We rely heavily on electronics for virtually everything we do. But actually, it does not necessarily need to be electrons that do all the job. Edoardo Albisetti, an Assistant Professor at Politecnico Milano, does his research on magnonic circuits that rely on spin currents as information carriers. To create the magnonic circuits, Edoardo Albisetti and
Scanning Tunnelling Microscopy (STM) relies on quantum tunnelling for imaging and manipulation of objects on atomic scale. It is one of the most precise techniques developed by physicists in the last century. 35 years after its conception, we see STM finding its way to applications beyond purely fundamental science. One of the pioneers of STM
Quantum computers are one of the most exciting developments of today’s physics. There are a lot of open questions in this field: on which technical platform they should be built, how should they work, which algorithms should they use, just to name a few. Michelle Simmons is a Professor at the University of New South
Research in many fields of modern physics requires micro- or nanoscale devices. Nanofabrication has achieved a truly amazing level of sophistication: physicists routinely deal with atomic-scale materials and devices. Typically, such feats require stringent cleanroom environment: many chemicals used for device fabrication are toxic, while even the tiniest speck of dust can ruin the performance
We celebrate the National Nanotechnology Day (USA) on October 9th, which pays homage to the nanometer scale: 1 nm equals 1 x 10-9 m (one billionth of a meter). The day highlights nanotechnology and helps raise awareness of how it currently impacts our lives in products we may use every day. Furthermore, it focuses on
The oldest light in the Universe is called Cosmic Microwave Background (CMB), or relic radiation. It began travelling through space when the universe became transparent enough for the electromagnetic radiation. CMB has “seen it all” and since its discovery about 50 years ago, gives us a unique glimpse into the events and physics of the
Lately, a Nature article inspired us to take a look at our MLA Maskless Aligner series. The authors described a low-cost approach to DNA data storage, using photolithographic synthesis*. In principle, when using DNA data storage, information is stored by encoding binary data into the four nucleic bases of DNA. To access it, DNA is
Customer satisfaction is our top priority and an important indicator to support customer-oriented development of our systems. For this reason
The commercialization of the NanoFrazor started in 2012. This article looks back at where the NanoFrazor came from, how it
Zurich, Switzerland / Heidelberg, Germany – Heidelberg Instruments Nano AG in Zurich, a subsidiary office of Heidelberg Instruments Mikrotechnik GmbH
Würzburg, Germany / Brisbane, Australia – The Australian National Fabrication Facility – Queensland Node (ANFF-Q) based at the University of
Join our expert Dr. Jana Chaaban in this webinar to discover more about the working principle of the NanoFrazor® lithography.
Heidelberg Instruments at the LASER World of PHOTONICS is all about the Power of Direct Writing After almost three years,
NanoFrazor® technology: Enabling advanced nanodevices and unique applications register now The NanoFrazor® uses thermal scanning probe lithography (t-SPL) for the
Heidelberg, March 30, 2022. Heidelberg Instruments has received a significant order from a leading semiconductor wafer-level packaging production company in
MPO 100 – Multi-User Tool for 3D Lithography and 3D Microprinting „1 – 10 – 100 – 1000” – Achievable
EPIC Virtual Company Tour at Heidelberg Instruments and Multiphoton Optics The European Photonics Industry Consortium (EPIC), Multiphoton Optics and Heidelberg
