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PicoQuant Will Present its New Time-Resolved Spectrometer FluoTime 250 for the First Time to the Public at Photonics West 2019

PicoQuant will present its new time-resolved spectrometer
FluoTime 250 for the first time to the public at Photonics West 2019.

From PicoQuant 10 Dec 2018

Numerical Model System Helps Study the Mechanical Properties of Amorphous Solids

The atoms in a crystalline solid generally form an ordered lattice. Such a crystalline solid reacts elastically to slight deformations: upon removing the applied strain, the macroscopic stress, in addition to the microscopic configuration of the atomic lattice, returns back to the original state.

10 Dec 2018

HZDR Scientists Produce Rare Crystal Structure

When you observe the lattice of crystals, there is often a distinct symmetry, such that no matter where you look—the atoms are evenly arranged in every direction.

10 Dec 2018

‘Raman-spectrokinetics’ for improved solid catalysts

Renishaw inVia™ microscope user, Prof. Carlos A. Carrero, heads a group that is developing advanced catalysts for the conversion of hydrocarbons into more valuable products at the Department of Chemical Engineering, Aubu...

From Renishaw plc - Spectroscopy 10 Dec 2018

Researchers Develop Smallest 3D Transistor to Enable Higher-Performance Electronics

A 3D transistor measuring less than half the size of present-day’s smallest commercial models has been fabricated by scientists from MIT and the University of Colorado. To accomplish that, they formulated a unique microfabrication method that alters semiconductor material atom by atom.

10 Dec 2018

Researchers Demonstrate Reversible Electrochemical Cycling of Fluoride-Ion Battery at Room Temperature

According to a new study, scientists have made considerable advancements in the ongoing attempts to create high-energy-density batteries by showing the room-temperature workings of fluoride-ion-based, or FIB, energy cells.

7 Dec 2018

Novel Concept Based on Fluoride Ions May Boost Battery Lifetime

Imagine if it were possible to go for weeks without charging your laptop or phone. That is the dream of scientists looking into substitute batteries that surpass the popular present-day lithium-ion versions.

7 Dec 2018

New Microfluidic Device Produces Tiny Bubbles in Distinct Sizes

Although it would be easy to make bubbles, making countless numbers of them a minute—all with an equal size—would be highly impossible.

7 Dec 2018

Novel Diffusion-Drift Model for Evaluating Impact of Ionizing Radiation on Microelectronic Devices

Achieving a reduction of the size of the active regions of diode and transistor structures is the main trend in the development of hardware components for digital and analog electronic equipment.

7 Dec 2018

Maohokite: Newly Discovered High-Pressure Mantle Mineral

Researchers for a long time believed that the lower mantle was made up of bridgmanite (Mg, Fe)SiO3 and magnesiowüstite (Mg, Fe)O, in which Fe2+ resides. This view was revised when experiments proved that Fe2+ simply cannot exist at the temperature and pressure of the lower mantle.

7 Dec 2018

formnext 2018: SLM Solutions Looks Back on a Successful Trade Show

Formnext 2018, the leading trade show for additive manufacturing, set a record for visitor numbers as it closed in Frankfurt last week.

From SLM Solutions Group AG 7 Dec 2018

For the First Time in History, Virus Used to Speed Up Modern Computers

In a pioneering research, scientists have successfully formulated a method that could lead to extraordinary advances in computer speed and efficiency.

6 Dec 2018

Understanding Powder Behavior In Food, Pharma And Chemical Industries – Free Seminar

Powder flow specialists, Freeman Technology will be co-hosting a free seminar with Evonik Corporation on February 27th 2019 at Evonik’s facility in Piscataway, NJ. ‘Understanding Powder Behavior in Food, Pharma and Chemi...

From Freeman Technology 6 Dec 2018

Method Inspired by Dolphin Chirps Could Be Used to Quickly Characterize Soft Materials

When a soft material such as Silly Putty is deformed, its properties vary according to how fast the material is stretched and squeezed. If the putty is left in a small glass, it will in due course spread out like a liquid.

6 Dec 2018

Novel Method for Producing Effective Photo Anodes to Achieve Efficient Artificial Photosynthesis

A study by a collaborative group of researchers from Japan could help humans reach a step closer to hydrogen-powered electronics, travel, and much more.

6 Dec 2018

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Materials Science News

PicoQuant Will Present its New Time-Resolved Spectrometer FluoTime 250 for the First Time to the Public at Photonics West 2019

Numerical Model System Helps Study the Mechanical Properties of Amorphous Solids

HZDR Scientists Produce Rare Crystal Structure

‘Raman-spectrokinetics’ for improved solid catalysts

Researchers Develop Smallest 3D Transistor to Enable Higher-Performance Electronics

Researchers Demonstrate Reversible Electrochemical Cycling of Fluoride-Ion Battery at Room Temperature

Novel Concept Based on Fluoride Ions May Boost Battery Lifetime

New Microfluidic Device Produces Tiny Bubbles in Distinct Sizes

Novel Diffusion-Drift Model for Evaluating Impact of Ionizing Radiation on Microelectronic Devices

Maohokite: Newly Discovered High-Pressure Mantle Mineral

formnext 2018: SLM Solutions Looks Back on a Successful Trade Show

For the First Time in History, Virus Used to Speed Up Modern Computers

Understanding Powder Behavior In Food, Pharma And Chemical Industries – Free Seminar

Method Inspired by Dolphin Chirps Could Be Used to Quickly Characterize Soft Materials

Novel Method for Producing Effective Photo Anodes to Achieve Efficient Artificial Photosynthesis

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Scaling Dianhydrides in a Global Supply Chain

How Thermo Fisher Scientific Instruments Support Cutting-Edge Materials Research at the South Dakota School of Mines

How Niton XRF Technology is Transforming Precious Metals Analysis

The ARES-G3 Rheometer for High-Precision Rheology Data

DECTRIS SELUN Hybrid Photon Counting Detector for Synchrotron Lightsources

Key Challenges and Solutions in Vacuum Measurement Tasks

Editorial Highlights

Engineering Solutions for Modern Oil and Gas

Flare Stacks in Oil & Gas Safety

The Carbon Cost: Rethinking Modern Materials

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Materials Science News

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Scaling Dianhydrides in a Global Supply Chain

How Thermo Fisher Scientific Instruments Support Cutting-Edge Materials Research at the South Dakota School of Mines

How Niton XRF Technology is Transforming Precious Metals Analysis

4Citrine Informatics and ANZAPLAN Collaborate to Accelerate Economically Optimized Mineral Processing Using AI

Editorial Highlights

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