Part 8/11:
Despite the excitement surrounding quantum computing, there are meaningful hurdles to clear before mainstream adoption is realized. Quantum computers are delicately engineered devices that require extreme stability, often functioning near absolute zero. Maintaining qubit stability is a formidable challenge, and disruptions can lead to cascading errors that jeopardize computations.
Scaling quantum systems adds to this complexity, as integrating more qubits does not simply enhance power but introduces additional layers of difficulty. Furthermore, the high costs associated with developing and maintaining quantum infrastructure often confine such technology to elite labs and major tech firms, sidelining smaller companies and academic institutions.