Our work presents a new interphase chemistry in which reductive electrophiles gain electrons and cations from solid-state electrolytes upon contact, forming layers on the materials' surfaces, which enhances their electrochemical stability and offers adaptable solutions for other battery materials.

Nature Ecology & Evolution Community

22.01.2025

High-valence bismuth(V) nanoplatform to potentiating tumor immunotherapy | Research Communities by Springer Nature

A high-valence bismuth(V) nanoplatform has been proposed for the first time for triggering cancer cell death and anti-tumor immune responses via an exogenous excitation-free and endogenous H2O2- and O2-independent reactive oxygen species generation behavior.

Nature Ecology & Evolution Community

22.01.2025

Scientific Reports author profile: Dr. Simona Francese | Research Communities by Springer Nature

Author Simona Francese on Scientific Reports as a hub for global discovery

Nature Ecology & Evolution Community

22.01.2025

Room-temperature phosphorescent transparent wood | Research Communities by Springer Nature

In the quest for sustainable development, scientists are continuously inspired by nature to create innovative technologies. One such breakthrough is featured in a recent paper published in Nature Communications, which introduces the topic of "Room-temperature phosphorescent transparent wood."

home›Nature Ecology & Evolution Community

Nature Ecology & Evolution Community

Science

New Battery Interphase Technology: Electrophile Reduction Strategy | Research Communities by Springer Nature

High-valence bismuth(V) nanoplatform to potentiating tumor immunotherapy | Research Communities by Springer Nature

Scientific Reports author profile: Dr. Simona Francese | Research Communities by Springer Nature

Room-temperature phosphorescent transparent wood | Research Communities by Springer Nature

home
›
Nature Ecology & Evolution Community