FAULHABER Drive Systems’ Post

📢 We are excited to introduce our final Topical Meeting at EOSAM 2024: TOM10 - Applications of Optics and Photonics The fields of optics and photonics have continuously experienced dramatic technical advances over the past decades. They are now considered as key enabling technologies across many different industries. This topical meeting will focus on applications-centered research in optics/photonics. It will encompass any demonstration and application of evolving optical technologies and instrumentation to address problems in the environmental, medical, energy, safety and security, and manufacturing industrial arenas. Latest advances in optical engineering and its application to real world problems will be welcome. Invited speakers in this TOM: - Luigino Criante: Laser-assisted micromachining: an innovative tool for advancing the multifunctional optofluidic lab-on-a-chip - Silvie Bernatova: Detection of microplastics and nanoplastics: Are Raman tweezers and enhanced Raman methods the solution for sub 20 µm particles? - Zouheir Sekkat: Mode coupling and sensing in plasmonic layered structures - Stefano Ferretti: Free space whispering gallery mode microlasers as highly sensitive biosensors - Anthony Beaucamp: Light-field based 3D optical tweezers - Martina Delgado-Pinar: Novel Forward Brillouin Scattering measurement technique based on high-Q fiber ring resonator. More information: https://lnkd.in/dzrqMqMh Join the conference to make sure you don't miss these insightful presentations. 🗓️ Early Bird Deadline: July 8, 2024 🔗 Registration Link: https://lnkd.in/dGTACket #Applications #Optics #Photonics #Conference #EOSAM2024 #Naples

📢 Announcing our next Topical Meeting at EOSAM 2024: TOM6 - Optical Materials Optical materials are vital for multiple current and future industrial applications and continuously generate important investigations with major scientific and technological challenges. For example, in many fields of photonics, the fabrication and structuring of thin films at the micro and nanometric scale is essential, such as for optical nanoantennas and metasurfaces. Simple and easy-to-implement techniques such as the sol-gel processes and solution-based synthesis, and costly ones such as epitaxy, MOVPE, laser ablation (PLD), and rf sputtering are commonly used to produce different optical materials. Correlation between the material optical characteristics and its structural, compositional, and morphological properties is of great importance. Eventually, there are significant needs to develop innovative techniques for the fabrication of new materials, as well as to develop simple and efficient characterization techniques. These needs have given rise to multidisciplinary research with the ambition to provide optical materials and devices from an approach linking the desired performances to the nano and micro structure. Invited speakers in this TOM: - Thierry Cardinal: How exotic oxide glasses can provide solutions for integrated optics - Lars Österlund: Wide-angle transmitting and solar light modulating yttrium Mie resonators: Yttrium hydroxide coated glass nanopillars - Zhenda Xie: Broadband Kerr comb generation using Lithium niobate on insulator microresonator - Maria Antonietta Vincenti: From gradient index optics to tunable ENZ: an iontronic approach More information: https://lnkd.in/dG2kHb5E Register for the conference to secure your spot at these insightful presentations! 🗓️ Early Bird Deadline: July 8, 2024 🔗 Registration Link: https://lnkd.in/dGTACket #EOSAM2024 #OpticalMaterials #Photonics #Optics #Conference #Naples

🌟 Join Us at CLEO 2024 in Charlotte Next Week 🌟  I am excited to share that I am attending the CLEO Conference in Charlotte! I am also happy to present our most recent research breakthrough from Humboldt-Universität zu Berlin and Ferdinand-Braun-Institut regarding AlGaN/AlN heterostructures for nonlinear integrated photonics. Please read our detailed preprint available here:  https://lnkd.in/ehjzbrYa 🔍 Strengths of AlGaN/AlN integrated photonic devices: Broad Transparency: AlGaN heterostructures enable diverse photonic applications across a wide spectral range from 250 nm to 10 µm. High Electro-Optic Effect and Optical Nonlinearities: AlGaN/AlN possesses significant electro-optic coefficients and nonlinearities, which are crucial for optical signal processing, photon pair generation, and frequency conversion. Conductivity: AlGaN can be doped to become conductive, facilitating the integration of optical and electronic functionalities on a single chip. Compatibility with GaN-Based Devices: Their compatibility allows seamless integration with other GaN/AlGaN-based devices, such as lasers, detectors, and electronic components, for more advanced device performance and functionality. High Material Quality: AlGaN can be grown on AlN templates with high crystallinity that improves the overall performance and reliability of photonic devices. #CLEO2024 #Photonics #QuantumTechnology #AlGaN #Heterostructures #IntegratedPhotonics

"Breakthrough in Nonlinear Optics! 😇 Excited to share Our latest research introduces a novel semiorganic crystal, Cesium Fumaric Monohydrate, with exceptional properties for Nonlinear Optical (NLO) applications! This comprehensive study reveals the crystal's: Structural uniqueness Enhanced optical properties Improved electrical characteristics Superior mechanical strength Unlocking new possibilities for: Optical communication systems Laser technology Photonics #Academic#Industry#NLO #NonlinearOptics #CrystalDiscovery #Photonics #Optics #Research #Breakthrough"

We are proud to announce that Dr. Faming Xu, Senior Principal Laser Scientist at Cutting Edge Optronics, will present his groundbreaking research at the SPIE Photonics West Conference in San Francisco on January 27th! Dr. Xu’s paper presentation, "All Diode-Pumped 10Hz 7 Joule Nanosecond 527nm Laser for Optical Parametric Chirped Pulse Amplifier (OPCPA) Pump," will highlight a breakthrough in laser development, showcasing: ✨ 7J, 527nm laser with a square temporal profile and nearly diffraction-limited output. ✨ Exceptional beam uniformity and 78% second harmonic generation efficiency. ✨ Industry-leading 10Hz repetition rate, with outstanding timing jitter and energy stability sustained over 10 hours. You are cordially invited to join us and explore the future of high-energy laser systems. 📄Read the abstract here: https://bit.ly/3WfxIEO 📅 Read more on Photonics West here: https://bit.ly/3We6CO6 #PhotonicsWest #LaserTechnology #ScientificBreakthroughs #CuttingEdgeInnovation

If you need miniature stages with nanometre motion, take a look at the range of Piezo motion solutions from PI (Physik Instrumente) Group available here: https://lnkd.in/gxKpy45F With incremental motion as small as 3 nm, and sensor resolution down to 0.5 nm, you can be confident that the precision matches your requirements. Where space is limited but accuracy is essential the range of piezo solutions combine high forces with a compact form factor. Used in many challenging applications including: ▶ Micro-assembly ▶ Photonics ▶ Optical alignment ▶ Microscopy ▶ Semiconductor testing #piezo #precision #nano #microscopy #motionstages

Designed with cutting-edge technology, RayVen-S emits at 2 µm and provides 1 W of average power at a 50-70 MHz repetition rate, with 120 fs pulse durations across wavelengths from 2090 nm to 2120 nm . Its robust design ensures reliability in diverse environments. 💡 Key Features: ✅ Femtosecond pulses ✅ Scalable and robust solid-state design ✅ Tailored for research excellence We’re also excited to collaborate with early adopters to create real-world case studies and showcase the transformative power of RayVen-S. Want to learn more or see how the RayVen-S can support your work? Visit us at SPIE, the international society for optics and photonics Photonics West, German Pavilion, Booth 4205. #LaserInnovation #PhotonicsWest2025 #GermanPavillion

Ever wondered how extreme ultraviolet (EUV) light sources work or what powers cutting-edge microchip inspection? here are some fascinating facts about EUV sources and MEGA EUV project that you might not know. 👀 Stay tuned to learn more about the science behind high harmonic generation, extreme nonlinear optics, and how the #MEGAEUV project is set to revolutionize ultrafast and nanostructure research! #EUV #Photonics #TechInnovation #DidYouKnow MEGA EUV Project Partners : Class 5 Photonics , AMPHOS GmbH, DESY ,University of Hamburg The Nobel Prize ------- MORE ABOUT THIS TOPIC--> Check the invited talk from our colleague Dr. Bastian Manschwetus Tomorrow, October 23rd, where he’ll present "Recent Advances in High-Brilliance EUV Sources Based on High Harmonic Generation." 📅 Time: 11:30 AM - 11:45 AM 📍 Location: EUV Litho, Inc. Source Workshop in Amsterdam / WCW Colloquiumzalen, Science Park 123, 1098 XG Amsterdam 📄 Abstract: https://lnkd.in/eR2xVS5N

Tuesday publication update! 📖 In this newest research published in #AdvancedMaterials, researchers are looking at all-electric functional nanodevices with rapid reset and multi-state switching capabilities using our #FusionAX system! 💡Using an in situ biasing technique, and focus-ion beam preparation (FIB) the authors look at spin configuration rearrangement by domain wall number modulation in Fe3GeTe2. ⚡In-situ Lorentz transmission electron microscopy revealed the reduction of domain wall number corresponds to a decrease in resistance, new possibilities for manipulating magnetic states at the nanoscale are observed. 🖥️Additionally, simulations reveal the instant reversal of magnetic states to multi-domain wall configurations under single-pulse currents with higher amplitudes, driven by rapid thermal demagnetization. 🔬These groundbreaking results position 2D ferromagnets as intriguing candidates for the future of neuromorphic spintronics, offering unprecedented opportunities for innovation and discovery. Want to read the entire research? Find it here! https://hubs.li/Q02DzMVk0 #Protochips #insitumicroscopy #FindYourBreakthrough #resistiveswitching #EnergyDevices

Prof Oleg Mitrofanov’s latest research on terahertz (THz) technology has been featured in Advanced Photonics Research. The paper entitled 'InAs Terahertz Metalens Emitter for Focused Terahertz Beam Generation' presents a pioneering non-linear THz metalens emitter, developed in collaboration with Sandia National Laboratories. This compact device integrates THz pulse generation and structuring, with potential applications in imaging, spectroscopy, and wireless communication systems. 🔗 Read more here: https://lnkd.in/eTTUJAg9 #Photonics #TerahertzTechnology