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Georgia Tech’s Ferroelectric NAND Survives 1 Million Rads

Independent tests showed the hafnium oxide design endured 1 million rads to enable sturdier onboard storage for satellites and deep-space probes.

Engineers Stabilize Polarization in a Metal, Shifting Work Function by Over 1 eV

Ubiquitous Carbon Film Found to Control Static Charge Flow on Insulating Oxides

Cornell Team Visualizes Atomic ‘Mouse Bite’ Defects Inside 3D Transistors

JWST and ALMA Pin Down Nano-Dominated Dust Around Wolf–Rayet Binary WR 112

MIT Terahertz Microscope Captures Previously Unseen Superconducting Electron Oscillations

Rice Scientists Find Graphene in Recreated Edison Light Bulbs

Scientists Identify Emergent Topological Semimetal From Quantum Criticality

XFEL Studies Confirm Mixed Crystal Structures in Superionic Water

Space Forge Fires On-Orbit Furnace, Generates Plasma on First Mini-Factory Satellite

Scientists 3D-Print Intricate Ice Tree Using Vacuum-Driven Evaporative Cooling

CU Boulder Develops Transparent Window Insulator That Greatly Cuts Heat Transfer

Refined DLTS Exposes Dual Defects Behind Silicon Heterojunction Solar Losses

Study Shows Light’s Magnetic Field Contributes to the Faraday Effect

MIT Reveals Nodal Superconducting Gap in Magic-Angle Graphene With New Probe

Microsecond X-Rays Reveal Ice XXI, a New High-Pressure Form of Ice

Germanium Made Superconducting, Enabling Wafer-Scale Quantum Circuits

Sydney Team Sets Triple-Junction Record as KTU Inorganic Cells Log 950-Hour Heat Run

Periodic Labs Launches With $300 Million Seed to Build AI Scientists and Autonomous Labs

Salty Ice Generates Electricity When Bent