News - Institute of Industrial Science, the University of Tokyo

News: Press Release

News: Press Release

News: Press Release

Researchers at #UTokyo_IIS use isotopically purified graphite to study the phenomenon of heat flowing like a fluid, which can lead to new heat-sink devices for electronics.

Two Tasks Are Better Than One: Learning If and How Much It’s Raining Improves Deep Models

Researchers from the Institute of Industrial Science, The University of Tokyo, find that a deep-learning model that simultaneously learns to classify satellite data as rain/no-rain while determining rain intensity outperforms other models.

Like Flipping the Switch

Researchers at The University of Tokyo develop a gate driver for circuit bipolar transistor electronic switches with a timing function robust to changes in current and temperature, which can be used in many industrial control　applications.

Counter-Rotating Fates

Researchers at The University of Tokyo simulate the phase separation of self-spinning particles, and show that the process differs from other unmixing processes, which may shed light on the organization of bacteria and other organisms

A Rough Start Can Lead to a Strong Bond

Researchers at The University of Tokyo develop a simple but effective method of bonding polymers with galvanized steel, a material ubiquitous in the automobile industry, to cheaply and easily create a lightweight and durable product.

Simulations are Starting to Gel

Researchers at The University of Tokyo show how including the effects of the surrounding water during the aggregation of charged particles can improve the accuracy of simulations, which may help elucidate biological self-assembly

Exploring the deep: drones offer new ways to monitor sea floor

Researchers led by the Institute of Industrial Science, The University of Tokyo develop a novel method for measuring seafloor movement

Molecular neural network with potential application in medical diagnostics

Past the Breaking Point

Researchers at The University of Tokyo simulated fractures in amorphous materials due to both cyclic fatigue and constant stress using course-grained dynamics, and demonstrated various failure modes, which can help improve reliability of materials

Upgrading your Computer to Quantum

Researchers at The University of Tokyo grow a nanoscale layer of a superconducting material on top of a nitride-semiconductor substrate, which may help facilitate the integration of quantum qubits with existing microelectronics

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