An autonomous inverse-encoding strategy for #4D #nanoprinting that accelerates design by 3,700× using #NeuralNetworks, enabling fully automated, image-driven fabrication of programmable, shape-morphing micro/nanostructures. #Robotics
#OpenAccess in #IJEM: doi.org/10.1088/2631...
✨Check out the latest in multi-nozzle #Electrohydrodynamic (EHD) printing and its #composite fabrication applications, now in #IJEM.
Open Access👉 doi.org/10.1088/2631-7990/ad8d22
#ExtremeManufacturing #EHDprinting #3DPrinting #AdditiveManufacturing #NanoPrinting #CompositeFabrication #MultiNozzle
New Cluster publication with Young Scientist Philipp Mainik & PI @EvaBlascoPo presents highly efficient #Photoninitiators based on 4H-Pyranylidene derivatives with great potential for applications in Two-Photon Laser Printing or 3D #Nanoprinting! 👉...
@FelixLoeffler from @MpiciPotsdam now on stage with a very interesting talk on laser-based nano #3Dprinting for parallel #chemistry and #screening: #Nanoprinting for anti-counterfeiting of drugs and more!
New big Cluster publication: 1st author Maximilian Bojanowski together with 4 Cluster Young Scientists and 4 PIs explores alternatives to the few already reported one- and two-color two-step-absorption #Photoinitiators for 3D laser #nanoprinting! 👉...
The breakthrough towards compact laser nano-printers by Cluster researchers was featured on a recent episode of @NextBytePodcast. Have you listened to it yet? 👇the-next-byte-wevolver.simplecast.com/episodes/50-3d-printed-c... #Nanoprinting #Laserprinting
