User:JPNARPHY/Design Automation for Quantum Circuits: Revision history

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curprev 14:2414:24, 10 June 2025 JPNARPHY talk contribs m 43,437 bytes −4 Made some minor changes in the sections undo Tag: Visual edit

curprev 17:5017:50, 8 June 2025 JPNARPHY talk contribs 43,441 bytes −94 Made some error corrections. undo Tag: Visual edit
curprev 17:4517:45, 8 June 2025 JPNARPHY talk contribs 43,535 bytes +2,307 Added to final touch to the article. undo Tag: Visual edit

curprev 22:2622:26, 7 June 2025 24.245.138.49 talk 41,228 bytes +4,817 Made some additions to the design automation overview. undo Tag: Visual edit

curprev 17:4117:41, 5 June 2025 JPNARPHY talk contribs 36,471 bytes +8,548 Added some changes and modification on quantum circuit optimization techniques. undo Tags: Visual edit Disambiguation links added

curprev 14:1514:15, 4 June 2025 JPNARPHY talk contribs 27,923 bytes −412 Added some changes to the section "Need for Design Automation". undo Tag: Visual edit

curprev 01:5001:50, 1 June 2025 JPNARPHY talk contribs 28,335 bytes +1,652 Added a diagram comparing Superconducting vs Ion Trap. undo Tag: Visual edit

curprev 23:4123:41, 31 May 2025 JPNARPHY talk contribs 26,683 bytes +2,717 Added some wikipedia's text structure and format. undo Tags: Visual edit Disambiguation links added

curprev 07:2507:25, 29 May 2025 JPNARPHY talk contribs 23,966 bytes +6,482 I started the gate level optimization of quantum circuits undo Tag: Visual edit

curprev 23:3723:37, 24 May 2025 JPNARPHY talk contribs 17,484 bytes +7,400 Added the Stages in the Design Automation Flow undo Tag: Visual edit

curprev 20:2620:26, 23 May 2025 JPNARPHY talk contribs 10,084 bytes +6,421 I added few paragraphs to it. undo Tag: Visual edit
curprev 14:3914:39, 23 May 2025 JPNARPHY talk contribs 3,663 bytes +3,663 ←Created page with 'Design Automation for Quantum Circuits means using software to make quantum computing hardware and applications easier to develop. It turns high-level quantum algorithms into optimized circuits for specific quantum systems. Unlike classical circuit design, which has well-developed tools, quantum design automation is still new and challenging. This is because quantum bits (qubits) behave differently. They are sensitive to noise, have limited connections, and...' Tag: Visual edit