New observations reveal how microscopic organisms move through polar ice and illustrate how they may have evolved to thrive in extreme environments.

Fred Ramsdell sta viaggiando zaino in spalla in qualche parte sperduta dell'Idaho, «sconnesso dalla modernità»

If we accept that reporters die in Gaza, we pave the way for other regimes to consider the murder of journalists a normal instrument of war

Il Corporate Underminers of Democracy 2025 individua sette colossi simbolo di un modello che intreccia lobbismo, violazioni dei diritti e militarizzazione dell’economia

In my experience, every kind of writing requires some kind of self-soothing Jedi mind trick, and, when it comes to essay composition, the rectangle is mine.

Podcast Episode · The Penguin Podcast · 28/04/2021 · 36m

Il premio Nobel critica le condizioni poste dal governo per il riconoscimento della Palestina e difende le manifestazioni pro Gaza

Negli ultimi due anni è stato impedito il passaggio di diversi carichi a Genova, Salerno, Livorno e Ravenna

This paper presents a series of hands-on experiments designed to teach principles of carbon dioxide removal through chemical weathering in middle and high school chemistry classes. Chemical weathering is demonstrated by the reaction of carbon dioxide dissolved in water with basalt, forming bicarbonate. The experiments, which utilize simple materials such as PET bottles, are safe and feasible for classroom settings. Students are introduced to key concepts such as the carbon dioxide solubility in water and the chemical processes that trap carbon dioxide. The experimental design includes continuous monitoring of dissolved carbon dioxide levels using membrane-based carbon dioxide sensors and pH changes to visualize the progression of bicarbonate formation. These activities provide students with practical experience in carbon dioxide removal methods, mirroring real-world geological processes, and enhance their understanding of their part in the carbon cycle. In addition, the experiments also provide insight into fundamental processes of carbon capture and storage based on the chemical weathering of basalt. The accessibility of the materials, coupled with the relevance to current global climate discussions, makes this a valuable addition to chemistry education. This approach aims to fill the educational gap on carbon dioxide removal, empowering students to engage in societal discussions on the role of carbon capture and storage in the fight against climate change.