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If we now have molecular-scale transistors is this not a continuation of Moore's law?
One approach to implementing qubits using molecular-scale transistors is to use the electronic properties of individual molecules to encode and manipulate quantum information. For example, a molecular transistor could be designed to switch between two different electronic states that correspond to the two possible states of a qubit (e.g., "up" and "down" spins for an electron). By carefully controlling the electronic properties of the molecule and the voltage applied to the transistor, researchers could manipulate the state of the qubit and perform quantum computations.
One approach to implementing qubits using molecular-scale transistors is to use the electronic properties of individual molecules to encode and manipulate quantum information. For example, a molecular transistor could be designed to switch between two different electronic states that correspond to the two possible states of a qubit (e.g., "up" and "down" spins for an electron). By carefully controlling the electronic properties of the molecule and the voltage applied to the transistor, researchers could manipulate the state of the qubit and perform quantum computations.
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