ISSN: 2582 - 9734
Yudhvir, Dr. Vandana Yadav, Dr. B. Ramesh
This paper explores quantum state mapping techniques critical for understanding and utilizing quantum systems in computing and communication. It focuses on methods such as quantum state tomography, phase-space distributions, homodyne and heterodyne detection, weak measurements, and process tomography. These techniques allow for indirect yet precise reconstruction of quantum states, overcoming challenges like wavefunction collapse and noise. Using synthetic data, the study demonstrates close alignment between theoretical probabilities and simulated outcomes, validating the reliability of quantum measurement protocols..
2025
31
