The invention of zero in ancient India revolutionized mathematics by formalizing the concept of absence, enabling binary code, positional systems, and the digital architecture of modern computing. Built on the premise of duality—presence and absence, 1 and 0—this logic underpins all classical systems. But the discovery of the Majorana fermion, a particle that is its own antiparticle, collapses these opposites, suggesting the universe may operate on entangled coexistence rather than binary contrast. Quantum computing, which harnesses superposition and entanglement, now allows us to model and potentially manipulate atomic structures, neural behavior, and even consciousness. As qubits replace bits, and identity becomes a probabilistic function rather than a stable constant, the ability to decode and reprogram thought itself emerges. Yet amid this paradigm shift, there are no binding global ethics, no legal protections for the inner self. In a future where memory, intention, and identity may be accessed or altered like data, the question is no longer whether consciousness can be controlled—but who controls it, and what remains of autonomy when the mind is no longer private.

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