Who I Am

Innovation is often born from curiosity and an unstoppable drive to push boundaries. My journey started not in a lab, but as an independent thinker, deeply fascinated by the intersection of human intelligence and artificial intelligence. I am Ryszard Dzikowski, a self-taught innovator living in Berlin, who has spent over a decade exploring advanced technologies, searching for ways to bridge the gap between human cognition and AI systems.

It was during this exploration that I discovered the work of Prof. Wiesław Nowiński, a world-renowned brain specialist, whose vision of integrating human consciousness with AI left a profound impact on me. This idea resonated deeply, and over time, it took root in my mind, evolving into what would later become HAIXUS. I have been in contact with Prof. Nowiński for more than ten years.

A Flash of Inspiration – The Birth of IntraCavi

On December 14, 2024, the idea of IntraCavi first came to my mind. Just three days later, on December 17, 2024, the first patent application was filed. Shortly thereafter, on December 23, 2024, a second complementary patent was submitted, extending the scope of protection to cover the entire HAIXUS Project.

This rapid progress was possible because of years of hands-on experimentation and accumulated knowledge. Through continuous self-experimentation, I gathered valuable data about neurostimulation effects, but the missing piece was a way to process and validate these insights efficiently. AI provided that solution—analyzing my years of findings within seconds, cross-referencing them with existing neuroscientific research, and confirming the feasibility of IntraCavi almost instantly.

This mirrors breakthroughs in AI-driven robotics, where projects that traditionally required months can now be completed in days. The Robot Learning Company recently demonstrated how a cleaning robot was developed using GPT-4o in just four days—a process that would have taken significantly longer without AI assistance. This trend underscores AI’s role as a transformative force in accelerating ideation, validation, and implementation across disciplines.

Living the Future – Becoming a Meta-Human

Neurostimulation through the tongue is not a new concept. Technologies like PoNS (Portable Neuromodulation Stimulator) and Lenire have shown that stimulating the tongue can influence brain activity. However, IntraCavi takes this to the next level by integrating additional stimulation of the palate, engaging multiple cranial nerves simultaneously. This dual-contact approach enhances neuroplasticity and expands cognitive and neurological benefits. Additionally, NeuroChat has already demonstrated that human thoughts can be interpreted for direct communication with the outside world. IntraCavi bridges these technologies by integrating real-time thought interpretation with neurostimulation, creating a seamless interface between human cognition and AI-driven augmentation.

The Science Behind IntraCavi

IntraCavi stimulates key cranial nerves, particularly the Nervus trigeminus and Nervus glossopharyngeus, which play a vital role in sensory processing, cognitive function, and neuroplasticity. These nerves connect to the limbic system, responsible for memory, learning, and emotional responses.

By stimulating these nerves, IntraCavi promotes neuroplasticity, encouraging the brain to form new connections and enhance cognitive performance. This process leads to improvements in mental clarity, focus, and memory retention, while also fostering faster learning and adaptation.

Expected advantages of IntraCavi over traditional tongue-stimulation methods:

• Broader neural activation – Engages both the tongue and the palate, stimulating more pathways for enhanced cognitive effects.
• Non-invasive yet highly effective – Achieves neural modulation without the need for implants.
• Enhanced AI synergy – Designed for intelligence augmentation, integrating directly with AI-driven systems.

Personal Transformation Through Augmentation

Besides technological advancements, this journey has also been shaped by personal challenges. Among the four languages I speak or understand well, there was never enough space for English. This limitation became a key motivation to explore how IntraCavi could extract languages directly from thought and seamlessly translate them with AI in real time. The vision is clear: a world without language barriers, where communication happens effortlessly, transcending linguistic limitations.

In recent months, I have been actively collaborating with four different AI models, using them as cognitive extensions to process vast amounts of information and push the limits of what a single individual can achieve. These AI models have been instrumental in:

• Analyzing neuroscientific research to optimize IntraCavi’s stimulation patterns.
• Simulating bioelectric interactions to fine-tune the electrode configurations.
• Generating predictive models for cognitive enhancement based on neuroplasticity data.
• Providing real-time language processing to refine scientific communication and documentation.

This journey has led me to a profound realization: we are already on the path to cognitive augmentation, and AI is the catalyst accelerating this transformation.

Parallel to this, I began experimenting with daily neurostimulation via the tongue, using a small metal interface that interacts with saliva as a natural capacitor. This process, which functions without an external power source, generates microcurrents that subtly stimulate brain activity, leading to heightened mental clarity, enhanced pattern recognition, and an overall increase in cognitive efficiency.

Since integrating these methods into my daily routine, I have noticed remarkable improvements:

• My reading speed has increased by approximately 30%.
• I experience faster problem-solving abilities, particularly in abstract reasoning tasks.
• My ability to sustain deep focus has significantly improved, allowing for longer periods of uninterrupted cognitive work.

Visualizing the Future – Bringing IntraCavi to Life

To make the mechanics of IntraCavi more tangible, we are developing:

• A schematic diagram illustrating how IntraCavi interacts with cranial nerves.
• A neural activation map showing bioelectric stimulation pathways.
• A prototype demonstration video showcasing real-world applications.

Addressing Skepticism – The Need for Further Research

As with any pioneering technology, skepticism is expected. To validate IntraCavi’s potential, we are focused on:

• Independent peer-reviewed studies to quantify cognitive improvements.
• Clinical trials with neurologists to assess long-term neuroplastic effects.
• User-based trials exploring applications in education, healthcare, and cognitive performance.

Next Steps – The HAIXUS Roadmap

The roadmap for HAIXUS includes:

1. Finalizing the IntraCavi prototype for testing.
2. Establishing research partnerships with leading neuroscience institutions.
3. Launching an open-access study for early adopters.
4. Expanding AI integration to develop a personalized cognitive enhancement system.

Ethics and the Future of Augmentation

While the possibilities of cognitive augmentation are vast, ethical considerations are crucial. Who should have access to this technology? How do we ensure it is used responsibly? AI-human interfaces must be developed with transparency, accessibility, and ethical responsibility in mind, ensuring they benefit all of humanity, not just a privileged few.

The Road Ahead – A Call to Innovation

The future of human augmentation is unfolding now, and I invite you to be part of this journey. Whether you are a scientist, entrepreneur, researcher, or simply someone fascinated by the possibilities of human-AI synergy, there is a place for you in this movement.

Follow the development of IntraCavi and HAIXUS, contribute your expertise, or simply stay informed. Let’s redefine the limits of human cognition—together.

Are you ready to unlock the next evolution of intelligence?