Science

Innovation from MIT: Revolutionary 3D printing method with dissolvable supports transforms manufacturing and reduces waste

Innovation from MIT: Revolutionary 3D ...

Engineers from Massachusetts Institute of Technology (MIT) have introduced a revolutionary 3D printing method. The new technique uses a special resin that creates solid objects under UV light, and under visible light, it forms supports that dissolve easily. This achieves faster production of complex structures, a drastic reduction in waste, and the possibility of recycling the support material

Revolution from MIT: Green hydrogen production from aluminum cans and seawater with minimal CO2 footprint

Revolution from MIT: Green hydrogen ...

MIT engineers have presented an innovative process for obtaining hydrogen from recycled aluminum and seawater, reducing CO2 emissions to just 1.45 kg per kg of hydrogen. This sustainable method, comparable to other green technologies, promises a revolution in clean energy, using readily available resources and producing useful boehmite

Mpox: Global challenges, UCSF tecovirimate research and the scientific quest for effective treatment

Mpox: Global challenges, UCSF tecovirimate ...

The global mpox epidemic of 2022 highlighted the need for a rapid scientific response. Explore the transmission, symptoms, and different mpox virus clusters. Find out the details of the UCSF clinical trial of tecovirimat (TPOXX), the inclusion of vulnerable groups, and what future directions are in the development of therapies for this disease.

New University of Cordoba Method to Save Andalusia

New University of Cordoba Method to Save ...

The University of Cordoba's research represents an innovative method to accurately prioritize environmental protection areas in Andalusia. Using satellite data and species distribution models over 20 years, the tool indicates a decline in habitat quality and offers dynamic indicators for biodiversity conservation, including key species.

Fat-rich diet triggers cell disruption: New MIT research reveals impact and role of antioxidants

Fat-rich diet triggers cell disruption: New ...

High-fat diets cause hundreds of cellular changes, including enzyme dysregulation, insulin resistance, and accumulation of harmful molecules, especially in men. Research from mit shows that antioxidants can reverse most of these negative effects, restoring cells to a less dysfunctional state.

Chronic marijuana consumption, by smoking or edible means, significantly endangers the health of the heart and blood vessels

Chronic marijuana consumption, by smoking or ...

A new study by the University of California, San Francisco (UCSF) reveals that regular cannabis use, whether by smoking or through edible products, leads to reduced blood vessel function comparable to that of tobacco smokers. This increases the risk of heart attack and hypertension, emphasizing the need for caution.

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