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Randomly Coiled and Toroidal Supramolecular Polymers

The self-assembled state of the molecules determines the characteristics of supramolecular polymers.

United statesShiki yagaiMartin vachaHikaru sotomeSkyla bailyJapan society for the promotion of scienceChiba universityOsaka university graduate school of engineering scienceTransformative research areas materials science of mesoJournal of the american chemical societyChiba university graduate school of scienceMitsubishi foundationToroidal supramolecular polymersSho takahashiAmerican chemicalGraduate school

Exploring the Effect of Ring Closing on Fluorescence of Supramolecular Polymers – IT Business Net

Exploring the Effect of Ring Closing on Fluorescence of Supramolecular Polymers – IT Business Net
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United statesMartinj hollambyShiki yagaiTakuma matsumotoHikaru sotomeMartin vachaHiroshi miyasakaDivision of advanced scienceOsaka universityChiba universityKeele universityDepartment of materials scienceMitsubishi foundationSchool of engineering science at osaka universityTransformative research areas materials science of mesoSchool of chemical

Boosting Solid-State Phosphorescence in π-Electronic Molecules

Boosting Solid-State Phosphorescence in π-Electronic Molecules
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Hiromitsu maedaDepartment of applied chemistryRitsumeikan global innovation research organizationRitsumeikan universityCollege of life sciencesScientific researchRitsumeikan university researchTransformative research areasa condensed conjugationKyoto universityProfessor hiromitsu maedaChemical scienceUniversity research reportApplied chemistryLife sciencesChemcomm emerging investigator lectureshipTransformative research areas

Dinuclear Ruthenium Complex as a Photocatalyst for Selective CO2 Reduction to CO - Sonnenseite - Ökologische Kommunikation mit Franz Alt

A research team at the University of Tsukuba have developed a photocatalytic reduction process, using a dinuclear ruthenium (Ru) complex as a

United statesJournal of the american chemical societyCo journalJapan society of promotion scienceUniversity of tsukubaJapan societyTransformative research areasGreen catalysis scienceRenovating transformationCarbon based resourcesAmerican chemical society

Dinuclear Ruthenium Complex as a Photocatalyst to Address Energy Crisis

The conversion and storage of solar energy into chemical energy, similar to the process of photosynthesis in plants, holds tremendous promise for tackling important energy and environmental concerns.

United statesMegan craigPhotocatalyst to address energy crisisUniversity of tsukubaLab topologyJapan society of promotion scienceJournal of the american chemical societyRuthenium complexAddress energy crisisReduce time to resultOptimize testing frequenciesHigh throughput environmentsHigh throughput environments industry focusTransformative research areasGreen catalysis scienceRenovating transformation