Search engine :
Return to the menu
2025 consolidated the energy transition as an immediate economic and geopolitical reality, while exposing deep tensions between decarbonization, security of supply, and the rise of energy intensive artificial intelligence. The moment when solar and wind overtook coal in global electricity generation signaled a structural shift: renewables moved from an aspirational alternative to a central pillar of industrial competitiveness and energy policy. For many economies, the transition stopped being a "green luxury" and became an industrial and technological survival strategy.
Universidad Michoacana de San Nicolas de Hidalgo (México)
Universidad de las Palmas (España)
Universidad Autonoma del Estado de Morelo (Mexico)
Universidad de Deusto (España)
More news
A team at Japan’s National Institute for Fusion Science (NIFS) has uncovered a hidden turbulence mechanism in fusion plasmas that explains why heat escapes from reactor cores much faster than classical models predicted, marking a key step toward designing more efficient and stable fusion power plants.
A team of Chinese researchers has engineered a composite gel capable of producing freshwater and, at the same time, recovering boron from seawater using only solar energy, addressing both a long-standing challenge in desalination and a strategic need for critical mineral supply.
A team from the Universities of Nottingham and Ulm has, for the first time, observed how tiny droplets of molten metal can be trapped in an “atomic corral,” remaining liquid at temperatures hundreds of degrees below their freezing point and giving rise to a hybrid state of matter that combines features of solids and liquids, with potential implications for more efficient catalysts and clean technologies based on rare metals.
An international team has developed organic platforms capable of fixing individual metal atoms in a stable and controlled way, achieving stronger binding of key industrial gases and opening the door to more efficient and sustainable large-scale chemical processes.
Email: info@dyna-energia.com - Web: http://www.dyna-energia.com
Regístrese en un paso con su email y podrá personalizar sus preferencias mediante su perfil
Name: *
Surname 1: *
Surname 2:
Email: *