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Resolving the 3D Ferroelectric Domain Wall Behavior

Ferroelectric domain walls are small-sized quasi-two-dimensional (2D) systems with great potential in developing memristor technology, non-volatile memory, and electronic components.

20 Jul 2022

Determining Reaction Active Sites for CO2 Electroreduction

In recent times, the transformation and utilization of renewable energy have become increasingly important for progress toward environmental and energy sustainability.

19 Jul 2022

Overcoming the Challenge of Detecting Biomolecules

The biggest challenge in isolating and identifying molecules in a microdevice has been overcome by the latest research headed by University of Massachusetts Amherst assistant professor Jinglei Ping.

19 Jul 2022

Towards Stable, Sustained Raman Imaging of Large Samples at the Nanoscale

Optical nano-imaging techniques find immense applications in nanotechnology for visualizing nanoscale defects in samples.

19 Jul 2022

Facile Preparation of Highly Uniform Type 3 Resistant Starch Nanoparticles

In an article published in the journal Carbohydrate Polymers, a simple method was reported to synthesize homogeneous resistant starch nanoparticles (RSNP) using fractional crystallization of short-chain glucan derived from debranched starch.

18 Jul 2022

Preparation of Graphene Conductive Inks Using Sodium Dodecyl Surfactant

In a paper published in Materials Today: Proceedings, water-based graphene conductive inks were developed using sodium dodecyl surfactant (SDS).

18 Jul 2022

Smart Wearable Devices and Energy Generators Inspired by Muscle Fibers

Developing lightweight and robust smart textiles is an emerging need to meet the demand for skin-conformable wearable devices. Designing wearable devices inspired by muscle fibers could serve as valuable contributions to next-generation electronics.

18 Jul 2022

Fabricating a Quantum Hall Interferometer Based on Marginally Twisted Graphene

Quantum Hall (QH) effect allows the exploitation of quantum coherence of electrons for various applications from metrology to quantum computation. QH interferometry is a convenient tool that provides an archetypal platform to achieve fractional QH state braiding statistics. However, a phase coherence along the length of the interferometer and suppression of Coulomb charging energy is required to observe fractional statistics.

18 Jul 2022

Carbon Nanotube Biosensors Help Detect Alzheimer's Disease

In an article recently published in the journal ACS Sensors, mass production of field-effect transistor (FET) biosensors based on carbon nanotube thin films was reported to realize high selectivity and sensitivity toward the detection of Alzheimer’s disease blood biomarkers of beta (ß)-amyloid (Aß).

18 Jul 2022

Researchers Improve Electrical and Thermal Properties of Carbon Nanotubes

In an article recently published in the journal Materials Today: Proceedings, researchers fabricated Cu-based carbon nanotube composites via flame synthesis to improve the electrical and thermal properties of the Cu material.

18 Jul 2022