Memristors are tiny devices that can process lots of information. They are like superheroes in the world of electronics. But they have a problem. They can't always work smoothly and evenly. Scientists have tried to fix this by changing the materials used to make memristors. But there's a catch. Most
Have you ever thought about how computers might work differently in the near future? Well, memristors are here to shake things up! It is back of the future. Imagine these tools as little electronic memories! These come up how the memory works in our way of understanding computing and unlike what y
The switch to electronic medical records (EMRs) in the Philippines has been in the works for over a decade, guided by the Philippine eHealth Agenda. EMRs are designed to enhance clinical management and are common in advanced economies. Yet, there's still limited research on how they're actually used
Graph neural networks could benefit greatly from specialized hardware. Memristors, especially those made from robust and epitaxial films, can make these networks more efficient and better at handling graph-structured data. These memristors are made from materials like gadolinium-doped hafnium oxide
These days, with the explosion of data and the growth of the internet of things, we need devices that can sense and process information in many ways at once. Taking a cue from how our human senses work, scientists have created a clever system called an optoelectronic-memristor-based reservoir comput
