Graduate student Riley Bond and Professor Howard Katz added voltage to the transistor and observed its ability to retain a charge. Credit: Johns...
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A team of Johns Hopkins materials scientists made a surprising discovery that could change the way memory works in electronics. By tweaking the materials used in organic material-based logic switches called transistors, they created a new kind of memristor—devices that can remember past charging states when a current passes through it—suggesting the potential for developing electronic memory systems that mimic the way human brains work. Their results appear in Advanced Functional Materials.
Graduate student Riley Bond and Professor Howard Katz added voltage to the transistor and observed its ability to retain a charge. Credit: Johns...
Graduate student Riley Bond and Professor Howard Katz added voltage to the transistor and observed its ability to retain a charge. Credit: Johns...
A research team has developed a next-generation thin-film material technology that significantly improves the durability of energy and electronic...
Engineers at Princeton University have developed an exciting 3D printing technique to create soft plastics that are stretchy, flexible, recyclable,...
Civil and systems engineers at Johns Hopkins University have turned a longstanding problem with 3D printers into a multifunctional feature: The team...
Engineers have developed an exciting new technology that could revolutionize the way computer chips are made, enabling faster and more efficient AI...
Imagine an artificial intelligence (AI) model that can watch and understand moving images with the subtlety of a human brain. Now, scientists at...
Insider Brief A new study published in Nature reveals there may be a smarter way to use quantum computers for simulating materials, one that cuts down...
A groundbreaking advancement in technology is paving the way for mobile phones and other electronic devices to recharge simply by being kept in a...
A groundbreaking advancement in technology is paving the way for mobile phones and other electronic devices to recharge simply by being kept in a...