What if there's a objective information-theoretic ceiling

A theoretical ceiling of 127 fully entangled logical qubits would limit quantum state space to 2^127, potentially capping computational power. This constraint could hinder solving classically intractable problems requiring larger qubit counts, like advanced cryptography or material simulations. However, 127 qubits may still suffice for near-term quantum advantage in optimization, chemistry, and machine learning applications. The industry's long-term ambitions, such as fault-tolerant quantum computing, might require surpassing this limit to unlock full potential. If physically unavoidable, research would shift focus to maximizing efficiency within this bound rather than scaling qubit numbers.