the-case-against-quantum-computing

12/6/2018

In this thought-provoking article, the author presents a case against the practicality of quantum computing. While acknowledging the vast potential of quantum computers in theory, the article argues that the challenges and limitations involved in building and operating practical, error-free quantum computers make them highly improbable. The author explores various technical and practical obstacles, such as the extreme sensitivity of quantum systems to environmental disturbances and the immense difficulty of scaling the technology. Additionally, the article examines alternative approaches to classical computing that may offer more realistic and feasible solutions to computational problems. Overall, it presents a critical perspective on the feasibility and practicality of quantum computing.

quantum computing ꞏ computing ꞏ hardware ꞏ technology ꞏ physics ꞏ quantum physics ꞏ qubits ꞏ quantum mechanics ꞏ algorithm ꞏ superposition ꞏ entanglement ꞏ quantum systems ꞏ information theory ꞏ computational power ꞏ limitations ꞏ challenges ꞏ quantum supremacy ꞏ noise ꞏ error correction ꞏ quantum gate ꞏ quantum bits ꞏ quantum state ꞏ quantum algorithms ꞏ quantum advantage ꞏ classical computing ꞏ alternative computing ꞏ digital computing ꞏ analog computing ꞏ quantum superiority ꞏ quantum decoherence ꞏ quantum entropic uncertainty ꞏ quantum information ꞏ quantum effects ꞏ quantum parallelism ꞏ quantum speedup ꞏ quantum error ꞏ quantum interference ꞏ quantum states ꞏ quantum programming ꞏ quantum simulation ꞏ quantum complexity ꞏ quantum circuit ꞏ quantum teleportation ꞏ quantum communication ꞏ quantum network ꞏ quantum cryptography ꞏ quantum information processing ꞏ quantum technology ꞏ future of computing