Vital Materials Co., Limited’s Post

In a breakthrough for the future of die-to-wafer (D2W) bonding, CEA and Intel have optimized a hybrid direct-bonding, self-assembly process that has the potential to increase the alignment accuracy as well as fabrication throughput by several thousand dies per hour. The approach uses capillary forces of a water droplet to align dies on a target wafer.

Trivalve attended this year's Foodex exhibition at the NEC in Birmingham, UK. To answer some of the FAQs from there, we've got a few short videos to share. Question 2: Are Trivalves really magnetic? Watch the video to see the answer!

Total Internal Refraction and Bragg Diffraction at Optoacoustic Lab Dipartimento SIMAU

🚀 First topic published in "Aerosol Optical Depth Estimation" competition! Check it out and join the competition today! "Useful Reading Materials for Aerosol Optical Depth Estimation" by tushar87 https://lnkd.in/gvq-EyPC #Solafune #Competition #SatelliteData #MachineLearning #DataScience

This Nanoscale cover features ultra-compact and high-performance suspended aluminum scandium nitride Lamb wave humidity sensors with a graphene oxide layer! The work by Chengkuo Lee, Tao Wu and colleagues proposes an ultra-compact AlScN Lamb Wave humidity sensor, which utilizes a suspended structure and an AlScN thin film to improve the sensing performance. Find out more in their full article at https://lnkd.in/emMPGaan

This #experiment is currently running at GSI/FAIR: 🔸🟠 Semiconductor doping and annealing with intense ion pulses from #laser-#plasma acceleration 🟠🔸 🟠 Machine: PHELIX 🔸 Ion: boron 🟠 Energy: 0 to 30 MeV 🔸 Intensity: ~10^12 ions/cm^2/ns 🟠 Pulse: few ns Intense ion pulses from laser-plasma acceleration can simultaneously excite, heat and dope materials. The PHELIX laser with boron foils will implant a very high flux of boron ions into #diamond samples. We have observed that this process turns diamonds into #superconductors at low temperatures (~0.5 K). The goal of this beamtime is now to understand and optimize this extreme non-equilibrium process better and to form materials with tunable transition temperatures to a superconducting phase. Image: Physicists Arun Persaud and Kaushalya Jhuria are aligning the PHELIX laser for a high power shot. © Thomas Schenkel

📌Beyond Additive |NDT Technologies for new Hybrid AM PROCESSES SynchroFusion between TEC Eurolab & ESRF. 🗓️ 20th March 2024 🕛 09.30 AM – 04.00 PM 📍 Via Grieco, 91 | Campogalliano (MO) – ITALY WHY SHOULD I ATTEND THE EVENT? 🎯Expert Insights: Gain insights from ESRF experts seasoned professionals on synchrotron light and its applications. 🎯Solutions to Challenges: Learn how synchrotron technology, coupled with TEC Eurolab’s advanced materials testing capabilities, can solve specific challenges. 🎯Case Study Exploration: Discover a pioneering case study on hybrid metal-composite joints, showcasing the collaborative efforts of the University of Bologna, TEC Eurolab, and ESRF. 🎯Technological Impact: Understand the potential of synchrotron light to revolutionize materials engineering and testing. Come and meet the Synchrotron experts and present your application/requirement to understand how this technology can help you meet your needs. ESRF for Industry ESRF - The European Synchrotron Sign up here >> https://lnkd.in/drW452EB

We had the wonderful opportunity to contribute to the SMST2024 conference with a presentation entitled “Molecular Dynamics of NiTi Shape Memory Alloys.” This presentation delved into the application of molecular dynamics simulations to explore the phase transformation behavior of NiTi alloys, providing deeper insights into their unique properties. Special thanks to my supervisor, Prof. Dermot Brabazon, for presenting our work in my absence and to the entire SMST conference team for this incredible opportunity. #SMST2024 #MolecularDynamics #NiTiAlloys #AtomisticSimulation #PhaseTransformation

Tomorrow is the last day of #ALDALE2024 and also the last chance to catch any of the CoCooN talks that will be presented: 08:15 Hall 3E Aditya Chalishazar is giving his first presentation titled: MLD of Metal Organophosphonate Thin Films Is he able to combine the best of both world? Aditya and Arpan Dhara thought they would (spoiler: They Could!). 13:30 Hall 3A Prof. Jolien Dendooven will be presenting the latest work of Juan Santo Domingo Peñaranda: Triggering Nucleation of Pt ALD through UV-illumination By preventing growth delay in Pt-ALD valuable precursor can be saved don't miss this precursor saving talk! 15:15 Hall 3A Dr. Jin Li explores the role of the oxidizing co-reactant in Pt-ALD using in-vacuo XPS to corroborate DFT results from Sylwia Klejna The Role of the Oxidizing Co-Reactant in Pt Growth by ALD using MeCpPtMe3 and O2/O2-plasma/O3. For the last stretch there will be 2 parallel talks: 16:00 Hall 3E Dr. Robin Petit adds a new application to the mix by using his expertise in photo-luminescence will ALD be the next big thing in QuantumDots? ALD for Stable On-Chip Quantum Dot LEDs: Hybrid Quantum Dot Pockets 16:00 Hall 3A Dr. Matthias Minjauw using his expertise with in-vacuo XPS to study the growth of ternary metal oxides. In Vacuo XPS Growth Studies During ALD of ErNiO3 #aldep

🙋♂️ Happen to be in #Shanghai? Stop by booth #4675 in W4 at the LASER World of PHOTONICS 2024 that is in full swing! Yuxuan Lin, Chiwen Chang, Branislav Timotijevic will update you on what's new with #Optotune and tell you all about the ELM-T demo. #liquidlenses #opticalcomponents #optotuneasia #tradeshow #faststeeringmirrors #productdemos