Over 99% of the observable universe is made of plasma. About 71% of the planet we live on
is covered by liquid. Yet, the interaction between both states of matter does not occur so …

An understanding of electron-initiated processes in aqueous systems and the subsequent
radical chemistry these processes induce is significant in such diverse fields as waste …

The ability to confine electrons and holes in semiconductor quantum dots (QDs) in the form
of excitons creates an electronic structure which is both novel and potentially useful for a …

Existence of a hydrated electron as a byproduct of water radiolysis was established more
than 50 years ago, yet this species continues to attract significant attention due to its role in …

Since the discovery of the hydrated electron more than 40 years ago, a general consensus
has emerged that the hydrated electron occupies a quasispherical cavity in liquid water. We …

The hydrated electron is a fascinating species that has captured the scientific attention of
chemists for more than 50 years. Although the experimental detection of the hydrated …

The photo-induced radiolysis of water is an elementary reaction in biology and chemistry,
forming solvated electrons, OH radicals, and hydronium cations on fast time scales. Here …

Size dependent electron and hole relaxation dynamics were measured in colloidal CdSe
quantum dots with state-to-state specificity. These experiments reveal the electron and hole …

The unknown influence of inelastic and elastic scattering of slow electrons in water has
made it difficult to clarify the role of the solvated electron in radiation chemistry and biology …

Both water and electron-transfer reactions play important roles in chemistry, physics,
biology, and the environment. Oxidative DNA damage is a well-known mechanism, whereas …