DISRUPTIVECONCEPTS

Advanced Materials

6 curated papers this week

80
#8
Advanced MaterialsEnergy & Fusion2501.15602

High-Temperature Superconductivity in Nickelate Heterostructures at Ambient Pressure

Ambient-pressure nickelate superconductivity above 40 K would reshape condensed-matter roadmaps and energy transmission research.

72
#9
Energy & FusionAdvanced Materials2503.06721

Solid-State Lithium-Metal Batteries with Self-Healing Ceramic Electrolytes

Self-healing solid electrolytes attack the core reliability failure mode blocking commercial Li-metal batteries.

76
#13
Climate TechAdvanced Materials2503.22109

Direct Air Capture with Moisture-Swing MOFs at Sub-$100/tCO2 Model Cost

Crossing the $100/t psychological and policy threshold for DAC would unlock carbon-removal markets at climate-relevant scale.

67
#16
Space SystemsAdvanced Materials2501.18901

In-Space Manufacturing of Large Aperture Optics via Controllable Polymerization

Manufacturing large optics in orbit breaks fairing-size limits that cap space telescope and communications apertures.

68
#18
Quantum ComputingAdvanced Materials2502.12001

Room-Temperature Quantum Sensing with Engineered Defect Ensembles in 2D Materials

Chip-scale room-temperature quantum sensors open medical, industrial, and navigation markets that cryogenic systems cannot reach.

72
#19
Advanced MaterialsArtificial IntelligenceRoboticsEnergy & Fusion2504.08877

Closed-Loop Discovery of Solid Electrolytes with Robotic Labs and Language Models

Closing the loop from literature hypothesis to physical synthesis compresses materials discovery from years to days.