Scientists release the most detailed analysis yet on the expansion of the universe - University of Cambridge

Tiny Magnetic Probes Can Be Used to Investigate the Chemical Forces at Work Inside the Pores of Molecular Framework Compounds. Until Now, This Had Only Been Possible to a Limited Degree. Developed by a Team at Martin Luther University Halle-Wittenberg (MLU), the Method Could Help to Better Understand the Properties of These Materials and Control These Properties in the Future. The Study Was Published in the Journal Small. Related StoriesCovalent Launches "Covalent Connect," Unlocking Seamless Access to the World's Most Advanced Materials Characterization CapabilitiesSimulation of Local Microstructure of Amorphous Alloys CoxB100-xUsing Variable Temperature and Low Pressure Diffuse Reflectance UV-Vis-NIR Spectroscopy to Study the Reactivity of Ni2+ in an Air Sensitive Metal Organic Framework (MOFs)Covalent organic frameworks (COFs) are regarded as promising materials for a range of applications. Essentially, they are porous, crystalline compounds. Their regular, tiny pores are what make them special. "These pores make COFs suitable for a range of applications.

NASA's rover beamed back a series of shots depicting wind-carved crags on Mars illuminated by golden dawn light, which the space agency made into a panorama

Scientists have directly observed a 150-year-old phenomenon on the sun's surface that could explain why the sun's atmosphere is hotter than its surface.

NEW YORK (AP) — Scientists have captured images of the sun's surface in the finest detail yet, revealing a strange and dynamic facade. PBS News' Tim McPhillips takes a closer look in the video above.