Sulfur-Selenium Glass Bends, Stretches, and Self-Heals While Transmitting Infrared Light

Liked

Date:

August 3, 2026

Less than 1 MinRead

Researchers created an S60Se40 chalcogenide glass that combined a 0.62-to-21-µm transmission window with ultralow stiffness, 647% tensile strain, approximately 80% strain recovery, and room-temperature self-healing.

Source: https://www.azom.com/news.aspx?newsID=65667

Tags:
A
Materials Industry

ALT-Lab-Ad-1

Recent Articles

Sulfur-Selenium Glass Bends, Stretches, and Self-Heals While Transmitting Infrared Light

Recent Articles

Shimadzu Introduces GCMS-TQ RX Series to Streamline High-Performance GC-MS/MS Analysis

Are Data Centres Really as Bad for the Environment as People Think?

RESINC’s Custom FranklinWH Solution Proves One Size Never Fits All in Open Homes Australia

Missing the goal: Comments on a comparative life cycle assessment of natural and artificial football turf

Tesla Full Self-Driving v14.3.7 early review: FSD saved me from an accident

Coupling coordination between energy–environment–economy systems and human well-being under the SDGs: Evidence from the Beijing–Tianjin–Hebei urban agglomeration

31ª semana CCM 2026. Padrões. Créditos de carbono para energia renovável e florestas da Etiópia; GHG Protocol e ISO unidas; taxonomia digital IFRS; SBCE,...

31st week CCM 2026. Standards. Carbon credits for renewable energy and forests in Ethiopia; GHG Protocol and ISO join forces; IFRS digital taxonomy; SBCE,...

Ranked: The Income Needed to Be Happy in 19 Canadian Cities

New microscopy method achieves angstrom-scale localization precision with one laser