Manufacturing

The gap between how an imaging scanner performs on a simple test object and how it performs on a human patient has widened significantly as technology advances. This disparity marks a pivotal moment in the evolution of medical imaging quality assurance, shifting the primary focus from purely

Innovations in biomedical engineering at CU Boulder involve layering polymers to support the growth of essential cells for long-term vessel health. Cardiovascular diseases remain a critical global threat, claiming approximately 20 million lives annually and necessitating advanced surgical

Vascularization remains a critical biotechnological hurdle for the industry, as thick tissue cuts cannot survive without internal systems to deliver nutrients and remove waste. This fundamental challenge defines the current landscape of cellular agriculture in 2026, as scientists move beyond basic

The integration of artificial intelligence into biological research enables the analysis of vast datasets to accelerate both life-saving cures and the potential engineering of biological weapons. This dual nature of modern science has transformed the way governments perceive national safety and

With over 1,000 patents filed and nearly 400 papers accepted at global conferences, the institute has already addressed more than 100 distinct industrial challenges. As LG AI Research pushes the boundaries of innovation, the current landscape of industrial research is witnessing a profound

Strategic use of digital shadows allows engineers to run what-if simulations without risking the integrity of a physical production batch during development. This capability marks a dramatic departure from the era when biological manufacturing was as much an art form as it was a science. In the