In-form-at-ion: Rethinking Intelligence, AI, and the God Bit
Jose T. Thomas with Leena Jose T.

John Archibald Wheeler (1911 – 2008), one of the most influential physicists of the 20th century, proposed the idea of “It from Bit”, suggesting that physical reality arises from information rather than the other way around. This radical perspective reframes our understanding of existence: rather than seeing matter as the fundamental constituent of reality, Wheeler proposed that information is the true substrate, and the material world emerges from it.

Wheeler’s “It from Bit” hypothesis asserts that the universe is fundamentally composed of bits of information, much like how digital reality is constructed from binary 0s and 1s. He argued that the laws of physics, space, time, and even particles arise from fundamental yes/no (bit-like) decisions at the smallest level of reality. This view aligns with quantum mechanics, where measurement and observation seem to determine the state of a system, rather than a pre-existing independent reality.

Quantum Mechanics and the Role of the Observer: Wheeler was deeply influenced by the quantum mechanical principle that the act of measurement determines reality. In the famous double-slit experiment, a quantum particle behaves like a wave until observed, at which point it “chooses” a definite state. This led Wheeler to propose the Participatory Universe, where the cosmos is not a static entity but a system co-created by observation and informational processing.

Physics, Computation, and the Digital Universe: Wheeler’s concept resonates with the rise of digital physics, which suggests that the universe operates like a vast computational system. If reality is fundamentally information-based, then the laws of physics emerge from the processing of information, much like how software makes the behavior of a digital system. This view finds echoes in modern theoretical physics, from holographic principles (where reality is a projection of underlying information) to quantum computation theories.Implications for Consciousness and Intelligence: If reality is fundamentally informational, then intelligence and consciousness might not be emergent byproducts of material evolution but integral to the fabric of existence. Wheeler’s ideas resonate with theories that view consciousness as playing an active role in shaping reality, rather than being merely a product of brain processes. This raises profound questions about the nature of intelligence — not just human intelligence but cosmic intelligence that self-organizes through information processing.

Bridging Wheeler’s Vision with Other Traditions: Wheeler’s ‘It from Bit’ shares deep resonances with non-dual philosophies, particularly Sree Narayana Guru’s Advaita, where consciousness (Chaitanya) is primary, and the material world emerges as its manifestation. Likewise, in Buddhist and Vedantic traditions, reality is seen as a dynamic interplay of information (Nama-Rupa) rather than fixed matter. Jesus’ teachings on the ‘Kingdom of God’ as a relational and emergent reality could be reinterpreted in terms of a participatory, information-driven cosmos.

Wheeler’s “It from Bit” invites us to rethink the very foundations of existence. If information is the fundamental reality, then matter, space, and even consciousness arise as emergent properties of a deeper informational structure. This paradigm shift has profound implications for physics, artificial intelligence, and spirituality, suggesting that intelligence — whether in human, cosmic, or divine terms — is not separate from the world but deeply woven into its informational fabric.