Total Precipitable water (TPW) is an important parameter to characterize the water vapor content of the atmosphere, and its distribution characteristics are of great significance to the understanding ...

Additive manufacturing of antennas on three-dimensional (3D) surfaces can reduce material wastage by depositing material only where required on the substrate. Here we show for the first time ultra ...

‘Extraordinary rainstorm’ floods Nebraska city, triggers water rescues By CNN Newsource Published June 26, 2025 6:18 am ...

SAN LUIS OBISPO, Calif. – An innovative 3D-printed housing development that will serve as a new supportive housing community in San Luis Obispo will soon begin construction.

Dual-Tech Breakthrough: Concrete & Polymer Printing The partnership has successfully applied both 3D concrete and polymer printing to real operational challenges—creating spare parts, wastewater ...

Nairobi, Kenya (CNN) — Kenyan police have fired tear gas and water cannons to disperse protesters as thousands took to the streets to mark the first anniversary of anti-government demonstrations ...

EL PASO, Texas (KVIA) -- While you may save a few minutes on your commute by driving through a large puddle on a rainy day, the risk of getting stuck or flooding your car could end up costing you ...

Introduction: Breaking the Mold in 3D Printing Materials The Middle East has traditionally been viewed through the lens of hydrocarbons and heavy industry, but over the last decade, the region has ...

Water Industry Printfrastructure is a perfect example of what can be achieved when the sector works closely with innovative start-ups like ChangeMaker3D, leading universities and partners outside of ...

The development of advanced techniques of fabrication of three-dimensional (3D) microenvironments for the study of cell growth and proliferation has become one of the major motivations of material ...

This is where scientists got the idea that any clock with increased precision also has increased entropy on a mostly 1:1 scale, due to the Second Law of Thermodynamics.