This chapter attempts to give an overview of the historical development and current progress
of femtosecond laser micro-nanofabrication based on multiphoton absorption, and particular …

For several decades there has been extensive research in the area of multiphoton
spectroscopy. However, multiphoton processes have not found widespread applications due …

Fully electrophosphorescent organic LEDs can take advantage of the diffusion of triplets to
produce bright white devices with high power and quantum efficiencies. It is shown that the …

PHOTOREFRACTIVE materials are of considerable interest for the development of all-
optical devices1. The photoref ractive effect appears in materials that exhibit an electric-field …

▪ Abstract Rapid advances in the field of photorefractive polymers and composites have in
the brief time since their inception in 1991 led to the development of high-performance …

Considerable progress has been made in organic photorefractive materials, since the first
observation of photorefractive phenomena from organic materials. Within recent years, a …

Liquid crystalline composite materials have been prepared that are strongly photorefractive.
Nematic liquid crystals were doped with both electron donor and electron acceptor …

Using a polymer block doped with a highly efficient two-photon dye, we have achieved a
high density data storage with gray-scale control in multiple planes as stacked compact …

Ab initio calculations that address the problem of excited-state proton transfer across an
intramolecular hydrogen bond are reviewed. Small molecules, such as malonaldehyde …

A new family of proline-based azobenzene peptides (DNO) for holographic information
storage is reported. By use of polarization holography, it was found that gratings with …