6 stories from 3 sources
Supporting Articles
Researchers created a long-predicted two-dimensional quantum material and verified that it conducts along its edges in an unusual, robust way. They also showed the edge conduction can be tuned with strain, pointing to a controllable platform for quantum-style electronics at higher temperatures.
3:03 AMScienceDailyResearchers found that applying an electric field can reconfigure heat transport in certain ceramics, raising thermal conductivity by nearly 300% along a preferred direction. The effect was unexpected and points to new ways to move heat more efficiently in solid materials.
8:18 AMScienceDailyResearchers report that gold resists tarnish because atoms on its surface reorganize into stable patterns that prevent oxygen from reacting with the metal. The surface restructuring can suppress oxidation by up to a trillion-fold, helping explain gold's long-lasting shine and pointing to new ways to design gold catalysts.
10:36 PMScienceDailySummary
Researchers created a long-predicted two-dimensional quantum material and verified that it conducts along its edges in an unusual, robust way. They also showed the edge conduction can be tuned with strain, pointing to a controllable platform for quantum-style electronics at higher temperatures.
Why it matters
If strain-tunable edge conduction holds up in real devices, it could accelerate a path to more practical quantum and low-power electronic components.
Summary
Researchers found that applying an electric field can reconfigure heat transport in certain ceramics, raising thermal conductivity by nearly 300% along a preferred direction. The effect was unexpected and points to new ways to move heat more efficiently in solid materials.
Why it matters
If the effect scales, engineers could build smaller, more efficient cooling and energy systems by actively steering heat through ceramics.
Summary
Researchers report that gold resists tarnish because atoms on its surface reorganize into stable patterns that prevent oxygen from reacting with the metal. The surface restructuring can suppress oxidation by up to a trillion-fold, helping explain gold's long-lasting shine and pointing to new ways to design gold catalysts.
Why it matters
A mechanistic explanation for gold’s anti-tarnish behavior opens a pathway to engineer gold surfaces that are both stable and more catalytically active.
A curated list of other prominent stories from this day.
Researchers at Canada’s national fire safety facility in Ottawa deliberately burn full scale structures to study how modern buildings ignite and fail. Their work is shifting toward wildfire driven threats, including ember storms and forest fires reaching into towns.
6:00 AMThe New York TimesResearchers report a new plant-eating dinosaur species, Uragasaurus kalasinensis, from Thailand dated to about 150 million years ago. The animal is described as a long-necked sauropod, with an estimated neck length comparable to a cricket pitch.
4:23 AMBBCResearchers showed that adding ultra-fine bubbles to inkjet droplets can control how the droplet dries and reshapes the final printed pattern. Tuning bubble count changes the deposited geometry without relying on extra chemical additives that can leave residues.
2:32 AMScienceDailySummary
Researchers at Canada’s national fire safety facility in Ottawa deliberately burn full scale structures to study how modern buildings ignite and fail. Their work is shifting toward wildfire driven threats, including ember storms and forest fires reaching into towns.
Why it matters
As wildfire risk moves into populated areas, fire research is becoming a lever that can quickly raise construction standards, reshape insurance markets, and reduce catastrophic losses.
Summary
Researchers report a new plant-eating dinosaur species, Uragasaurus kalasinensis, from Thailand dated to about 150 million years ago. The animal is described as a long-necked sauropod, with an estimated neck length comparable to a cricket pitch.
Why it matters
It changes the map of where and how widely giant sauropods evolved and lived during the Jurassic.
Summary
Researchers showed that adding ultra-fine bubbles to inkjet droplets can control how the droplet dries and reshapes the final printed pattern. Tuning bubble count changes the deposited geometry without relying on extra chemical additives that can leave residues.
Why it matters
A residue-free way to tune droplet drying could improve yield and performance in printed electronics while simplifying ink formulations.
Make it yours
Pick your topics, set your cadence, and receive your personalized First Pass in your inbox. It’s that simple!