Perovskite memristor is just 5 nanometers thick
Professors Jennifer Rupp and Markus Kubicek of ETH Zurich have built a memristor based on a slice of perovskite measuring just 5 nanometers thick. According
Professors Jennifer Rupp and Markus Kubicek of ETH Zurich have built a memristor based on a slice of perovskite measuring just 5 nanometers thick. According
Junko Yoshida, Chief International Correspondent at UBM Electronics, recently reported that the automotive industry is still “ill equipped” to protect connected vehicles from hackers. Indeed,
Did you know that optical sensors made with spider silk could one day help scientists search for trace gases such as ammonia produced by biological
Stanford engineers have demonstrated a number of post-silicon memory materials and technologies based on graphene. According to Ramin Skibba of Stanford News, the materials are capable
Engadget’s Nathan Ingraham recently reported that a piece of RANAM (Random Access Non-Destructive Readout) from NASA’s Gemini 3 spacecraft is up for auction. The RANAM
Writing for IEEE Spectrum, Alexander Hellemans notes that researchers have thus far produced two commercially promising types of memristors: electrochemical metallization memory (EMC) cells and
