Electrochemical water splitting remains a long way from large-scale practical application
due to the fact that the catalytic efficiency cannot satisfy the requirement, and thus …

Plasmon polaritons (plasmons, for simplicity) have become paramount for tailored
nanoscale light–matter interaction, and extensive research has been conducted to monitor …

We have experimentally and theoretically studied the high-intensity (> 10 16 W cm− 2),
femtosecond photoionization of inertially confined noble-gas clusters. We have examined …

Multiphoton photoelectron spectroscopy reveals the multiple excitation of the surface
plasmon in silver nanoparticles on graphite. Resonant excitation of the surface plasmon with …

New research fields have opened up that are related to the interactions between molecules
and high-intensity optical fields where the laser intensity ranges from 1012–1017Wcm− 2. A …

InP-based quantum dot (QD) light-emitting diodes (QLEDs) provide a heavy-metal-free route
to size-tuned LEDs having high efficiency. The stability of QLEDs may be enhanced by …

We report the observation and characterization of a new nonresonant strong field ionization
mechanism in polyatomic molecules: Nonadiabatic multi-electron (NME) dynamics. The …

Rational design of heterostructure catalysts through phase engineering strategy plays a
critical role in heightening the electrocatalytic performance of catalysts. Herein, a novel …

The photoelectron spectra of C 60 ionized using a 790 nm laser with pulse durations varying
from 25 fs to 5 ps have been determined. For 25 fs pulses, in the absence of fragmentation …

Two-photon photoemission spectroscopy using femtosecond laser pulses is used to
investigate the excitation and decay mechanisms of the surface plasmon resonance in Ag …