Engineered nanotopography induces tensile strain in MoS2 FETs, significantly enhancing carrier mobility and on-state current, promising advancements for 2D material-based electronics.
This study investigates the electrical responses of optically driven quantum material, revealing nonlinear current-voltage characteristics indicative of photo-induced superconductivity, with potential applications in high-speed devices.
Controlling defects in monolayer MoS2 using thermochemical scanning probe lithography enables precise p- and n-type doping, vital for nanoelectronics, p-n junctions, and high rectification ratios.
We utilize nanophotonic cloaking to enable closer spacing of photonic-integrated devices, overcoming signal cross-talk limitations. Experimental results demonstrate efficient transmission and compact designs.
As AI and HPC push monolithic circuits to obsolescence, the industry turns to Advanced Packaging. Yet, challenges like die shift and substrate warpage threaten to kill yield before the package leaves the fab. Enter the new hero of microelectronics: Maskless Lithography. Learn how adaptive alignment ensures your chiplets live to compute another day.
What a week! From September 15–18, we had the pleasure of joining the micro- and nanofabrication community at the 51st International Micro and Nano Engineering Conference (MNE 2025) in Southampton, UK.
Heidelberg Instruments proudly celebrates the 10th anniversary of the MLA 150 Maskless Aligner—a breakthrough that has redefined high-resolution lithography in cleanrooms around the world.
Heidelberg Instruments Korea celebrates 20 years of customer commitment and partnership! Built on trust, loyalty, and long-term relationships, Heidelberg Instruments Korea continues to play a vital role in bringing innovation to local customers.
Join Heidelberg Instruments in Southampton for MNE 2025! We are proud to be sponsor of the prestigious Fellow Award and are looking forward to celebrate the 10th anniversary of our MLA 150 with you.
Heidelberg Instruments has made significant performance upgrades to its renowned DWL 66⁺, solidifying its position as the ultimate research tool for microfabrication.
The DWL 66+ is now more powerful than ever, featuring two game-changing enhancements that redefine what’s possible with optical lithography.
Direct Laser Writing accelerates the fabrication of custom infrared metasurfaces—enabling fast, flexible, and cost-effective beam shaping, holography, and more, without complex lithography.
Physicists have crafted the “world’s smallest violin” as a stunning demonstration of their new NanoFrazor nanolithography capabilities.
Read Heidelberg Instruments’ recap of the OPTICA Global Advanced Manufacturing Alliance Meeting 2025. Thanks to all for advancing photonics innovation!
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Disclaimer: Translations were created with the help of AI. Heidelberg Instruments does not guarantee the completeness and correctness of the translations.
