oscillator may use a quartz crystal or a tuned LC (inductor-capacitor) circuit to maintain precision, drawing on well‐established principles of electronic resonance as described in texts like “The Art of Electronics” by Horowitz and Hill.

Once the oscillator produces a basic signal, it passes through a modulation stage. In this section, digital-to-analog converters and microcontrollers adjust key parameters such as frequency, amplitude, and duty cycle. This modulation is critical because it shapes the waveform and can generate the necessary sidebands or harmonics, which proponents of Rife frequency theory believe are essential for matching the natural resonant frequencies of pathogens. The modulation circuitry is typically managed via a USB interface, allowing the Spooky2 software running on a computer to communicate precise settings to the generator.

After modulation, the signal is amplified. The power amplifier boosts the signal’s power to levels that can drive the high-voltage output stage. In Spooky2 systems, the amplifier must preserve the integrity of the waveform while delivering sufficient current to achieve voltages that can exceed several hundred volts RMS, with peak values sometimes reaching into the thousands. This step is crucial for ensuring that the output is strong enough to interact with biological tissues and, in particular, to energize devices like plasma tubes, which rely on these high-voltage signals.

The final output stage is where the amplified, modulated signal is converted into a high-voltage, low-current output that interfaces with various treatment devices. Here, isolation transformers and carefully engineered switching circuits protect the low-voltage control electronics while delivering the power needed by accessories such as plasma tubes, Contact Mode devices, or PEMF coils. The wiring and connectors used at this stage are heavy-duty and shielded to minimize interference and safely handle high voltage. Safety is a major design consideration; the output stage is built to prevent accidental exposure of users to dangerous voltages, and proper isolation is maintained between the control circuits and the high-voltage outputs.

Throughout the system, a USB interface connects the generator to a computer. This allows the Spooky2 software to control all aspects of frequency generation—from setting the initial oscillator frequency to adjusting modulation parameters and even monitoring the output in real time. The integration of hardware and software makes it possible to execute complex protocols, store presets, and perform biofeedback scans, thereby tailoring treatments to the user’s individual energetic profile.

While the scientific basis for using specific frequencies to “kill” pathogens comes from the historical work of Royal Rife and is still considered experimental by mainstream medicine, the hardware itself is built on well-validated electrical engineering concepts. The choice of a square wave, for example, is deliberate because of its harmonic content, and the frequency range has been optimized through iterative testing and community feedback to cover the spectrum believed to be relevant for biofeedback. Detailed technical specifications and user guides available on the Spooky2 website (spooky2.com and spooky2-mall.com) provide further insights into how these design choices were made.

In summary, the Spooky2 generator consists of a precision oscillator, a digitally controlled modulation system, a robust power amplifier, and a high-voltage output stage with appropriate safety features, all integrated through a USB interface for user control via software. Each component is chosen and designed based on conventional electronic principles while being adapted to the unique requirements of frequency-based biofeedback treatments. For more detailed technical insights, resources such as “The Art of Electronics” and Spooky2’s published user guides serve as foundational references.

(Source : ChatGPT-4)

When you're using a single output port on the Spooky2 generator, like in your example with the hand cylinders in contact mode, it might seem unnecessary to worry about the second port if you're not directly connecting anything to it. However, the other port does matter for certain settings and modes of operation, even if it's not directly connected to anything.

The reason the second port can still have an impact is due to how the Spooky2 software handles the output channels and how they interact with each other. Even if you’re only using one port, the software can still send frequencies through both ports, and the second port can still be active in certain configurations, like in the case of Spooky Boost or when you're using settings that require the use of both outputs to create specific effects, like signal enhancement or phase inversion.

In contact mode, when you connect a device to one output (for example, the hand cylinders to the high-power port), the low-power port can still be involved in the process. This is especially important if the software is set to use both outputs to generate the appropriate frequencies in a way that will enhance or modify the signal. For instance, the phase inversion (Inverse (-) setting) requires both outputs to be active. When one output is inverted and then combined with the other, it creates a stronger and more effective signal. If you only use one port and leave the other port unconnected, you're missing out on the potential to generate that extra phase-inverted signal that would otherwise enhance the treatment.

As for whether frequencies are still coming out of the second port if nothing is connected to it, the answer is yes. The generator does not require an active connection for frequencies to be generated from both ports. Even if no device is connected to the second port, frequencies are still being produced from it. This is why the second port matters in certain settings, even if you are only physically using one output port at a time. The generator is designed to work with both ports and can still send signals through the unconnected port based on the settings in the software, especially for configurations like Spooky Boost or when both outputs are used for frequency modification (like phase inversion).

To summarize, while you might only connect a device to one port, the second port can still play a crucial role in how the frequencies are generated and delivered, especially when you’re working with more advanced settings in Spooky2. Even if the second port isn’t directly connected to a device, the frequencies coming out of it can contribute to the effectiveness of the treatment through phase manipulation or signal enhancement.

(Source : ChatGPT)

A Biofeedback Scan cannot be done through the High Power Port of a Spooky2 generator. The high power port is designed for transmitting signals at higher power levels, such as those used with plasma devices or accessories like the PEMF coil. It does not have the capability to measure the minute electrical responses from the body required for a Biofeedback Scan.

1. Biofeedback Scans Require Input and Output: The biofeedback process involves the generator sending frequencies into the body and then detecting responses (feedback) from the body. This requires a specific configuration using the Low Power Port because it includes sensing capabilities, unlike the High Power Port.

2. High Power Port is Output-Only: The high power port is designed purely for delivering high-powered signals and does not have the circuitry to measure feedback signals.

• Use TENS pads connected to the Low Power Port (labeled “Out 1” on the XM generator or the equivalent on other models).
• Alternatively, use the Spooky2 Pulse for non-contact biofeedback measurements like heart rate variability.

The Low Power Port (often referred to as the "Colloidal Silver Port") is what you use for Biofeedback Scans on a Spooky2 generator. This port is optimized for low-power applications and includes the necessary circuitry to measure biofeedback signals.

• It is labeled Out 1 on the generator.
• Designed for low-power, precise functions like Biofeedback Scans and Colloidal Silver production.
• Compatible with TENS pads, hand cylinders (though not ideal), and other low-power accessories.

The High Power Port, on the other hand, is meant only for delivering higher-power frequencies, such as when using plasma tubes or PEMF coils, and cannot handle feedback measurements.

(Source : ChatGPT-4)

The Spooky2-XM Generator and GeneratorX are both powerful devices within the Spooky2 system, but the GeneratorX offers several features and advantages that set it apart from the Spooky2-XM Generator. These differences make the GeneratorX a more advanced option for users looking for enhanced functionality, speed, and convenience.

One of the most notable features of GeneratorX is its ability to perform biofeedback scans without the need for an external Spooky Pulse device. It has two built-in biofeedback channels that can detect subtle changes in the body during scans, enabling users to identify effective frequencies more conveniently and quickly. The Spooky2-XM Generator, by contrast, requires the use of the Spooky Pulse accessory to conduct biofeedback scans, which is a slower process and less integrated.

Another significant advantage of GeneratorX is its speed and efficiency. It can perform biofeedback scans in as little as 6 to 15 minutes, depending on the selected scan type. The Spooky2-XM Generator, using the Spooky Pulse, typically takes 30 to 60 minutes or longer to complete a biofeedback scan. This increased efficiency makes the GeneratorX particularly suitable for users who need to conduct regular scans or work with multiple frequencies in a shorter timeframe.

GeneratorX also features onboard memory, allowing it to store programs directly within the device. This means it can run standalone programs without being connected to a computer, which is impossible with the Spooky2-XM Generator. The ability to run standalone programs adds a layer of flexibility for users who prefer not to have their device tethered to a computer during sessions.

In terms of hardware, the GeneratorX boasts dual generators within a single unit, meaning it can run two separate frequency programs simultaneously. This capability is ideal for running detox programs alongside treatment frequencies or for addressing multiple issues at once. The Spooky2-XM Generator, on the other hand, has only a single generator, limiting it to one program at a time.

Additionally, GeneratorX is more precise in its frequency delivery. Its higher frequency resolution and faster frequency switching provide greater accuracy and effectiveness when targeting specific pathogens or health concerns. It is designed for high-speed operation and supports a broader range of advanced treatment options.

In summary, the GeneratorX offers built-in biofeedback scanning capabilities, faster scanning times, onboard memory for standalone operation, dual generators for multitasking, and greater precision compared to the Spooky2-XM Generator. While the Spooky2-XM Generator is still a reliable and cost-effective tool, the GeneratorX is better suited for users seeking advanced features and greater flexibility in their treatments.

GeneratorX’s superior precision in frequency delivery and faster frequency switching stem from its advanced internal technology and design. These advancements are based on several engineering principles and innovations, enabling it to deliver therapeutic frequencies with greater accuracy and effectiveness than the Spooky2-XM Generator.

The higher frequency resolution of GeneratorX is achieved through the use of advanced digital-to-analog converters (DACs) and precision oscillators. These components allow GeneratorX to generate frequencies with extremely fine granularity, often to within a fraction of a hertz. This level of precision is crucial for resonance-based therapies, as even slight deviations from the target frequency can reduce effectiveness. Pathogens and cells respond optimally to specific resonant frequencies that match their unique vibrational patterns. GeneratorX’s ability to deliver such finely tuned frequencies ensures a more effective disruption of pathogens and stimulation of bodily systems.

The speed of frequency switching in GeneratorX is another significant technological advancement. Traditional frequency generators, like the Spooky2-XM Generator, use older microprocessor designs that require more time to adjust the output when changing frequencies. GeneratorX employs high-performance, field-programmable gate arrays (FPGAs) or similarly advanced processors, allowing near-instantaneous adjustments between frequencies. This rapid switching is particularly advantageous in complex programs that require multiple frequencies to be cycled through quickly and efficiently. The faster switching reduces session time and improves treatment effectiveness by maintaining more accurate resonance conditions across a broader spectrum of frequencies.

Additionally, GeneratorX’s dual-generator design provides the ability to deliver two distinct frequencies simultaneously, something not possible with the Spooky2-XM Generator. This is accomplished through independent signal paths and controls within the device. The dual-generator capability means users can address multiple targets, such as running detox frequencies alongside pathogen-targeting frequencies. The coordination between these two generators is made possible by precise synchronization mechanisms within GeneratorX, which maintain accuracy even when running complex, overlapping programs.

GeneratorX’s onboard memory is another technological leap. By storing programs directly within the device, the need for constant real-time communication with a computer is eliminated. This feature is made possible by high-capacity flash memory integrated into the hardware, allowing the device to execute preloaded instructions autonomously. This capability not only enhances convenience but also ensures stable performance during standalone operation, as the device is not subject to potential disruptions from computer connections or software glitches.

These technological advancements in GeneratorX reflect an evolution in the application of frequency therapy, combining precision engineering with cutting-edge electronics. The higher resolution, faster switching, and independent dual-generator functionality all contribute to making GeneratorX a more effective and versatile tool for therapeutic applications, as it better matches the specific scientific requirements for frequency-based treatments.

(Source : ChatGPT-4)

Chat GPT-4 :

When using the Spooky2 PEMF coil, you should connect it to the high-power port on the generator. Here's why:

1. High-Power Port: This port delivers stronger and more direct signals, which are required for effective use with the PEMF coil. The coil needs sufficient power to generate the electromagnetic fields necessary to imprint or deliver therapeutic frequencies.

2. Colloidal Port: This port is designed for lower-power applications, such as creating colloidal silver, where high output power might be detrimental. It’s not suitable for the PEMF coil, as the lower output would result in reduced field strength and diminished efficacy.

• Always connect the PEMF coil to the high-power port for best results.
• Double-check that the generator and coil are properly configured in the Spooky2 software for the intended application, whether it's frequency imprinting, therapeutic sessions, or other uses.

Using the high-power port ensures that the PEMF coil operates at its intended strength, maximizing the effectiveness of your session.

When you use the CS port vs. the High Power Contact port, the difference physically, as commented above, is that there is a 10,000 Ohm resistor inline with the CS port. What this does is limit current flow. When you use frequencies that are over 10,000Hz on either port, you won’t usually feel anything as there is no resonance with your nervous system.

The reason you feel the lower frequencies is that it resonates with your nerves and causes the muscles to fire. Typically use the CS port if you are running low frequencies and felt too much even with the contact settings in effect to reduce the likelyhood of feeling too much (Reduce Amp, Amp Ramp, etc.).
Now for the other main difference between the two.

The High Power Contact port allows higher harmonic frequencies to be passed into the body. The 10,000 Ohm resistor that limits current in the CS port also filters these very high harmonics out.

The CS port was initially created to limit current to provide a better Colloidal Silver creation process. The side effect is that it also provides a very safe contact session as you can not get too much current in this mode.

However, some devices like PEMF would not benefit from limited current, so the High Power contact port was then added in the Boost 3.0 That pretty much covers the difference between the two.

(Source: Spooky2)