Latest Articles

This article explores how rheological analysis helps the food industry link microstructure to texture, stability and processing performance, enabling more efficient manufacturing and products with consistent sensory quality.

Genomics drives climate resilience by revealing microbial impacts on Portuguese crops and supporting Amazonian pirarucu conservation. Fast and cost-effective, it enables sustainable agriculture and biodiversity protection amid global change.

Explore the world of X-ray spectroscopy, a key tool for unveiling atomic structures and elemental compositions across diverse fields.

Technology Networks spoke with Dr. Samantha Pearman-Kanza to learn more about the benefits (and potential pitfalls) of going paperless in the lab and some of the research advancing digital technologies.

Dr. Tyler Brown discusses his experiences of working in STEMM and highlights how the industry can foster a more inclusive workplace culture.

How can research labs reduce their environmental impact? Technology Networks asked two sustainability experts to find out.

The rise of digital science is reshaping lab sustainability. In this article, experts highlight the need for new standards to account for computing’s growing environmental impact.

COP30 marks a decade since the signing of the Paris Agreement. Discover what's at stake as leaders gather in Brazil to fight the climate crisis.

Addressing critical proteomics challenges in the lab, including robust sample preparation, managing batch effects in experimental design, and ensuring data quality integrity for reliable results.

X-ray diffraction (XRD) is a powerful non-destructive analytical technique used to evaluate crystalline materials and determine their structural properties. This article explores XRD principles, analysis methods and some of the key applications.