Chemistry & Materials

4 reports
Chemistry & Materials examines substances, molecular change, energy, structure, measurement, and the properties of designed materials. The concept is evaluated through catalysis and materials synthesis, keeping formal definitions and assumptions separate from observations or consequences.

Kinetics and spectroscopy are read together rather than as isolated findings. This makes it possible to address how catalysts change reactions and which models predict chemistry, identifying which examples clarify the concept and which expose its limits.

QC Ware Tests Hybrid Quantum-Classical Chemistry on IBM Heron Processor

QC Ware has demonstrated a hybrid quantum-classical workflow for molecular energy calculations, integrating its Promethium platform with IBM's 156-qubit Heron superconducting quantum processor to analyze a complex metalloenzyme system

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Researchers Demonstrate Vapor-Triggered Switching in Advanced Fluid Materials

A team in Japan has built a reversible system that uses vapor to control the color, state, and phosphorescence of advanced functional fluids, offering a new approach to designing smart materials with tunable properties

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Solid Crystal Thermoelectric Material Demonstrated for Heat Recovery

A research team at the Institute of Science, Tokyo, has engineered a solid crystal thermoelectric material that mimics the properties of atomically thin films, potentially enabling more practical waste heat energy recovery in industrial settings

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China Tests Low-Cost Catalyst to Turn Plastic Waste Into Jet Fuel

Researchers in China have demonstrated a chemical process that converts polyolefin plastic waste into aviation-grade fuel using a cobalt-nickel catalyst, but the method remains at the laboratory stage and faces significant engineering hurdles

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