Radionics uses numerical rates to detect and broadcast corrective energy patterns. Traditional hardware machines cost $500 to $5,000+, but free radionics software like ResoField now offers digital rate broadcasting from any browser.
Radionics Software & Machines: A Practitioner's Guide [2026]
Radionics is one of the most fascinating (and most misunderstood) branches of alternative wellness practice. Rooted in the idea that every substance, organ, and condition has a unique energetic signature that can be expressed as a numerical rate, radionics has evolved from bulky hardware instruments with analog dials to sleek digital software running on laptops and smartphones. Today, free radionics software and browser-based online radionics tools have made the practice more accessible than at any point in its history.
Whether you're a seasoned practitioner considering a switch to digital tools or a curious newcomer trying to make sense of the field, this guide covers everything you need to know about radionics machines, radionics software, and the modern platforms that are reshaping practice in 2026.
Radionics was actually the last modality I added to my practice. Coming from a software background, the idea of rate-based broadcasting felt both strange and oddly familiar, like a kind of analog API call. My wife had more experience with it and showed me how she used it alongside homeopathy.
What Is Radionics?
Radionics is an alternative practice based on the premise that all matter radiates energy at specific frequencies. Practitioners use instruments, either hardware or software, to detect and interact with these subtle energy patterns. The core idea is that by identifying the correct numerical "rate" for a given condition or substance, a practitioner can analyze and broadcast corrective frequencies to a subject, even at a distance.
It's important to note that radionics is not recognized by mainstream science or conventional medicine. It operates within the broader field of energy-based and vibrational wellness practices, alongside modalities like bioresonance and homeopathy.
A Brief History of Radionics
Dr. Albert Abrams (1863-1924)
The story of radionics begins with Dr. Albert Abrams, an American physician who proposed that diseases could be identified by the way they affected the body's electrical resistance. He developed a series of instruments, the most famous being the "Oscilloclast," that he claimed could both diagnose and treat conditions remotely using a blood sample or "witness" from the patient.
Ruth Drown (1891-1965)
Ruth Drown expanded on Abrams' work significantly. She was one of the first to introduce the concept of numerical rates: specific dial settings on a radionics instrument that corresponded to organs, conditions, and remedies. She also pioneered the idea of remote broadcasting, claiming that treatment could be sent to a patient anywhere in the world using only a blood spot or hair sample as a witness.
George de la Warr (1904-1969)
Working in Oxford, England, George de la Warr built some of the most sophisticated radionics instruments of the mid-20th century. He and his wife Marjorie conducted extensive experiments and produced detailed rate charts that are still referenced by practitioners today.
Malcolm Rae (1913-1979)
Malcolm Rae introduced a geometric approach to radionics, encoding rates as patterns on cards rather than numerical dial settings. His "Rae cards" and the instruments designed to use them represented a significant conceptual shift, moving away from electronic circuitry toward purely informational encoding of radionic rates. Rae's work built on the earlier research traditions established by Abrams, Drown, and de la Warr, and his geometric encoding method influenced later developments in both hardware and software-based radionics.
How Radionics Works: Rates, Witnesses, and Broadcasting
The practice of radionics revolves around three core concepts:
Radionic rates are numerical values assigned to specific organs, conditions, substances, or states. For example, a particular sequence of numbers might correspond to "liver function" or "vitamin C." These rates were originally set using physical dials on hardware instruments, with each dial representing a digit in the rate.
Witness samples serve as a link to the subject being analyzed. Traditionally, this would be a blood spot, hair sample, or photograph. The witness is placed on the instrument's "witness well" or plate, and the practitioner uses it as a focal point for the analysis or broadcast.
Broadcasting is the process of transmitting a chosen rate to a subject via their witness. In traditional radionics, this involves setting the appropriate dials and activating the instrument's output circuit. The practitioner may leave the instrument broadcasting for a set period: minutes, hours, or even days.
Traditional Radionics Machines
A traditional radionics machine is a physical instrument, typically a wooden or metal box containing tuning dials, a "stick pad" (a rubber or metal plate used for dowsing-style detection), a witness well, and internal circuitry that may or may not include electronic components.
Key components of a traditional radionics instrument:
- Tuning dials: Usually 6 to 12 rotary dials, each numbered 0-10 or 0-100, used to set radionic rates
- Stick pad: A smooth plate where the practitioner lightly rubs their thumb while adjusting dials. A perceived "sticking" sensation indicates a correct setting
- Witness well: A compartment or plate where the witness sample is placed
- Output well/plate: Where remedies or substances can be placed for broadcasting
- Internal circuitry: Ranges from simple resistor circuits to more elaborate electronic designs
Prominent hardware instruments:
- SE-5 1000: One of the most well-known modern radionics instruments, combining hardware with a software interface
- Berkana Labs instruments: Handcrafted instruments with traditional dial-based designs
- CoRe System: A more technology-forward device blending radionics with biofeedback concepts
- Various artisan builders: Many individual craftspeople produce custom radionics instruments in small batches
Cost of radionics equipment
Traditional radionics machines are a significant investment. Entry-level instruments from independent builders start at around $500-$800. Mid-range devices with more sophisticated circuitry and features typically cost $1,500-$3,000. High-end instruments like the SE-5 1000 or specialized professional systems can run $3,500-$5,000 or more. Factor in rate books, training materials, and accessories, and the total startup cost for a hardware-based practice can easily exceed $5,000.
The Digital Evolution: Software-Based Radionics
The transition from hardware to software radionics has been one of the most significant shifts in the field. The reasoning is straightforward: if radionic rates are fundamentally informational (numerical codes representing specific energetic signatures), then there's no inherent reason they need to be set on physical dials. A computer can store, organize, and transmit these rates with greater speed and flexibility than any mechanical instrument.
How digital radionics works
Digital radionics software replaces the physical components of a traditional instrument with virtual equivalents:
- Rate databases replace printed rate books: thousands of rates can be stored, searched, and organized digitally
- Virtual dials or direct rate input replaces physical tuning knobs: practitioners can type in rates directly or use software-based selectors
- Digital broadcasting replaces hardware output circuits: the software transmits selected rates, often using the witness principle with a digital photograph rather than a physical sample
- Analysis algorithms replace the stick pad: various software approaches attempt to replicate the intuitive detection process
Advantages of digital radionics
The benefits of moving to a software-based approach are substantial:
| Feature | Hardware Instrument | Digital Software |
|---|---|---|
| Cost | $500-$5,000+ | Free-$300/year |
| Portability | Bulky, fragile | Laptop or phone |
| Rate library | Printed books, manual lookup | Searchable database, thousands of rates |
| Broadcasting | One rate at a time (usually) | Multiple simultaneous broadcasts |
| Record keeping | Manual notes | Automatic session logs |
| Updates | Fixed at manufacture | Regular feature updates |
| Learning curve | Steep, requires training | More intuitive interfaces |
Limitations to consider
Digital radionics isn't without its critics, even within the radionics community. Some practitioners argue that the physical components of a traditional instrument (the dials, the stick pad, the physical witness) play an important role in the process that can't be fully replicated by software. Others maintain that the practitioner's focused intention is what matters, and the instrument (physical or digital) is simply a tool for structuring that intention.
There's also the question of the stick pad response. Traditional radionics relies heavily on the practitioner's ability to feel subtle changes while rubbing the stick pad, a kinesthetic feedback loop that software typically replaces with randomization algorithms or other detection methods.
Modern Radionics Software Platforms
A growing number of software tools now offer digital radionics capabilities, ranging from simple rate broadcasting apps to comprehensive platforms that include analysis, remedy making, and session management.
When evaluating digital radionics software, consider:
- Rate library size and quality: How many rates are included? Can you add your own custom rates?
- Broadcasting features: Can you run multiple broadcasts simultaneously? Can you schedule sessions?
- Analysis tools: What methods does the software use for analysis or scanning?
- Ease of use: Is the interface intuitive, or does it require extensive training?
- Platform compatibility: Does it run on your preferred device (desktop, tablet, phone)?
- Cost structure: One-time purchase, subscription, or free?
ResoField, for example, offers a radionics feature that allows practitioners to input custom radionic rates and run digital broadcasts through a web-based interface, making it accessible from any device without installing specialized software. This kind of accessibility would have been unthinkable even a decade ago.
Free radionics software and online radionics
The availability of free radionics software has changed who can explore the practice. For much of the field's history, entry required either purchasing a physical instrument ($500 to $5,000+) or paying for dedicated desktop software. That's shifted.
Several platforms now offer radionics features at no cost, including ResoField, which provides a web-based radionics interface with rate input, broadcasting, and session management. Because it runs in a browser, it functions as online radionics, accessible from any device without installation. This matters practically: a practitioner in a multi-location practice, or one who travels, can run broadcasts from a phone or tablet without carrying hardware.
What free radionics software typically offers:
- Rate input and storage: enter and save custom radionic rates or use pre-built rate sets
- Digital broadcasting: set a rate and run a timed broadcast to a witness (typically a digital photo)
- Session logging: track what rates were broadcast, to whom, and for how long
- Multiple simultaneous broadcasts: run several protocols at once, which physical instruments handle less easily
What it doesn't replace, at least not for all practitioners, is the physical stick pad interaction. Some practitioners find the kinesthetic feedback of a hardware instrument central to their process. Others report that the outcomes with digital broadcasting are indistinguishable from hardware, and that the convenience of online radionics outweighs any concern about the medium.
For newcomers to the field, starting with free radionics software before investing in hardware makes practical sense. It allows you to learn rate structures, develop a broadcasting practice, and assess whether radionics fits your work, all at no cost.
Getting Started with Digital Radionics
If you're interested in exploring radionics, here's a practical path forward:
- Learn the fundamentals: Read foundational texts by practitioners like David Tansley, Malcolm Rae, or Edward Russell. Understanding the theory behind radionic rates and the witness principle is essential, regardless of whether you use hardware or software.
- Start with software: Given the cost difference, beginning with a digital platform lets you explore the practice without a major financial commitment. Many platforms, including ResoField, offer free access to core radionics features.
- Build your rate knowledge: Start with well-established rate sets (de la Warr, Rae, or Copen rates are widely used) before creating custom rates. Understanding how rates are structured helps you work more effectively.
- Practice regularly: Like any skill-based practice, radionics develops with consistent use. Keep detailed notes on your sessions and observations.
- Connect with the community: Organizations like the Radionic Association (UK) and various online forums provide education, mentorship, and peer support for practitioners at all levels.
- Consider hardware later: If you find that radionics resonates with your practice, you may eventually want to explore a physical instrument. Many experienced practitioners use both hardware and software, choosing the tool that best fits each situation.
Radionics is an alternative wellness practice and is not intended to diagnose, treat, cure, or prevent any disease. It should not replace professional medical advice or treatment. Always consult a qualified healthcare provider for medical concerns.
References
- Radionics - Wikipedia
- Albert Abrams - Wikipedia
- Ruth Drown - Wikipedia
- George de la Warr - Wikipedia
- Malcolm Rae's research on geometric radionics and rate encoding methods
Frequently Asked Questions
What is a radionics machine and how does it work?
A radionics machine is an instrument, either a physical device with tuning dials and plates or software running on a computer, used to detect and broadcast subtle energy patterns expressed as numerical rates. The practitioner sets specific rates on the instrument, places a witness sample (such as a photograph or hair sample) to establish a connection to the subject, and uses the device to analyze energy patterns or broadcast corrective frequencies. The underlying theory proposes that every substance and condition has a unique energetic signature that can be expressed numerically and interacted with through these instruments.
How much does a radionics machine cost?
Traditional hardware radionics instruments range from approximately $500 for basic entry-level devices to $5,000 or more for sophisticated professional systems like the SE-5 1000. When you factor in rate books, training courses, and accessories, a complete hardware setup can exceed $5,000-$7,000. Digital radionics software, by contrast, is dramatically more affordable. Many platforms offer free tiers or subscriptions in the range of $10-$30 per month, making the practice accessible to newcomers without a large upfront investment.
What are radionic rates and where do they come from?
Radionic rates are numerical codes assigned to specific organs, conditions, substances, or energetic states. They were originally developed through a process of systematic testing by early radionics pioneers. Ruth Drown, George de la Warr, Malcolm Rae, and David Tansley each published extensive rate charts based on their research. Some rates are expressed as simple number sequences (e.g., "50-27.5" for a specific organ), while others use more complex multi-dial configurations. Today, various rate databases exist, and experienced practitioners also develop custom rates for their own use.
Is digital radionics as effective as using a physical instrument?
This is one of the most debated questions in the radionics community. Proponents of digital radionics argue that since rates are fundamentally informational, the medium of delivery shouldn't matter: software can store and transmit rates just as effectively as physical dials. Traditionalists counter that the tactile interaction with a physical instrument, particularly the stick pad response, plays an important role in the practitioner's process. Many experienced practitioners take a pragmatic approach, using both hardware and software depending on the situation, and report satisfactory results with either method.
Can I use radionics software on my phone or tablet?
Yes. Several modern radionics platforms are web-based or offer mobile apps, allowing you to run analyses and broadcasts from a smartphone or tablet. This is one of the key advantages of digital radionics: portability. Web-based platforms like ResoField work in any modern browser, so you can access your radionics tools from essentially any internet-connected device without installing specialized software.
Is radionics scientifically proven?
Radionics is not recognized by mainstream science, and there is no peer-reviewed scientific evidence supporting its claimed mechanisms or effectiveness. It falls within the category of alternative and complementary wellness practices. Practitioners and proponents report subjective positive experiences, but these have not been validated through controlled clinical studies. Anyone interested in radionics should approach it as a complementary practice and should never use it as a replacement for qualified medical care.
Marvin Carter
Marvin Carter is a software developer and self-taught homeopathy practitioner who founded ResoField in 2025. Together with his wife, who runs a resonance therapy practice, he has 7+ years of hands-on experience and 100+ clients treated. With personal experience using devices like QEST4, Sulis, and Mora, he bridges the gap between IT and holistic health.
