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The Future of Wearable Electronics

The Future of Wearable Electronics

Using Light to Control the Mechanically Interlocked Molecule

Using Light to Control the Mechanically Interlocked Molecule

Electrons Play a Surprising Role in Heat Transfer Between Semiconductor Layers

Electrons Play a Surprising Role in Heat Transfer Between Semiconductor Layers

New Technology Captures Spectral Images to Reveal Chemical Makeup of Materials

New Technology Captures Spectral Images to Reveal Chemical Makeup of Materials

Effects of Interfacial Engineering on Flexible Perovskite Solar Cells

Effects of Interfacial Engineering on Flexible Perovskite Solar Cells

Can Self-Healing Solar Cells Recover at Night?

Can Self-Healing Solar Cells Recover at Night?

Berkeley Lab Researchers Develop a Novel Method of Heating and Cooling

Berkeley Lab Researchers Develop a Novel Method of Heating and Cooling

Printable Semiconductors Could Play a Key Role in Realizing the Sustainability Potential of IoT

Printable Semiconductors Could Play a Key Role in Realizing the Sustainability Potential of IoT

Scientists Develop New Method for Making Nano-Membranes of “Smart” Materials

Scientists Develop New Method for Making Nano-Membranes of “Smart” Materials

Carlyle to Acquire TESCAN

Carlyle to Acquire TESCAN

New Technology Opens the Door for Designing Sophisticated Nanodevices

New Technology Opens the Door for Designing Sophisticated Nanodevices

Electromagnetic Metamaterials Inspire the Design of a Water Wave Superscattering Device

Electromagnetic Metamaterials Inspire the Design of a Water Wave Superscattering Device

Researchers Develop Graphene-Based Nanoelectronics Platform

Researchers Develop Graphene-Based Nanoelectronics Platform

AIMPLAS Participates in the EU REPurpose Project on Safe and Sustainable Design of Elastomeric Plastics from Recycling of Post-consumer Waste

AIMPLAS Participates in the EU REPurpose Project on Safe and Sustainable Design of Elastomeric Plastics from Recycling of Post-consumer Waste

Indium Corporation Introduces New Cleanable SiPaste® for Fine Feature Printing

Indium Corporation Introduces New Cleanable SiPaste® for Fine Feature Printing

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