Ready for Lift-Off? 🛫
Just released a new application note introducing the #NanoFrazor High-Resolution Lift-Off Process - and the results are astonishing!
Ideal for cutting-edge applications in #nanoelectronics, #photonics, and #quantum computing.
👉 heidelberg-instruments.com/wp-content/u...
Hi, this is Vasilis from the #NanoFrazor team 🧪! Looking forward to hearing your thoughts on #nanofabrication 🔬
A bit early for holiday spirit, but we are always in the spirit for pushing the limits 🔬. Here is the world's smallest vinyl, with 25 seconds of a classic carol, #nanofabrication by Nolan Lassaline, Peter Bøggild and Tim Booth of DTU with the #NanoFrazor back in 2022. 🧪Can you make it even smaller?
🔬I promised more from and about the #NanoFrazor user #community - here is a favorite example. The Thermal Probe Workshop meets in Zürich each spring. Check out past years’ programs featuring 🧪 research on #nanofabrication, #photonics, #nanoelectronics and more on the event website
www.tpw-zurich.com
An image of Emine, generated by patterning her portrait using the NanoFrazor. The image shows a topography measurement of the patterned area.
Hi everyone, this is Emine. I am excited to continue the conversation on #nanofabrication and the user #community around the #NanoFrazor. Stay tuned and feel free to let us know what your #nanotechnology research is on!
Ever wondered where to neatly store DNA origami? Try 50-nm diameter nanoholes—patterned with the #NanoFrazor! 🔬 These nanoholes expand to 180 nm after oxygen plasma, making room for single DNA origami.🧪
Check out the fascinating results from @tiskratsch.bsky.social here: doi.org/10.1039/D4MA...
Hi everyone, I'm Kartik 🙂
At Heidelberg Instruments Nano, I'm leading the software team which develops the control systems, algorithms, and UI for running the #NanoFrazor software.
I'm happy to curate this page today and share some exciting results from the NanoFrazor community. Stay tuned!
As promised in the podcast (open.spotify.com/episode/6OMI...), here is a video of Elisa and Pranoti being sculpted by the NanoFrazor (at 10x speed). The in-situ topography image is created during the patterning process by the #NanoFrazor.
Riedo lab members
Riedo lab members
Sample handling inside the NanoFrazor
The deposition chamber in the lab
🧪 Combining biotechnology and nanoscience is daily business at the @RiedoLab at @NYUTandon. We now get to meet the team and sneak a peek into the lab itself.
#NanoFrazor #nanotechnology #nanofabrication #tspl #nanomaterials #nanosensors #biosensors
🧪 Here is the new publication from @RiedoLab and collaborators, localized biological activation was demonstrated to use versatile FETs for biosensing.
pubs.rsc.org/en/content/a...
#NanoFrazor #nanotechnology #nanofabrication #tspl #nanomaterials #nanosensors #biosensors
Hi everyone, my name is Eliott and I am an R&D engineer at Heidelberg Instruments Nano, the team behind the #NanoFrazor! I'm excited to be curating this page today and to share some impressive work from Prof. Riedo's group. Here is my own nanoselfie, stay tuned for a demo of how we create these 😉🔬
Hello from the #NanoFrazor Team!
Following up on the episode with Elisa Rideo of @RiedoLab, we are excited to discuss #nanofabrication highlights from the NanoFrazor user community this week.
#nanotechnology #tspl #nanomaterials #2Dmaterials #nanoelectronics #quantumdevices #nanosensors
🔬Precision at the Nanoscale: 3D Sculpting with the NanoFrazor🧪 This week, the brilliant minds behind #NanoFrazor at the Heidelberg Instruments Nano will be curating @underthemicroscope.bsky.social account.🤩 More details👇🎙️🎧 #Science #Physics⚛️ #nanoscience #materialsscience #ChemSky
