Structure and formation mechanisms in tantalum and niobium oxides in superconducting quantum circuits
Improving the qubit's lifetime (T1) is crucial for fault-tolerant quantum computing. Recent
advancements have shown that replacing niobium (Nb) with tantalum (Ta) as the base metal …
advancements have shown that replacing niobium (Nb) with tantalum (Ta) as the base metal …
Nano & AI: A Nobel Partnership
This year's Nobel Prizes in Physics 1 and Chemistry 2 were both awarded to
groundbreaking discoveries linked with artificial intelligence (AI). The selection of awardees …
groundbreaking discoveries linked with artificial intelligence (AI). The selection of awardees …
Atomic resolution scanning transmission electron microscopy at liquid helium temperatures for quantum materials
Fundamental quantum phenomena in condensed matter, ranging from correlated electron
systems to quantum information processors, manifest their emergent characteristics and …
systems to quantum information processors, manifest their emergent characteristics and …
Hexagonal Ta2O5 (10 1‾ 0) single-crystalline films grown on LaAlO3 (010) substrates by MOCVD
X Ma, Y Li, Y Le, B Zhang - Materials Science in Semiconductor Processing, 2024 - Elsevier
Single-crystalline hexagonal tantalum pentoxide (δ-Ta 2 O 5) films were grown on LaAlO 3
(010) substrates by MOCVD. A high substrate temperature of 840° C was required to …
(010) substrates by MOCVD. A high substrate temperature of 840° C was required to …
Comparative S/TEM study of superconducting Ta quantum resonators by wet and dry etching types
Superconducting resonators play a pivotal role in various quantum technology applications,
such as quantum computing and high-frequency communication systems. The performance …
such as quantum computing and high-frequency communication systems. The performance …