An innovative method to generate spin current and magnetoresistance by leveraging the Orbital Hall Effect (OHE). This approach utilizes ordinary metals like Aluminum and Copper, combined with a thin layer of heavy metal to convert orbital currents into spin currents. ... Read more

Conventional methods for magnetization control rely on magnetic materials and electrical currents, limiting miniaturization, energy efficiency, and operational speed. ... Read more

A compact on-chip optical layer that replaces traditional wiring in multi-core processors using silicon photonics. This innovative approach significantly reduces power consumption, heat generation, and space requirements, enabling higher core densities and improved inter-core communication. ... Read more

A new technology for producing flat optical components based on optical metasurfaces. These components can potentially serve high resolution imaging, spectrometry, light processing and beam shaping devices. ... Read more

Inertial sensors for motion detection are increasingly integrated into portable devices, including IoT applications, mobile phones, wearables, automotive systems, and medical diagnostics. The demand for smaller electronics is driving innovation in miniaturized components. ... Read more

Subdural hematoma (SDH) is a common neurosurgical condition that requires continuous monitoring, which current imaging methods fail to provide. ... Read more

A nanoscale Superconducting Quantum Interference Device (SQUID) on Tip (SOT) that enables high spatial, magnetic, and thermal resolution for local imaging. ... Read more

High-performance electrochromic materials that exhibit a practical combination of low-voltage operation and efficient color-switching, as well as long-term stability have been developed by the group of Prof. van der Boom. ... Read more

The Event-Based Perceiver (EBPer) is an advanced vision system that enables high-resolution detection of small or distant objects with exceptional energy efficiency. ... Read more

Fast MRI sequences such as echo-planar imaging (EPI) generate strong mechanical vibrations in the scanner, producing loud sounds, image ghosting, and possible hardware strain, issues that are amplified at ultra-high magnetic fields. ... Read more