A newly detailed fluorescence fluctuation protocol enables researchers to quantify the spatiotemporal dynamics and average ...

Optimized sample preparation and dispersion support accurate laser diffraction particle size measurements for battery ...

For decades, people using 3D printers have faced a tough decision: print quickly, print parts with fine features or print materials that meet performance requirements. Light-based 3D printers are fast ...

Anthropic maps the first 3D structure of a prokaryotic vault particle, with Claude AI playing a key role at nearly every ...

A three-stage maximum power point tracking framework paired with an improved JAYA algorithm tracked the global power point of ...

Existing 3D printing methods often force users to choose among speed, fine detail, and the ability to print high-performance materials. Direct ink additive lithography combines light-based and ...

Unlike typical quantum transitions defined by system size, this work demonstrates how open chain ends fundamentally alter ...

The code changes are finished, and the tests have passed. Yet, the AI is still thinking of other ways to fix things or repeating the same checks. For example, if you could shorten such development ...

Particle accelerators are expensive. Not just to build or to run, but also to predict the outcome of measurements obtained ...

Particle size can influence XRF measurement accuracy by affecting X-ray interactions within a sample, making effective sample preparation essential.

Researchers have developed a new method that can retrieve multiple aerosol properties from observations by two satellites without retraining. They also used the method to generate aerosol datasets ...

Mixpanel founder Suhail launches Particle, whose first model Particle-1 claims about 45% fewer output tokens while matching ...