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3D printing is continuously evolving, and the materials that can be employed have grown significantly. While the technology was previously restricted to fast-curing plastics, it is now also suited for slow-curing plastics.

An innovative method of artificial intelligence (AI) allows for the reconstruction of a huge field of data, such as total ocean temperature, from a small number of field-deployable sensors utilizing low-powered “edge” computing, with extensive applications in industry, science, and medicine.

A global consortium of 35 researchers is denouncing the conflicts of interest that have plagued discussions for a global plastics treaty and impeded prompt action on other health and environmental concerns.

An Australian research team, under the direction of Monash University, has developed a novel strategy for eliminating bacteria resistant to antibiotics by utilizing lipid nanoparticles that specifically target different bacterial cell surface layers.

The acute issue of air pollution in Africa and the necessity for international action to address it have been highlighted in a recent study published in Nature Geoscience.

The widespread adoption of electric vehicles (EVs) plays a critical role in the United States' efforts to reduce carbon emissions in its energy system.

According to a recent study published in Global Environmental Change, individuals exhibit a greater degree of positivity towards reforestation and rainforest preservation as strategies for addressing climate change compared to their perception of technological solutions.

Highly valued data-intensive models are not as good at predicting the catch that a population can support as the CMSY method, which is used to evaluate the state of stocks of fish, has undergone a recent modification.

Researchers from Northwestern Medicine have reported in ACS Nano that they have improved the process of producing vaccinations and medications using nanotherapeutics.

From detecting COVID in the breath to monitoring greenhouse gas concentrations, laser technologies known as frequency combs can identify particular molecules as simple as carbon dioxide and as complex as monoclonal antibodies with unparalleled accuracy and sensitivity.