🧠 Cracking the Mystery of Consciousness with Robots and Quantum Computers
Canadian startup Nirvanic unveiled a robotic kitten named KitCat at the MARS conference, hosted annually by Amazon founder Jeff Bezos.
KitCat turned its head, crouched, and leaned forward as if curiously exploring its surroundings—and quantum effects determined each movement.
How Does It Work?
▶️ An image from KitCat's camera is sent twice per second to a D-Wave quantum computer in Canada.
▶️ The data is processed using quantum algorithms, which select one of 32 possible actions.
▶️ As a result, KitCat is guided not by a programmed pseudo-random generator but by quantum uncertainty—its next move is absolutely unpredictable.
What About Consciousness?
Nirvanic tests the quantum consciousness hypothesis, which suggests that human consciousness and free will arise from quantum effects in the brain. The idea was proposed in 1996 by physicist Roger Penrose and anesthesiologist Stuart Hameroff. Long dismissed as speculative, the theory can now be put to experiment.
The Nirvanic team plans to run millions of identical experiments, controlling the robot in two modes: one powered by a classical processor and the other by a quantum one.
If the robot's "quantum behavior" consistently differs from its classical one, it could be a strong argument that quantum processes affect decision-making and perception.
If the experiments succeed, says Suzanne Gildert, founder and CEO of Nirvanic, quantum computers will finally be helpful for real-world applications—and in the long term, they may pave the way to truly conscious robots.
More on the topic:
⚛️ How quantum computers will change the world?
