Photoacids undergo an increase in acidity upon electronic excitation, enabling excited-state
proton transfer (ESPT) reactions. A multitude of compounds that allow ESPT has been …

面向6G 时代机器通信, 沉浸式业务对高精度感知与高速率通信的需求, 通信感知一体化技术应运
而生. 基于此, 针对太赫兹通信感知一体化波形的场景, 波形设计方法和未来展望进行了阐述和 …

The phenomenon of photoacidity, ie, an increase in acidity by several orders of magnitude
upon electronic excitation, is frequently encountered in aromatic alcohols capable of …

In nature and many technological applications, aqueous solutions are in contact with
patterned surfaces, which are dynamic over time scales spanning from ps to μs. For …

Convenient, rapid, and accurate detection of nitroaromatic organic toxins and harmful
substances is of great significance in research. In the present study, two-dimensional …

In photochemistry, rapid energy dissipation into the solvent is mandatory to prevent radiation
damages. By optical pump THz spectroscopy, we are able to follow the details of the energy …

Ultrafast THz transients with large spectral bandwidths are commonly generated in the two-
colour air-plasma scheme, typically driven by high-pulse-energy laser sources, operating at …

The urgency to address climate change and its environmental consequences demands the
development of effective carbon capture technologies. The relationship between rising …

We present the results of Optical-Pump THz-Probe (OPTP) measurements on solvated
Myoglobin. Subsequent to optical excitation we observe a THz signal with a relaxation time …

Control of proton movement in aqueous solutions or across membranes is a topic of
research that could provide invaluable insight into increasing enzyme activity levels or …