Cessation Notification for Advanced Science News
Most read this week
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Mixed mycorrhizal forests foster a richer diversity of understory herbs
-
Stress-resistant electrode design could advance calcium and magnesium batteries
-
Visualizing Magnetism in 3D
-
Common cholesterol drug may improve the effectiveness of immunotherapy in liver cancer patients
-
Chance discovery boosts the efficiency of perovskite tandem solar cells
Latest
Visualizing Magnetism in 3D
Xiuzhen Yu explains how advanced microscopy could shape the future of spintronics.
Chance discovery boosts the efficiency of perovskite tandem solar cells
Where an additive settles may be just as important as what it does.
Our Two Minds: The Hidden Axes of Personality found via Machine Learning
Beneath the familiar Big Five traits, human personality may be driven by a deeper tension between adapting to the social world and wandering through the inner one.
Carbon storage in the deep sea linked to Earth’s cooling over 4.5 million years
A positive feedback loop may have driven carbon sequestration within the deep Pacific and shaped a cooling climate over millions of years.
Manling Sui: From observing atoms to designing next-generation materials
Bridging physics and materials engineering, Manling Sui pushes the boundaries of electron microscopy while advocating for women in physics.
Visualizing Magnetism in 3D
Xiuzhen Yu explains how advanced microscopy could shape the future of spintronics.
Chance discovery boosts the efficiency of perovskite tandem solar cells
Where an additive settles may be just as important as what it does.
Our Two Minds: The Hidden Axes of Personality found via Machine Learning
Beneath the familiar Big Five traits, human personality may be driven by a deeper tension between adapting to the social world and wandering through the inner one.
Carbon storage in the deep sea linked to Earth’s cooling over 4.5 million years
A positive feedback loop may have driven carbon sequestration within the deep Pacific and shaped a cooling climate over millions of years.
Manling Sui: From observing atoms to designing next-generation materials
Bridging physics and materials engineering, Manling Sui pushes the boundaries of electron microscopy while advocating for women in physics.
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Most read this week
-
Mixed mycorrhizal forests foster a richer diversity of understory herbs
-
Stress-resistant electrode design could advance calcium and magnesium batteries
-
Visualizing Magnetism in 3D
-
Common cholesterol drug may improve the effectiveness of immunotherapy in liver cancer patients
-
Chance discovery boosts the efficiency of perovskite tandem solar cells
Mixed mycorrhizal forests foster a richer diversity of understory herbs
In temperate forests, canopy trees shape understory herb diversity through the fungal partnerships they make
Haoye Qin: Turning disorder into an advantage in nanophotonics
A 2026 Nanophotonics Early Career Award recipient, Haoye Qin is harnessing topology and engineered disorder to develop compact optical technologies.
Stress-resistant electrode design could advance calcium and magnesium batteries
A new design strategy reduces the strain that has long challenged multivalent batteries.
Common cholesterol drug may improve the effectiveness of immunotherapy in liver cancer patients
Fibrates in cholesterol drugs can stop liver cancers from recruiting ‘traitor’ immune cells, preventing immunotherapy resistance.
Roy Zektzer: Simple, scalable quantum technologies
Bringing quantum technologies from the lab onto the chip, Roy Zektzer aims to make quantum research more accessible.
Common cholesterol drug may improve the effectiveness of immunotherapy in liver cancer patients
Fibrates in cholesterol drugs can stop liver cancers from recruiting ‘traitor’ immune cells, preventing immunotherapy resistance.
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.
Common cholesterol drug may improve the effectiveness of immunotherapy in liver cancer patients
Fibrates in cholesterol drugs can stop liver cancers from recruiting ‘traitor’ immune cells, preventing immunotherapy resistance.
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.
Visualizing Magnetism in 3D
Xiuzhen Yu explains how advanced microscopy could shape the future of spintronics.
Manling Sui: From observing atoms to designing next-generation materials
Bridging physics and materials engineering, Manling Sui pushes the boundaries of electron microscopy while advocating for women in physics.
Haoye Qin: Turning disorder into an advantage in nanophotonics
A 2026 Nanophotonics Early Career Award recipient, Haoye Qin is harnessing topology and engineered disorder to develop compact optical technologies.
Roy Zektzer: Simple, scalable quantum technologies
Bringing quantum technologies from the lab onto the chip, Roy Zektzer aims to make quantum research more accessible.
Visualizing Magnetism in 3D
Xiuzhen Yu explains how advanced microscopy could shape the future of spintronics.
Manling Sui: From observing atoms to designing next-generation materials
Bridging physics and materials engineering, Manling Sui pushes the boundaries of electron microscopy while advocating for women in physics.
Haoye Qin: Turning disorder into an advantage in nanophotonics
A 2026 Nanophotonics Early Career Award recipient, Haoye Qin is harnessing topology and engineered disorder to develop compact optical technologies.
Roy Zektzer: Simple, scalable quantum technologies
Bringing quantum technologies from the lab onto the chip, Roy Zektzer aims to make quantum research more accessible.
Stress-resistant electrode design could advance calcium and magnesium batteries
A new design strategy reduces the strain that has long challenged multivalent batteries.
Roy Zektzer: Simple, scalable quantum technologies
Bringing quantum technologies from the lab onto the chip, Roy Zektzer aims to make quantum research more accessible.
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.
Stress-resistant electrode design could advance calcium and magnesium batteries
A new design strategy reduces the strain that has long challenged multivalent batteries.
Roy Zektzer: Simple, scalable quantum technologies
Bringing quantum technologies from the lab onto the chip, Roy Zektzer aims to make quantum research more accessible.
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.
Chance discovery boosts the efficiency of perovskite tandem solar cells
Where an additive settles may be just as important as what it does.
Carbon storage in the deep sea linked to Earth’s cooling over 4.5 million years
A positive feedback loop may have driven carbon sequestration within the deep Pacific and shaped a cooling climate over millions of years.
Mixed mycorrhizal forests foster a richer diversity of understory herbs
In temperate forests, canopy trees shape understory herb diversity through the fungal partnerships they make
Stress-resistant electrode design could advance calcium and magnesium batteries
A new design strategy reduces the strain that has long challenged multivalent batteries.
Chance discovery boosts the efficiency of perovskite tandem solar cells
Where an additive settles may be just as important as what it does.
Carbon storage in the deep sea linked to Earth’s cooling over 4.5 million years
A positive feedback loop may have driven carbon sequestration within the deep Pacific and shaped a cooling climate over millions of years.
Mixed mycorrhizal forests foster a richer diversity of understory herbs
In temperate forests, canopy trees shape understory herb diversity through the fungal partnerships they make
Stress-resistant electrode design could advance calcium and magnesium batteries
A new design strategy reduces the strain that has long challenged multivalent batteries.
Visualizing Magnetism in 3D
Xiuzhen Yu explains how advanced microscopy could shape the future of spintronics.
Manling Sui: From observing atoms to designing next-generation materials
Bridging physics and materials engineering, Manling Sui pushes the boundaries of electron microscopy while advocating for women in physics.
Haoye Qin: Turning disorder into an advantage in nanophotonics
A 2026 Nanophotonics Early Career Award recipient, Haoye Qin is harnessing topology and engineered disorder to develop compact optical technologies.
Roy Zektzer: Simple, scalable quantum technologies
Bringing quantum technologies from the lab onto the chip, Roy Zektzer aims to make quantum research more accessible.
Visualizing Magnetism in 3D
Xiuzhen Yu explains how advanced microscopy could shape the future of spintronics.
Manling Sui: From observing atoms to designing next-generation materials
Bridging physics and materials engineering, Manling Sui pushes the boundaries of electron microscopy while advocating for women in physics.
Haoye Qin: Turning disorder into an advantage in nanophotonics
A 2026 Nanophotonics Early Career Award recipient, Haoye Qin is harnessing topology and engineered disorder to develop compact optical technologies.
Roy Zektzer: Simple, scalable quantum technologies
Bringing quantum technologies from the lab onto the chip, Roy Zektzer aims to make quantum research more accessible.
