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By encoding two layers of information into synthetic molecules, researchers controlled their self-assembly into a specific triple helix while suppressing competing molecular struct...
An electrically driven molecular machine spins in a controllable direction, increasing conductivity up to 100-fold and opening possibilities for future molecular electronics.
Cambridge, MA – MIT Media Lab – EmTech Future. Nature has spent roughly 3.8 billion years conducting the most sprawling, creative research and development campaign in history. Evol...
Changing only the surface groups of metal-organic polyhedra alters the conformation of surrounding polymer chains, enabling unprecedented control over viscosity and temperature-dep...
A new catalytic reaction breaks carbon–carbon single bonds and creates four new bonds around one carbon atom, enabling the synthesis of complex 3D molecules for functional material...
Could a molecule’s rotation help control electrical current? Research involving IIT Madras demonstrates how molecular motion and electron transport can influence each other. An int...
A designed protein built inside an existing nanopore reshapes its channel and alters ion flow, opening a new route to engineering molecular sensors.
A new open-science initiative will use AI and large-scale experiments in a continuous learning cycle to design new proteins, enzymes and cells.
A four-year project will build predictive models linking polymer structure and processing to performance, aiming to speed flexible bioelectronics discovery.
Atomic-scale see-saws control spin interactions as scanning tunnelling microscopy tunes coupling between spins in a 2D metal-organic framework and metal electrons.
by Pedro M. Guillem-Gloria, Gloria Ruiz-Gómez, M. Teresa Pisabarro Protein recognition mimicry is of great interest in the field of molecular bioengineering and rational design, w...
Switched On by Electricity: “Caged” Cyclopropanol Warhead Lets Chemists Label Proteins Inside Living Cells at Will Inside every living cell, a chaotic molecular bazaar is in full s...
Author(s): Akashni Raghubar LatchannaJulian Klein and Frances Ross explain how electron microscopes are becoming tools for engineering defects inside crystalline materials.[Physics...
NVision Quantum Technologies is expanding from its commercial hyperpolarized MRI platform into quantum computing hardware with its new PIQC (Photonic Integrated Quantum Chip) molec...
Everything from metabolic pathways optimized for efficiency to brain blood vessels designed as protective shock absorbers demonstrates multi-level planning. Source
A new machine-learning framework aims to improve the success rate of computational protein design while moving away from results that reproduce sequences found in nature.
Researchers discover a hidden molecular assembly pathway that produces highly aligned soft quasicrystals over millimeter-scale regions, enabling greater control over complex materi...
JNC is using BioProcess International 2026 to spotlight Cellufine and its emerging MLP chromatography media, developed to address purification challenges posed by viral vectors, va...
Countable Labs has named Fred Hutchinson its first certified service provider, currently serving researchers across the Seattle region. And the company is continuing to build its l...
Researchers grafted 4-allyloxybenzil onto impact polypropylene copolymer, cutting space charge accumulation by 85 percent and boosting DC breakdown strength by 30 percent for HVDC...
A quantum spectroscopy method amplifies the tiny recoil from a single absorbed photon, enabling non-destructive infrared measurements of individual molecules.
A trio of papers showcases AI-designed molecular scissors and an upgraded tool that builds proteins atom by atom. The post This AI Model Designs Enzymes With Atomic Precision appea...
A research group has fine-tuned blue pigment molecules to create a blue-pigment based catalyst that is high-performing and free of the more expensive platinum.
Sugars have long tempted chemists as building blocks for advanced materials. They are abundant, biologically familiar, and exceptionally good at binding water, which makes them att...
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