Camilo Araya Bernales

Whether predicting weather patterns, mapping neural behavior, or tracking disease transmission, mathematical models allow researchers to decode how the physical world operates and anticipate future scenarios.

For a long time, these models were built on the assumption that certain phenomena unfold gradually—that is, in a more or less predictable way—and that each event depends primarily on what is happening in its immediate surroundings. However, reality often behaves in more complex ways.

Early in the morning, silence still fills the hallways of the Faculty of Chemistry and Biology at the University of Santiago de Chile (Usach). At the far end stands Dr. Francisco Cubillos’s lab—a vibrant, bright space filled with flasks, test tubes, and cutting-edge biotechnology equipment where groundbreaking yeast genetics research takes place.

Since Chile's 1990 return to democracy, the relationship between big business and politics has been a defining factor in shaping state policy. Chilean business groups expanded their financial power and political influence through campaign financing, business associations, and the revolving door between public and private sectors.

Every year, millions of metric tons of plastic end up as waste, making plastic pollution one of the world’s major environmental challenges. According to global plastic waste statistics from the Organization for Economic Cooperation and Development (OECD), more than 408 million metric tons of plastic waste are currently generated each year, but only about 9% is effectively recycled; the rest ends up incinerated, in landfills, or improperly disposed of in natural ecosystems.

El concurso Fondecyt Regular, impulsado por la Agencia Nacional de Investigación y Desarrollo (ANID), es una de las principales fuentes de financiamiento para la investigación en Chile, permitiendo a investigadores e investigadoras desarrollar proyectos de alto impacto en diversas disciplinas.

The Fondecyt Regular 2026 grant program, sponsored by the National Agency for Research and Development (ANID), is a primary source of research funding in Chile, enabling scientists to develop high-impact projects across various academic disciplines. 

A severe ISAV outbreak plunged the Chilean salmon industry into crisis in 2007. With mortality rates up to 90% across hundreds of farms, 60% of operations halted production. This led to widespread layoffs and losses, directly and indirectly affecting more than 100,000 people.

Climate change and public policies to reduce carbon emissions are rapidly transforming Chile’s electricity system. This challenging shift involves a gradual move away from fossil fuel technologies like coal, diesel, and natural gas power plants, towards renewable sources such as wind and solar power.

Unlike conventional power plants, which operators could dispatch based on demand, these new renewable sources depend directly on climatic factors like solar radiation and wind intensity. This introduces a new level of variability and uncertainty into the electricity grid.

The University of Santiago, Chile, has officially approved its new Open Access and Research Data Management Regulations via Exempt Resolution No. 1661. This instrument sets forth specific guidelines to make institutionally-generated knowledge, financed by public funds, open, accessible, and reusable by society.

The wine industry is currently facing a silent but constant challenge: climate change, which has altered the way wine is produced, as grapes exposed to higher temperatures ripen faster and concentrate more sugar than normal, resulting in high alcohol levels.

For over a century, physics studies have sought to decode the fundamental laws governing the universe, from subatomic particles to the vast structures of space-time. Central to this effort is quantum mechanics, which reveals that matter follows non-intuitive rules determining physical phenomena.