Understanding the factors that control the transport of liquid plugs through airways can be used to improve pulmonary ...

The researchers conducted simulations with wind speeds ranging from 1-6 m/s. This aligns with real-world applications, where ...

Easily reconfigurable microfluidic platform can grow spheroids from various cell lines needed for pharmaceutical experiments.

Microscopic beads exploit the decreased deformability in red blood cells from older participants to distinguish them from ...

Machine learning-based approach significantly speeds up calculations, allowing a greater understanding of planetary formation ...

László Oláh and Hiroyuki Tanaka combined muography, a geophysical imaging technique that uses subatomic cosmic ray muons, ...

Precision horticulture, using technology to optimize crop production, has grown in recent years. To help farmers improve crop ...

The development of a low-noise velocity-sensitive microphone, inspired by acoustic flow detection in nature, enhances ...

Metamaterials are engineered to exhibit unusual properties, such as band gaps that block mechanical vibrations of certain frequencies. While these properties can be tuned, adjusting and maintaining a ...

A new device can freely and efficiently change the frequency of microwave signals, enabling communication between otherwise incompatible quantum systems.

The "little red dot" CAPERS-LRD-z9 is the most distant object to show the characteristic broad emission lines of fast-moving gas around a black hole.