I stumbled upon a tweet recently that linked to a research paper exploring the mind’s interaction with quantum systems, specifically through a double-slit interference pattern.

The paper piqued my curiosity because it reminded me of something I learned in university about Ray-Tracing (when I was studying game development). Just as pixels in a game are rendered only when light hits an object, quantum systems seem to behave differently when observed. This connection led me down a rabbit hole of questions: Could our thoughts be like sound waves, subtly interacting with the physical world? And if so, how might this idea be connected to recent advancements in AI and technology?

As I reflected on this, I couldn’t help but draw parallels between the mind-matter interactions in the research paper and some of the experiments I’d recently read about — like the successful transmission of thoughts between people using brain-computer interfaces or even exchanging messages through lucid dreams. These breakthroughs, coupled with Nvidia’s AI-driven advancements in Ray Tracing, got me thinking about how our thoughts, when paired with technology, could potentially influence reality in profound ways.

And so, I decided to explore the concept further.

Thought Waves & Quantum Physics

In the double-slit experiment, when particles aren’t observed, they act like waves, creating an interference pattern. But when observed, they behave like particles, collapsing into a specific position. My theory suggests that human consciousness might produce thought waves, which, when interacting with quantum systems, could subtly influence those outcomes. While this is speculative, there’s growing research on consciousness and quantum mechanics that hints at a mind-matter connection.

Ray-Tracing — a technology of NVIDIA’s from the 1980s — works similarly. The pixels that hit an object are rendered, creating a photorealistic image. Nvidia’s breakthrough was making this real-time by introducing AI techniques like DLSS (Deep Learning Super Sampling) in 2022, which upscales lower-resolution images to higher quality while maintaining performance.

Ray Tracing From the 1980's to Today An Interview with Morgan McGuire, NVIDIA | NVIDIA Technical…Morgan McGuire, a member of the NVIDIA research team, walks us through the history of shaders, rasterization, and…developer.nvidia.com

AI doesn’t just enhance performance — it optimizes what we “observe” in the game world. In the same way, if human thought waves could influence reality, they might selectively engage with the physical world, just as AI optimizes how much of a game is rendered. Thought waves could focus on specific possibilities, guiding quantum outcomes, much like how Nvidia’s tech renders specific parts of a scene based on necessity.

And we might not be too far away from all this.

Real-World Implications

For businesses, the analogy extends beyond just theoretical physics or gaming. Nvidia’s AI-driven advancements in Ray Tracing have opened doors in industries like film, architecture, and even predictive analytics by making real-time, high-quality visualization accessible. AI and quantum computing could similarly unlock new possibilities in how we interact with systems, enhancing everything from real-time decision-making to digital transformation.

Just as Nvidia reduced the computational load by selectively rendering what’s needed, organizations could adopt similar principles in AI and quantum computing. By focusing on key interactions — whether in data processing, customer experiences, or operational efficiency — AI could help selectively “render” the most important outcomes, maximizing impact while minimizing resource drain.

Bridging AI, Consciousness & Technology

Recent developments further support the possibility that thought waves could influence reality through technology. For example, researchers recently demonstrated brain-to-brain communication, transmitting a message between participants in India and France using a combination of EEG (to read brain activity) and TMS (to stimulate brain activity) over a distance of 5,000 miles. The thought transmission system worked, allowing the participants to exchange simple words without needing to speak or write.

Similarly, neurotechnology company REMspace recently achieved two-way communication during lucid dreaming. In this experiment, participants sent and received messages while in a dream state using specially designed equipment. This marks an exciting leap toward real-time communication in dreams, further bridging the gap between thought, technology, and reality.

Lucid Dreaming Breakthrough: Startup Claims First-Ever Two-Way Dream Communication - The DebriefNeurotech startup REMspace claims to have achieved the first two-way communication between individuals using lucid…thedebrief.org

These breakthroughs support the idea that human thoughts, while currently subtle and difficult to detect, can already be influenced or transmitted via technology. As these advancements continue, we may uncover more ways in which human consciousness can interact with and shape the physical world — much like how Nvidia’s ray-tracing technology revolutionized visual realism in gaming.

The “Then What?” Question

With this evolving technology, we must consider what happens next. What are the implications of being able to directly communicate thoughts, influence outcomes, or shape reality through thought waves? Could this lead to new methods of decision-making, where thoughts bypass traditional forms of communication and influence? How would society change if our thoughts could collectively shape the world?

The future may hold a convergence of AI, quantum computing, and thought waves, enabling a level of interaction that transcends current tech limitations. Just as Nvidia’s innovations have reshaped gaming and visual technology, “thought-wave technology” could redefine how we understand human interaction, communication, and reality itself.

As these technologies continue to develop, we are left wondering: if thought waves influence reality, then what? How far will this go? How will it change our relationship with technology and the world around us? These questions are the next frontier in understanding how we — and our thoughts — fit into the fabric of the universe.