近期，中国科学院福建物构所的官轮辉研究员和中国科学院化学所的赵永生研究员联合开展了一项具有前沿意义的研究，展示了如何通过空间工程技术实现层次分明的HOF（有机框架化合物）分级枝状同质结，并将其应用于三维光子学逻辑处理。这一研究成果不仅在基础科学领域引起关注，更为未来光子技术的发展提供了新的思路。 HOF分级枝状同质结的制作过程涉及多种形状的演变，包括Y型、X型以及蒲公英型等。这些不同的结构设计逐步 ...

The constituent molecules (or particles and other building blocks) of soft matter interact via many different types of interactions, ranging from van der Waals interactions, to screened electrostatic ...

PathogenDx's Microarray Detection Platform is the fastest and most cost-effective test for UTI detection with higher ...

Chemists in Canada have uncovered a surprising conformational effect using cyclopropane that provides a way to influence the ...

Phenanthrene is a planar polycyclic aromatic hydrocarbon, consisting of three fused benzene rings. If we add bulky substituents into the 'bay region' of the molecule, the steric hindrance will cause ...

Nanoparticles have once again reached the spotlight, this time as a critical tool to combat the spread of covid-19. In this ...

This was due to interactions between particles, and they were able to modify their analysis when both hydrodynamic and/or ...

Good afternoon, everyone. Thank you for standing by. Welcome to CytomX Therapeutics third quarter, 2024 Financial results call. Please be advised that today's call is being recorded. I would now like ...

More information: Seonghan Kim et al, Controlling Reactivity through Spin Manipulation: Steric Bulkiness of Peroxocobalt(III) Complexes, Journal of the American Chemical Society (2024).