Nanotechnology News – Latest Headlines

New research aims to design atomically efficient and selective catalysts

Researchers collaborate to create more environmentally friendly and efficient catalysts with the help of artificial intelligence and machine learning.

November 6, 2023 Read more

Scientists observe composite superstructure growth from nanocrystals in real time

The findings could enable engineers to more reliably manufacture next-gen materials by combining different nanocrystals.

November 6, 2023 Read more

Graphene-based sensors for human-machine interaction

A recent review the state of graphene-based human-machine interaction sensor technology to advance research in the field.

November 6, 2023 Read more

Liquid metal skins turned into power source for stretchable batteries and devices

Researchers demonstrate a technique to harness electrochemical energy released when the oxide layer on liquid metals reforms after being ruptured. This approach enables new kinds of soft, stretchable batteries and self-powered devices.

November 6, 2023 Read more

Communing with nothingness

Researchers study the quantum mechanical phenomenon known as vacuum fluctuations using a nanoscale hybrid device, which may lead to ultrasensitive quantum sensors or information processors.

November 6, 2023 Read more

New method for stable emulsions using engineered nanoparticle roughness

Explore the recent scientific advancement where engineered nanoparticle roughness is used to create stable, continuous emulsion networks. This innovation opens up potential applications in areas ranging from drug delivery systems to environmental purification processes.

November 5, 2023 Read more

Advanced computing brings autonomous investigations to nanostructured surfaces

Researchers developed a means of performing spatially dense, point spectroscopic measurements with an STM in combination with AI and ML. This approach provides faster and more accurate statistically averaged data that map and identify spectroscopic signatures of heterogeneous surfaces.

November 4, 2023 Read more

Light-powered MOFs make seawater drinkable with the flip of a switch

Researchers develop light-responsive metal-organic frameworks that can reversibly adsorb and release salt ions from water when illuminated, showing potential for more sustainable desalination.

November 4, 2023 Read more

Seeing the unseen: How butterflies can help scientists detect cancer

Inspired by the enhanced visual system of the Papilio xuthus butterfly, a team of researchers have developed an imaging sensor capable of 'seeing' into the UV range inaccessible to human eyes.

November 3, 2023 Read more

Advanced liquid templating technique enables tailored aerogel synthesis

Rresearchers report a new liquid templating strategy for engineering highly tunable, durable aerogels. The customizable gels showed improved emi shielding and record oil absorption.

November 3, 2023 Read more

Graphene oxide band tuning enhances Raman sensing

Raman spectroscopy enhanced by graphene substrates can detect molecules with extremely high sensitivity. New research demonstrates active control of graphene's band structure to optimize chemical enhancement and versatility across diverse analytes.

November 3, 2023 Read more

New designs for solid-state electrolytes may soon revolutionize the battery industry

New findings will enable the creation of batteries based on a novel chloride-based solid electrolyte that exhibits exceptional ionic conductivity.

November 3, 2023 Read more

Chemists develop new sensor for microvolume pH detection

In this new pH sensor, fluid samples run through a series of microfluidic channels and over three highly sensitive electrodes made out of light-responsive layered materials and metals.

November 3, 2023 Read more

Bartering light for light: scientists discover new system to control the chaotic behavior of light

Studying how light beams interfere with each other in a stadium shaped arena gives researchers insight on its complex behavior.

November 2, 2023 Read more

Nanoengineers create a quasicrystal from nanoparticles using DNA

This work not only sheds light on the design and creation of intricate nanoscale structures but also opens a world of possibilities for advanced materials and innovative nanotechnology applications.

November 2, 2023 Read more

Bioengineered carbon nanotube biosensor allows ultrasensitive detection of disease biomarkers

Scientists have developed a two-headed DNA-decorated carbon nanotube biosensor that leverages synergistic effects to identify disease biomarkers like proteins and DNA with record sensitivity, demonstrating applicability in endometriosis, cancer screening, and monkeypox detection.

November 2, 2023 Read more