Key Highlights
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Researchers have created gold-coated nanodiamonds using a green synthesis method with plant extracts, which are highly compatible with human lung cancer cells. This biocompatibility makes them a promising and safer candidate for enhancing the effectiveness of proton beam cancer therapy.
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A new type of nanoparticle acts like a smart “AND” gate, only activating the immune system when it detects both low oxygen and high acidity, two common features of a tumor’s environment. This precise targeting allows for a powerful systemic therapy that can safely treat cancers that have spread throughout the body.
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Scientists have developed a new anode material for sodium-ion batteries by carefully mixing selenium and tellurium into an antimony-based crystal, which heals structural defects and creates better pathways for sodium ions. This results in a battery that charges quickly and lasts for over 1,200 cycles, significantly outperforming older materials.
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A new machine learning model incorporates a “Boltzmann layer,” inspired by thermodynamics, to accurately predict how the physical properties of chemicals change with temperature. This approach, which blends physics with AI, achieves high accuracy and provides deeper scientific insight for applications in chemical engineering.
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