Publications by authors named "Kunliang Bu"
Article Synopsis
- Quantum computing offers advanced computational power that could transform drug discovery, but current studies often only serve as basic tests without tackling real-world challenges.
- This research introduces a hybrid quantum computing pipeline that targets actual drug design problems, moving beyond typical studies to create practical solutions.
- The study focuses on two key areas: accurately determining Gibbs free energy for prodrug activation and simulating covalent bond interactions, aiming to incorporate quantum computing into real-world drug development processes.
Parity detection is essential in quantum error correction. Error syndromes coded in parity are detected routinely by sequential CNOT gates. Here, different from the standard CNOT-gate based scheme, we propose a reliable joint parity measurement (JPM) scheme inspired by stimulated emission.
View Article and Find Full Text PDFMultiple ordered states have been observed in unconventional superconductors. Here, we apply scanning tunneling microscopy to probe the intrinsic ordered states in FeSe, the structurally simplest iron-based superconductor. Besides the well-known nematic order along [100] direction, we observe a checkerboard charge order in the iron lattice, which we name a [110] electronic order in FeSe.
View Article and Find Full Text PDFThe pseudogap (PG) state and its related intra-unit-cell symmetry breaking remain the focus in the research of cuprate superconductors. Although the nematicity has been studied in BiSrCaCuO, especially underdoped samples, its behavior in other cuprates and different doping regions is still unclear. Here we apply a scanning tunneling microscope to explore an overdoped (Bi, Pb)SrCuO with a large Fermi surface (FS).
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