Copper‐based layered perovskites have shown abundant phase transitions and
thermochromic behaviors. However, there are very few cases of perovskites with irreversible …

Heat-based local ablation techniques are effective treatments for specific oligometastatic
and localized cancers and are being studied for their potential to induce immunogenic cell …

Abstract 2 µm pulsed lasers have slowly gathered attention over the years for their promising
potential in the medical field and sensing. We report the fabrication of a saturable absorber …

Nonlinear optical (NLO) switchable materials play a crucial role in the fields of electronics
and optoelectronics. The selection of an appropriate switching approach is vital in designing …

Irreversible thermochromic materials change color when heated but do not return to their
original color when cooled. This property enables the permanent storage of temperature …

Background: Symmetric sigmoidal models with four parameters based on an idealized S/Z-
shaped curve are commonly used to analyze the optical parameters of thermochromic …

Olivine lithium manganese phosphate was synthesized by a mechanochemical method.
Inorganic cathode materials can be divided into three kinds of lithium metal oxide layered …

Smart temperature-responsive inorganic materials in accessible temperature ranges open
up new positions in the technology. Herein, we present for the first time a CuMoO4 …

Thermochromic materials are one of the most important types of intelligent materials that
show controllable thermal indicator performance in many potential applications. In this …

Featured Application The simulator has applications in the training of electrophysiologists for
cardiac radio-frequency ablation therapy and the evaluation of novel cardiac ablation …