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297.
Faster magnetic memory devices based on altermagnetism
Altermagnetic materials could revolutionize electronics and make computer memory devices much faster, up to a thousand times quicker.
297.
Magnetic materials research could lead to spintronics for faster electronics
Research in magnetic material could lead to spintronic devices for faster and more energy-efficient electronics.
297.
New method to build faster 3D electronic chips
Engineers have found ways to layer high-quality semiconductor layers directly on top of each other to build 3D chips.
297.
Progress toward self-assembling electronic devices
Researchers have developed a new way to make electronic devices with materials that self-assembles into the right shapes.
297.
Vortices of light could transport huge amounts of data
Researchers have developed a way to transmit more information by creating tiny, controlled vortices of light that can carry data.
297.
Low power neuromorphic electronics for AI applications
Researchers have developed neuromorphic hardware for artificial intelligence (AI) that uses very little power.
297.
Electronic devices 3D-printed with conductive polymers
A MIT team created logic gates using large molecules that carry electricity (conductive polymers) instead of semiconductors.
297.
Electron fluid research could open the door to better electronics
In certain materials, electrons can exhibit this fluid-like behavior at room temperature or under specific conditions.
11.
Ultra-thin battery charged by saline solution could power smart augmented-reality contact lenses
Imagine lenses that flash data on our corneas, keep an eye on our health, or flag diseases like glaucoma or diabetes
11.
How to create programmable bioelectronic nanowires modeled on human-based proteins
Protein-chain-based electronic "nanowires” could be used for disease diagnosis, detecting environmental pollutants, and capturing solar energy