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A Molecular Route from Nanographene to Nanodiamonds

May 26, 2026

Featured Articles, Bottom-Up Synthesis of Molecular Nanodiamond from Nanographene, Nature 2026, 655, 102.

Nanodiamonds are emerging materials for quantum sensing, bioimaging, single-photon emission, and quantum information technologies. However, the synthesis of ultrasmall nanodiamonds with precise control over size, crystallinity, and defect incorporation has remained a long-standing challenge.

What happens when molecular springs are compressed?

March 10, 2025

Featured Articles, Fluorescence of helical molecular springs under high pressure, Angew. Chem. Int. Ed. 2025, 64, e202500923

Helicenes are fascinating helical molecules whose twisted structures resemble tiny springs. Although they have long been considered promising building blocks for molecular machines, little is known about how their properties change when they are mechanically compressed.