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MIT Improves Microfluidics with Interlocking LEGO Blocks

MIT Improves Microfluidics with Interlocking LEGO Blocks

Researchers Accurately Customize Upconversion Luminescence Dynamics

Researchers Accurately Customize Upconversion Luminescence Dynamics

Fabric-Like Power Source Developed for Wearable Electronics

Fabric-Like Power Source Developed for Wearable Electronics

Developing Data Storage Devices with Nanoparticles and Electron Microscopy

Developing Data Storage Devices with Nanoparticles and Electron Microscopy

New Approach Helps Achieve Effective Nanoparticle-Based Drug Delivery

New Approach Helps Achieve Effective Nanoparticle-Based Drug Delivery

MXene Nanomaterial Could Enable Efficient Gas Separation for Widespread Use of Hydrogen Fuel

MXene Nanomaterial Could Enable Efficient Gas Separation for Widespread Use of Hydrogen Fuel

Electron Behavior in 2D Materials at Microscale Resolution

Electron Behavior in 2D Materials at Microscale Resolution

Human Immune System Reacts to Graphene Oxide in a Similar Way to Pathogens

Human Immune System Reacts to Graphene Oxide in a Similar Way to Pathogens

Light-Triggered Nanoparticles Used to Treat Metastatic Cancer in Mice

Light-Triggered Nanoparticles Used to Treat Metastatic Cancer in Mice

Nanosensor that Illuminates Tumors to be Tested in Surgeries

Nanosensor that Illuminates Tumors to be Tested in Surgeries

Nanobruecken 2018: A Nanomechanical Testing Conference & Bruker Hysitron User Meeting

Nanobruecken 2018: A Nanomechanical Testing Conference & Bruker Hysitron User Meeting

Highly Conductive, Water-Repellent Graphene Circuits Created for Washable Electronics

Highly Conductive, Water-Repellent Graphene Circuits Created for Washable Electronics

Air-Filled Microbubbles - Potential Intravenous Oxygen Carriers

Air-Filled Microbubbles - Potential Intravenous Oxygen Carriers

Microfluidic Device Mimics Structure and Physiological Conditions of the Blood-Retinal Barrier

Microfluidic Device Mimics Structure and Physiological Conditions of the Blood-Retinal Barrier

Physical Effect in Graphene Beneficial for Renewable Energy

Physical Effect in Graphene Beneficial for Renewable Energy

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