Brisbane 2032 is no longer legally bound to be ‘climate positive.’ Will it still leave a green legacy?

Brisbane 2032 is no longer legally bound to be ‘climate positive.’ Will it still leave a green legacy?

When Brisbane was awarded the 2032 Olympic and Paralympic Games, it came with a widely publicized landmark promise: the world’s first “climate-positive” games. When Brisbane was awarded the 2032 Olympic and Paralympic Games, it came with a widely publicized landmark promise: the world’s first “climate-positive” games. Environment Phys.org – latest science and technology news stories

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Scientists uncover novel immune mechanism of wheat tandem kinase

Scientists uncover novel immune mechanism of wheat tandem kinase

Researchers have unveiled a novel immune mechanism by which tandem kinases combat pathogen invasion: an atypical NLR protein, WTN1 (Wheat Tandem NBD 1), partners with the tandem kinase WTK3 to detect pathogen effectors and initiate immune responses, thereby conferring resistance to multiple fungal diseases in wheat. Researchers have unveiled a novel immune mechanism by which tandem…

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Top U.S. Researchers Warn against ‘Climate of Fear’ Threatening Science

Despite fears that speaking out will make them targets, top researchers warn that the Trump administration’s “wholesale assault on U.S. science” will harm the nation  Despite fears that speaking out will make them targets, top researchers warn that the Trump administration’s “wholesale assault on U.S. science” will harm the nation  Scientific American Content: Global

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Applying a magnetic field to rod-like viruses induces them to form disks of tunable shape and size

Applying a magnetic field to rod-like viruses induces them to form disks of tunable shape and size

Seeking to mimic self-assembly processes that occur naturally, RIKEN researchers have demonstrated that the self-assembly of rod-shaped viruses can be controlled by applying a magnetic field. This could help in the development of artificial self-assembly processes that are more controllable than existing ones. The study is published in Nature Communications. Seeking to mimic self-assembly processes that…

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Time-resolved photoluminescence unlocks nanoscale insights into surface-modified metal oxide semiconductors

Time-resolved photoluminescence unlocks nanoscale insights into surface-modified metal oxide semiconductors

In the quest for next-generation energy, sensing, and pigment technologies, semiconducting metal oxides like titanium dioxide (TiO₂) have emerged as essential materials due to their abundance, stability, and intriguing photophysical properties. But there’s a catch: Their surfaces—where most chemical interactions occur—often behave unpredictably, limiting their performance in applications ranging from photocatalysis to solar energy harvesting. In…

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