Cuprous oxide (Cu 2 O) has recently emerged as a promising material in solid-state
quantum technology, specifically for its excitonic Rydberg states characterized by large …

Core-level X-ray photoelectron spectroscopy (XPS) is a useful measurement technique for
investigating the electronic states of a strongly correlated electron system. Usually, to extract …

We propose Bayesian spectroscopy (BS) both for the spectral analyses of optical spectra
and for normal mode analyses of coherent phonon (CP) signals in solid-state materials. In …

We propose a fitting model that automatically conducts the background subtraction during
high-throughput peak fitting. The fitting model consists of the pseudo-Voigt mixture model …

A Bayesian spectroscopy technique is proposed to decompose weak pre‐edge structures
from an X‐ray absorption near edge structure (XANES) spectrum. This methodology can …

Using Bayesian spectroscopy, we have performed model selection to extract weak spectral
components from an absorption spectrum of a Cu2O thin crystal sandwiched between a pair …

ABSTRACT A new machine learning approach that transforms time-series analysis into
temperature-series analysis is introduced to analyze stress-induced ferroelectricity in SrTiO …

We have analyzed a photoluminescence (PL) spectrum in a GaAs/AlAs type-II superlattice
and have statistically confirmed stable existence of an electron-hole droplet (EHD) state …

We demonstrated the superradiance-to-polariton crossover of the blue excitons in Cu 2 O by
varying the sample thicknesses instead of controlling the cavity quality factor. The crossover …

By Bayesian inference with Metropolis algorithm, we have succeeded highly accurate
estimation of a vibrational frequency as well as an initial phase for a damped oscillation …