Most read this week
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Nature-inspired coating repels both water and ice
-
Soil biodiversity drives ecosystem recovery after wildfires
-
Carnivorous plant inspires shape-shifting patch to heal diabetic wounds faster
-
Maternal genes enable trophoblastic tumor relapse after immunotherapy
-
Breastfeeding may help pelvic floor muscles heal after childbirth, researchers find
Latest
Breastfeeding may help pelvic floor muscles heal after childbirth, researchers find
Despite low estrogen levels, rapid immune and repair responses in lactating animals could help guide new treatments to improve postpartum recovery.
From Academia to Industry: Hongbian Li on Wearable Electronics, AI, and the Changing Landscape of Materials Science
Hongbian Li shares her experience as a reviewer, shifting to industry, and on translating materials research into real-world applications,
Albatrosses reveal how a volatile environment reshapes the pace of life
Decades of tracking two albatross colonies showed that unpredictable conditions push birds toward slower reproductive strategies.
Limei Xu: Unraveling water’s hidden physics
From its unique properties to the physics of phase transitions, Limei Xu explains how studying water can reveal fundamental laws of nature.
Soil biodiversity drives ecosystem recovery after wildfires
While wildfire initially disrupts life below ground, healthy and diverse soil communities drive ecosystem restoration.
Breastfeeding may help pelvic floor muscles heal after childbirth, researchers find
Despite low estrogen levels, rapid immune and repair responses in lactating animals could help guide new treatments to improve postpartum recovery.
From Academia to Industry: Hongbian Li on Wearable Electronics, AI, and the Changing Landscape of Materials Science
Hongbian Li shares her experience as a reviewer, shifting to industry, and on translating materials research into real-world applications,
Albatrosses reveal how a volatile environment reshapes the pace of life
Decades of tracking two albatross colonies showed that unpredictable conditions push birds toward slower reproductive strategies.
Limei Xu: Unraveling water’s hidden physics
From its unique properties to the physics of phase transitions, Limei Xu explains how studying water can reveal fundamental laws of nature.
Soil biodiversity drives ecosystem recovery after wildfires
While wildfire initially disrupts life below ground, healthy and diverse soil communities drive ecosystem restoration.
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Most read this week
-
Nature-inspired coating repels both water and ice
-
Soil biodiversity drives ecosystem recovery after wildfires
-
Carnivorous plant inspires shape-shifting patch to heal diabetic wounds faster
-
Maternal genes enable trophoblastic tumor relapse after immunotherapy
-
Breastfeeding may help pelvic floor muscles heal after childbirth, researchers find
Maternal genes enable trophoblastic tumor relapse after immunotherapy
Cell-cell transfer of genetic material may provide trophoblastic tumors with new functions.
Carnivorous plant inspires shape-shifting patch to heal diabetic wounds faster
Microneedles covering the patch adapt their shape to the wound as it heals.
Nature-inspired coating repels both water and ice
A PFAS-free coating could help protect aircraft, wind turbines, and power lines from hazardous ice buildup.
How the brain finds order in visual chaos
Study finds early visual cortex does more than relay information
Smart pill diagnoses cancer from inside the gut
One day, getting a comprehensive cancer screening could be as simple as swallowing a pill.
Breastfeeding may help pelvic floor muscles heal after childbirth, researchers find
Despite low estrogen levels, rapid immune and repair responses in lactating animals could help guide new treatments to improve postpartum recovery.
Maternal genes enable trophoblastic tumor relapse after immunotherapy
Cell-cell transfer of genetic material may provide trophoblastic tumors with new functions.
Carnivorous plant inspires shape-shifting patch to heal diabetic wounds faster
Microneedles covering the patch adapt their shape to the wound as it heals.
Smart pill diagnoses cancer from inside the gut
One day, getting a comprehensive cancer screening could be as simple as swallowing a pill.
Breastfeeding may help pelvic floor muscles heal after childbirth, researchers find
Despite low estrogen levels, rapid immune and repair responses in lactating animals could help guide new treatments to improve postpartum recovery.
Maternal genes enable trophoblastic tumor relapse after immunotherapy
Cell-cell transfer of genetic material may provide trophoblastic tumors with new functions.
Carnivorous plant inspires shape-shifting patch to heal diabetic wounds faster
Microneedles covering the patch adapt their shape to the wound as it heals.
Smart pill diagnoses cancer from inside the gut
One day, getting a comprehensive cancer screening could be as simple as swallowing a pill.
Limei Xu: Unraveling water’s hidden physics
From its unique properties to the physics of phase transitions, Limei Xu explains how studying water can reveal fundamental laws of nature.
Quantum leap for optimization: qubit error-mitigation technique delivers million-fold speedup
Post-processing method ‘SEMO’ corrects qubit errors in quantum annealers, dramatically accelerating the optimization of solutions to complex, real-world problems.
CeB₆ surface reconstructions force a rethink of bulk electronic behavior
Surface reconstructions complicate the separation of structural effects from intrinsic electronic physics in CeB6.
Quantum computers reveal heat that flows the wrong way
Researchers have observed unusual patterns of heat flow inside quantum computers, revealing behaviors that defy classical thermodynamics.
Limei Xu: Unraveling water’s hidden physics
From its unique properties to the physics of phase transitions, Limei Xu explains how studying water can reveal fundamental laws of nature.
Quantum leap for optimization: qubit error-mitigation technique delivers million-fold speedup
Post-processing method ‘SEMO’ corrects qubit errors in quantum annealers, dramatically accelerating the optimization of solutions to complex, real-world problems.
CeB₆ surface reconstructions force a rethink of bulk electronic behavior
Surface reconstructions complicate the separation of structural effects from intrinsic electronic physics in CeB6.
Quantum computers reveal heat that flows the wrong way
Researchers have observed unusual patterns of heat flow inside quantum computers, revealing behaviors that defy classical thermodynamics.
From Academia to Industry: Hongbian Li on Wearable Electronics, AI, and the Changing Landscape of Materials Science
Hongbian Li shares her experience as a reviewer, shifting to industry, and on translating materials research into real-world applications,
Carnivorous plant inspires shape-shifting patch to heal diabetic wounds faster
Microneedles covering the patch adapt their shape to the wound as it heals.
Smart pill diagnoses cancer from inside the gut
One day, getting a comprehensive cancer screening could be as simple as swallowing a pill.
Quantum leap for optimization: qubit error-mitigation technique delivers million-fold speedup
Post-processing method ‘SEMO’ corrects qubit errors in quantum annealers, dramatically accelerating the optimization of solutions to complex, real-world problems.
From Academia to Industry: Hongbian Li on Wearable Electronics, AI, and the Changing Landscape of Materials Science
Hongbian Li shares her experience as a reviewer, shifting to industry, and on translating materials research into real-world applications,
Carnivorous plant inspires shape-shifting patch to heal diabetic wounds faster
Microneedles covering the patch adapt their shape to the wound as it heals.
Smart pill diagnoses cancer from inside the gut
One day, getting a comprehensive cancer screening could be as simple as swallowing a pill.
Quantum leap for optimization: qubit error-mitigation technique delivers million-fold speedup
Post-processing method ‘SEMO’ corrects qubit errors in quantum annealers, dramatically accelerating the optimization of solutions to complex, real-world problems.
Albatrosses reveal how a volatile environment reshapes the pace of life
Decades of tracking two albatross colonies showed that unpredictable conditions push birds toward slower reproductive strategies.
Soil biodiversity drives ecosystem recovery after wildfires
While wildfire initially disrupts life below ground, healthy and diverse soil communities drive ecosystem restoration.
Nature-inspired coating repels both water and ice
A PFAS-free coating could help protect aircraft, wind turbines, and power lines from hazardous ice buildup.
Fossilized plants offer a new route to analyze Earth’s past atmosphere
By decoding carbon trapped in ancient plant matter, scientists track carbon fluxes back beyond ocean records.
Albatrosses reveal how a volatile environment reshapes the pace of life
Decades of tracking two albatross colonies showed that unpredictable conditions push birds toward slower reproductive strategies.
Soil biodiversity drives ecosystem recovery after wildfires
While wildfire initially disrupts life below ground, healthy and diverse soil communities drive ecosystem restoration.
Nature-inspired coating repels both water and ice
A PFAS-free coating could help protect aircraft, wind turbines, and power lines from hazardous ice buildup.
Fossilized plants offer a new route to analyze Earth’s past atmosphere
By decoding carbon trapped in ancient plant matter, scientists track carbon fluxes back beyond ocean records.
From Academia to Industry: Hongbian Li on Wearable Electronics, AI, and the Changing Landscape of Materials Science
Hongbian Li shares her experience as a reviewer, shifting to industry, and on translating materials research into real-world applications,
Limei Xu: Unraveling water’s hidden physics
From its unique properties to the physics of phase transitions, Limei Xu explains how studying water can reveal fundamental laws of nature.
Leaftronics: greener electronics learnt from leaves
Hans Kleeman describes how inspiration from leaves will enable a new generation of sustainable, biodegradable electronics.
When the whole is brighter than the parts: Ben Zhong Tang on aggregation-induced emission
Ben Zhong Tang shares the story behind aggregation-induced emission and reflects on its impact across chemistry and materials science.
From Academia to Industry: Hongbian Li on Wearable Electronics, AI, and the Changing Landscape of Materials Science
Hongbian Li shares her experience as a reviewer, shifting to industry, and on translating materials research into real-world applications,
Limei Xu: Unraveling water’s hidden physics
From its unique properties to the physics of phase transitions, Limei Xu explains how studying water can reveal fundamental laws of nature.
Leaftronics: greener electronics learnt from leaves
Hans Kleeman describes how inspiration from leaves will enable a new generation of sustainable, biodegradable electronics.
When the whole is brighter than the parts: Ben Zhong Tang on aggregation-induced emission
Ben Zhong Tang shares the story behind aggregation-induced emission and reflects on its impact across chemistry and materials science.