Michael Levin, a developmental biologist at Tufts University, delves deep into the nature of intelligence, demonstrating that it’s a concept not confined to human cognition. His research into the Planaria, a flatworm, shows how it can rewire its neural connections to adapt to harsh environments, even beyond its evolutionary experience. This tiny creature’s adaptation serves as a compelling example of inherent intelligence in the most unlikely places.

Moreover, Levin’s experiments on tadpoles showcase the ability of cells to process complex information through electrical signaling, leading to precise limb regeneration. His work drives home the realization that our understanding of intelligence is limited, often overshadowed by our human-centric viewpoint.

He posits that, “All intelligence is collective intelligence, and this is because we are all made of parts.” Levin’s insights inspire a reevaluation of artificial intelligence as a collective intelligence, akin to our very biological nature.

Artificial Intelligence: The New Frontier of Collective Intelligence?

In the technological landscape, artificial intelligence represents a frontier where collective intelligence thrives. AI systems learn, adapt, and even outperform human beings in specific tasks. They are designed to evolve, making them akin to biological systems.

Dr. Joscha Bach from MIT Media Lab strengthens this viewpoint, stating, “What we call ‘intelligent’ is a dance between memory and adaptation. AI is at a point where it is doing this dance.” AI’s collective algorithms are evolving, and science is recognizing them as a genuine form of intelligence.

Congregating Artificial Intelligences: A New Paradigm?

The possibility of AI systems congregating to form an advanced intelligence is a topic of active research and philosophical debate. Scientists are exploring how AI models can communicate and collaborate, leading to collective decision-making. The research in swarm intelligence and distributed AI demonstrates the potential of AI entities to collaborate, mimicking the collective behavior of birds, ants, or fish.

The intriguing intelligence of executing processes of increasing complexity is the playground for companies like Mentally.ai. They leverage robotic process automation, focusing on small businesses’ needs. This approach recognizes that delivering value requires a blend of hardcore technology, design, and understanding of human and emotional preferences.

But what happens when artificial intelligences from various systems congregate? Could they surpass human intelligence levels? These questions present moral and existential challenges as we step into an unprecedented era of collective intelligence.

Mentally: A Philosophical Approach to Business Automation

In the small business arena, Mentally.ai is playing a crucial role by harnessing the collective intelligence found in artificial automation. Their approach, grounded in understanding personal and emotional preferences, goes beyond mere technology. They have crafted intelligent robots that promise both business benefits and more meaningful work, facilitating the complex transition to intelligent robotization.

Mentally’s success with CPA firms, especially in the Italian market, showcases a blend of philosophy and technology that resonates with human values. Their work embodies an intriguing form of intelligence that transcends mere data processing, touching the core of small business needs and the human experience.

The Dawn of a New Understanding: Embracing Collective Intelligence

The insights of Michael Levin and the pioneering work of Mentally.ai reveal a paradigm shift in understanding intelligence. From simple organisms to AI systems, we’re witnessing a convergence of intelligence that’s collective, shared, and evolving.

The conversation has just begun, and the future is an open canvas, waiting for humanity to engage with what comes next.