Materials: measurements, tested models and battery interfaces
Which measurement methods, model tests and interface designs sharpen materials decisions?
Five specialists select new research papers. Rowan separately reports important news across the field. Each topic can include up to five significant papers per day, and the news digest up to five significant stories.
We publish when there is something worth reading. Dates show when each update was prepared. Our weekly editions bring the deeper reporting and analysis.
Which measurement methods, model tests and interface designs sharpen materials decisions?
Which chemical designs clarify target signaling, payload release and ligand discovery?
Five primary research reports with explicit source-access and validation boundaries.
Five primary research reports with explicit source-access and validation boundaries.
Which chemical designs and measurement methods connect predictions with reliable material discovery and molecular observation?
Which chemical-design changes improve target selectivity, local exposure and measured engagement?
Five research reports on spectra, molecular design and protein interactions.
Five studies examine cellular exposure, clinical model choice, nanoparticle infusion, screening reproducibility and thermal antibiotic responses.
Five research reports on purification, reaction prediction and synthetic access.
Which new validation tools make atomistic prediction and electrocatalyst measurements more dependable?
Which new compound-design and assay methods connect molecular changes with measurable binding or cellular performance?
Five research reports on molecular representations, structural inference and analytical identification.
Five studies examine drug-binding pathways, treatment readouts and the consequences of pharmacology model choices.
Five research reports on optimization, adaptive operation and chemical transformations.
Which new physical measurements and simulations change materials design and validation decisions?
Which new compound-design studies connect molecular changes with measured target engagement and useful exposure?
Five studies examine molecular shapes, protein contacts, scarce data and the limits of structural inference.
Five papers examine how computational choices affect signalling, toxicity screening and treatment-response estimates.
Five studies connect process screening, catalyst kinetics, stereoselectivity and direct synthesis.
Which new model evaluations connect electronic and structural predictions with useful materials evidence?
Which new design approaches connect chemical changes with measured activity and developability?
Five papers examine model comparisons, macrocycle permeability, metal docking and ambiguous affinity traces.
Five studies connect computational predictions with assay workflows and preclinical pharmacology.
Five papers connect synthesis decisions, catalytic prediction and numerical accountability.
Which new datasets, controlled comparisons and physical models improve decisions in materials simulation?
Which chemical changes improve target engagement, resistance reversal and exposure?
Five studies test molecular identity, antigen recognition and transferable binding predictions.
Five studies examine drug-response prediction, metabolic sites, tracer distribution and animal pharmacology.
Which new studies improve physical sample handling, failure diagnosis, reaction modelling and adaptable flow chemistry?
Which new measurements and benchmarks clarify how materials models transfer, extrapolate and enter simulation workflows?