In this Perspective, the evolutionary and revolutionary developments of ultrafast electron
imaging are overviewed with focus on the “single-electron concept” for probing …

In this paper, the evolutionary and revolutionary developments of microscopic imaging are
overviewed with a perspective on origins. From Alhazen's camera obscura, to Hooke and …

The vision to develop 4D electron microscopy, a union of the capabilities of electron
microscopy with ultrafast techniques to capture clearly defined images of the nanoscale …

A coarse-grained lattice model of DNA oligonucleotides is proposed to investigate the
general mechanisms by which single-stranded oligonucleotides hybridize to their …

Helices are the “hydrogen atoms” of biomolecular complexity; the DNA/RNA double hairpin
and protein α-helix ubiquitously form the building blocks of life's constituents at the …

Proteins are the building blocks of biology. They work as structural elements, as storage and
transport systems, and as catalysts. In fact, they perform most of the tasks in living systems …

In this Perspective, 4D electron imaging is highlighted, after introducing some concepts, with
an overview of selected applications that span chemical reactions, molecular interfaces …

We have studied the theoretical hydration effect on the optical property of a deoxyribonucleic
acid (DNA) double helix fiber. First-principles electronic structure and molecular dynamics …

Among the macromolecular patterns of biological significance, right-handed α-helices are
perhaps the most abundant structural motifs. Here, guided by experimental findings, we …

The ever-increasing progress made by humans in making the very small and the very distant
visible and tangible is truly remarkable. The human eye has spatial and temporal resolutions …