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Breaking the Chain: Catalyzing a Green Future for Chemistry
A Japanese research team from Osaka University developed “green” catalysis for creating valuable chemicals from plant waste. By reacting a catalyst with ...
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2017
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Determinant factors for energy consumption and perception of energy conservation clarified
A research group performed large-scale questionnaire surveys in Suita City, Osaka in 2009 and 2013: before and after the required electricity conservation ...
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2015
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Development of Nanostructuring Technology to Simultaneously Control Heat and Electricity
A research group created a nanostructure in which ultrasmall germanium (Ge) nanodots were formed with identical crystal orientations in silicon (Si). In this ...
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2015
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Efficient generation of high-density plasma enabled by high magnetic field
An international joint research group led by Osaka University demonstrated that it was possible to efficiently heat plasma by focusing a relativistic electron ...
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2018
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Exploring the Conversion of Heat to Electricity in Single Molecules
Researchers at Osaka University investigated the influence of the geometry of single-molecule devices on their ability to produce electricity from heat. They ...
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2017
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Instant Turn-over of Magnetism by Gyro Motion of Relativistic Electrons
A team of researchers led by Osaka University investigated the mechanism of polarity reverse of magnetic fields and its growth from a weak seed field in a ...
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2022
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Porous materials shed light on environmental purification
An international collaboration between Osaka University, Japan, and the University of Castilla, Spain, developed stable single-crystalline porous ...
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2018
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Powered by Windows: Enhanced Power Factor in Transparent Thermoelectric Nanowire Materials
A research group led by Professor Yoshiaki Nakamura of Osaka University successfully developed a methodology for enhancing thermoelectric power factor while ...
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2018
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Solar Material for Producing Clean Hydrogen Fuel
A Japanese research team led by Osaka University developed a solar-active material for producing hydrogen fuel. The material is based on lanthanum titanium ...
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2017
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Ultrathin black phosphorus for solar-driven hydrogen economy
Osaka University researchers combined two different types of 2D materials—black phosphorus and bismuth vanadate—to form a biologically inspired water-splitting ...
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2018
