Benjamín Groff Bugueño

"Today, understanding the fundamental mechanisms of life requires much more than superficial observation; it demands that we deconstruct and analyze the forces governing self-organized matter at its most intimate scale. At this intersection of physics and living systems, materials science—a field historically devoted to 'hard' materials such as metals, ceramics, and polymers—provides an extraordinary methodological foundation for addressing 'soft matter,' the very substance that underpins life.

For over a century, optical microscopy was bound by a seemingly unbreakable law: Ernst Abbe’s diffraction limit. Formulated in 1873, this principle dictated that no microscope could resolve details smaller than half the wavelength of light—roughly 200 nanometers. This "physical barrier" effectively veiled the finest inner workings of the cell from human sight.

Traditionally limited to recreational use or audiovisual recording, drones have now seen widespread adoption across diverse industrial sectors. According to the UAV Drones Market Size 2025 report, this integration is driven by a 49% increase in agricultural applications and a 41% rise in demand for industrial inspections. These unmanned aerial vehicles (UAVs) are now critical assets, providing access to hazardous environments, reducing personnel risk, and executing high-speed monitoring and exploration tasks.

"In recent years, the educational landscape in Chile has been redefined by student diversity. This includes a broad spectrum of learners, ranging from those requiring specialized support to high capacity students with advanced abilities. To address these gaps, the system must move toward inclusive pedagogy and flexible frameworks capable of responding to unique learning processes and student backgrounds."

Open science has firmly established itself as one of the most significant transformations in the global scientific system. It actively promotes the accessibility, reusability, and transparency of publicly funded research results, greatly strengthening academic collaboration and the democratization of knowledge.

Currently, this essential vision has been promoted by the National Research and Development Agency (ANID) through its Open Access Policy, which seeks to have all Chilean universities make their research publications available in interoperable repositories.

Green hydrogen has established itself as one of the fundamental energy pillars for tackling the climate crisis and advancing global decarbonization. Unlike fossil fuels, its production is clean; when consumed in energy processes, its only by-product is water. Furthermore, hydrogen holds three times more energy than conventional fuels. Recent research indicates that hydrogen produced by electrolysis using renewable energy could reduce greenhouse gas emissions by between 50% and 90% compared to fossil fuel methods without carbon capture.