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Latest Articles

EurekAlert!
eurekalert.org > multimedia > 1144532

Schematic illustration of the ZnS@Fe-NSC catalyst synthesis

6+ hour, 26+ min ago   (179+ words) The ZnS@Fe-NSC catalyst is synthesized through an in-situ sulfidation strategy using a single sulfate precursor. During pyrolysis, Fe is incorporated into the ZIF-8 framework, sulfate (SO42-) decomposes to provide sulfur for both S-doping into the carbon matrix and formation of…...

EurekAlert!
eurekalert.org > multimedia > 1144545

Size-dependent activation behavior arising from a “core-shell” reaction mode

6+ hour, 23+ min ago   (49+ words) (IMAGE) EurekAlert! The “core-shell” reaction mode commonly followed by high-capacity materials induces stress retardation effect and results in size-dependent kinetics, leading to distinct cycling behaviors for particles with different sizes. Nano Research, Tsinghua University Press...

EurekAlert!
eurekalert.org > multimedia > 1144564

Structure of INRRI [IMAGE] | EurekAlert! Science News Releases

5+ hour, 23+ min ago   (48+ words) Structure of INRRI (IMAGE) EurekAlert! Space: Science & Technology News organizations may use or redistribute this image, with proper attribution, as part of news coverage of this paper only. More on this News Release The first laser retroreflector on the lunar…...

Penn State News
psu.edu > news > materials-research-institute > story > nsf-funding-supports-two-dimensional-crystal-consortiums-next

NSF funding supports Two-Dimensional Crystal Consortium's next chapter | Penn State University

2+ hour, 13+ min ago   (497+ words) “There are not very many open, accessible 2D material facilities, not just in the U.S. but in the world itself,” Law said. “We are one of the few in North America that’s available for people to come and make 2D materials.” “These…...

Inshorts - Stay Informed
inshorts.com > en > news > scientists-turn-plastic-waste-into-hydrogen-fuel-using-new-technique-1785666607007

Scientists turn plastic waste into hydrogen fuel using new technique

1+ day, 7+ hour ago   (21+ words) | Study was led by UCLA chemical engineer | Inshorts Inshorts...

ARY News
arynews.tv > scientists-develop-method-to-turn-plastic-waste-into-hydrogen-fuel.amp

Scientists develop method to turn plastic waste into hydrogen fuel

3+ hour, 6+ min ago   (210+ words) CALIFORNIA/SEOUL: Scientists have just introduced a breathtaking process to turn plastic waste into clean fuel. Researchers co-led by the UCLA Samueli School of Engineering, Los Angeles and South Korea’s Ewha Womans University have developed a chemical process that transforms…...

inkl
inkl.com > news > can-we-remove-or-decrease-spaces-between-atoms-or-molecules

Can we remove or decrease spaces between atoms or molecules?

9+ hour, 44+ min ago   (636+ words) Paras, age 15, Uttarakhand, India Have you ever seen a beautiful bunch of flowers packed tightly into a vase? A florist has to wiggle and arrange them perfectly so there are no empty holes. There are times when nature acts like…...

EurekAlert!
eurekalert.org > news-releases > 1138601

Turning molecules into reliable electronic devices

3+ hour, 40+ min ago   (792+ words) A new fabrication platform integrates molecules into electronic devices, opening the door to emerging computing technologies. image: A false-color electron microscope image shows the devices. Using the new scalable fabrication technique, researchers fabricated more than 1,000 devices using sub-nanometer molecular layers....

Scientific Frontline
sflorg.com > 2026 > 08 > chm08032601.html

Direct Reactive Carbon Capture Tech

6+ hour ago   (557+ words) The Core Concept: This technology efficiently converts carbon dioxide from unpurified industrial flue emissions directly into carbon monoxide, a primary building block for synthesizing fuels and chemicals. Why It Matters: By eliminating the costly and energy-intensive purification steps associated with…...

EurekAlert!
eurekalert.org > news-releases > 1138526

A mechanically tunable molecular switch for circularly polarized light emission

3+ hour, 55+ min ago   (607+ words) A force-responsive molecular system that reversibly switches circularly polarized luminescence (CPL) on and off at the single-molecule level has been developed, as reported by researchers from Japan. The team designed a platform consisting of a supramolecular mechanophore embedded in a…...