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Spintronics-Based Nanofluidic Devices Help Explain Mechanism of Hydrodynamic Power Generation

Researchers in the ERATO Saitoh Spin Quantum Rectification Project in the JST Strategic Basic Research Programs have elucidated the mechanism of the hydrodynamic power generation using spin currents in micrometer-scale channels, finding that power generation efficiency improves drastically as the size of the flow is made smaller.

3 Jul 2020

Novel Technology to Trap Multiplexed Submicron Particles Within Nanocavities

The fusion of fluid mechanics and acoustics is known as acoustofluidics, which offers a contact-free, quick, and effective handling of fluids and suspended particles.

20 May 2020

Exaddon AG - 3D Printing Company is Founded

The 3D Printing business unit of Cytosurge AG has been spun-off into a new autonomous company, Exaddon AG, focusing on the development of processes and systems in the field of additive manufacturing of microscopically small metal components.

From Exaddon AG 3 Oct 2019

Scientists Propose Revised Theory on Surface Nanobubble Stability

A new study into better understanding how tiny, yet powerful, bubbles develop and collapse on underwater surfaces could enable the development of more robust industrial structures like ship propellers.

1 Aug 2019

New Microfluidic Chip Offers Superior Identification of Miniscule Blood Residues

Scientists at Ben-Gurion University of the Negev (BGU) have designed a new chip device that provides excellent identification of minuscule blood residues for forensic applications.

23 Jul 2019

Replicating Nanoscale Fluid-Transporting Structures of Desert Lizards

EU-funded LINABIOFLUID scientists studied desert-dwelling horned lizards by using electron microscopes.

8 Jul 2019

Graphene-Based Biosensor can Detect Stomach-Cancer Causing Bacteria

Biosensors, at present, are used in healthcare to keep a check on blood glucose; however, they also possess the capacity to detect bacteria.

21 Jun 2019

Researchers Identify an Unusual Way to Prevent Water from Forming Ice Crystals at Sub-Zero Temperatures

According to a research team from the University of Zurich and ETH Zurich, water can reach – 263 °C without turning into ice, if it is confined in nanometer-scale lipid channels.

11 Apr 2019

Researchers Develop “Lab-on-a-Chip” that Enables Faster and Cheaper Detection of Cancer

A research team, at the University of Kansas (KU), KU Medical Center, and The University of Kansas Cancer Center, developed a novel ultrasensitive diagnostic device that could enable physicians to rapidly detect cancer from a droplet of plasma or blood.

26 Feb 2019

Behavior of Droplets Emanating from “Nano-Tap” Differ from Those of a Household Tap

Scientists at the University of Warwick have discovered that droplets coming from a molecular “nano-tap” would have very different behavior in comparison with those from a household tap which is 1 million times larger.

13 Feb 2019

Nanofluidics News

Spintronics-Based Nanofluidic Devices Help Explain Mechanism of Hydrodynamic Power Generation

Novel Technology to Trap Multiplexed Submicron Particles Within Nanocavities

Exaddon AG - 3D Printing Company is Founded

Scientists Propose Revised Theory on Surface Nanobubble Stability

New Microfluidic Chip Offers Superior Identification of Miniscule Blood Residues

Replicating Nanoscale Fluid-Transporting Structures of Desert Lizards

Graphene-Based Biosensor can Detect Stomach-Cancer Causing Bacteria

Researchers Identify an Unusual Way to Prevent Water from Forming Ice Crystals at Sub-Zero Temperatures

Researchers Develop “Lab-on-a-Chip” that Enables Faster and Cheaper Detection of Cancer

Behavior of Droplets Emanating from “Nano-Tap” Differ from Those of a Household Tap

Nanoparticles Deliver Gene Therapy Directly to Bone Marrow

Cross-Linked Organic Nanoparticles Boost Material Performance

Nanofiber Dressings Tackle Inflammation and Infection in Diabetic Wounds

Tiny Graphene Membrane Holds Promise for Fighting Climate Change

Graphene Breakthrough Paves Way for Advanced Energy and Computing

Recent Advances in High-Speed Atomic Force Microscopy to Improve Research Into Protein Dynamics

Applying AI-Driven Solutions to Semiconductor Digital Design

Redux AFM: Expanding Access to Automated Nanoscale Imaging

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