Analysis challenges quantum theories of consciousness

A mathematical study concludes that consciousness cannot arise purely from quantum processes. Researchers at Chapman University found that the no-cloning theorem prevents the information copying required for agency.

Emily Adlam and colleagues at Chapman University in California developed a minimal physical model of agency. They showed that any purely quantum agent would be unable to copy information about possible actions due to the no-cloning theorem.

The team presented the findings at the Foundations of Physics conference in Irvine, California, on 17 June. Co-author Mordecai Waegell stated that the results help explain how agency can emerge in a quantum universe.

Adlam noted that while quantum calculations might offer occasional speed-ups, agency appears founded in the classical regime. Philosopher Sally Shrapnel at the University of Queensland suggested that less strict interpretations of quantum states could still allow mixed classical-quantum models.

Related Articles

Physicists have created a simple model of the universe using ultracold atoms to explore whether time arises from quantum effects rather than existing independently. The work, led by researchers at the University of Birmingham, offers new experimental support for ideas that have circulated for decades.

Reported by AI

Recent research suggests that consciousness in animals and machines should be assessed by internal mechanisms rather than behavior alone. Two new papers explore this for insects and Artificial Intelligence. They conclude current AI lacks consciousness but leave room for future systems and some invertebrates.

A new theoretical model suggests black holes leave behind stable remnants that preserve quantum information, potentially solving a long-standing puzzle in physics.

Reported by AI

Physicists at MIT have developed a theoretical technique inspired by the film Interstellar to send messages backwards in time using quantum entanglement. The approach mimics closed time-like curves and surprisingly improves communication through noisy channels. While actual time travel remains impossible, the idea could enhance conventional systems.

This website uses cookies

We use cookies for analytics to improve our site. Read our privacy policy for more information.
Decline