SCALE Nanotech is excited to announce that GMOD®, our groundbreaking graphene-based modulation technology, has been demonstrated for ultra-fast, low-power data transmission in challenging environments like high altitudes and space. 🌌 From enabling secure, high-resolution telecom in aeronautics to enhancing satellite communications, GMOD® is set to redefine what’s possible in next-gen telecom. During the Valencia Digital Summit, we welcomed industry leaders, potential investors and enthusiasts for private demonstrations, showing first-hand how GMOD® could support real-world applications in autonomous systems and aerospace. The strong interest reaffirms the potential impact of GMOD® in these rapidly evolving sectors. 👉 https://lnkd.in/dac3p7kf #GMOD #GrapheneTech #Nanotechnology #TelecomInnovation #SpaceComms #DeepTech #Investors #VDS2024 #ThankYou
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Drones Path-Planning using #Quantum Computing Thales Quantum Use-Case for #Qinnovision World Challenge 2025
Drones Path-Planning using Quantum Computing Thales Quantum Use-Case for Qinnovision World Challenge 2025 https://lnkd.in/e2MF8BiG Final in Quantum Innovation Summit in Dubai: https://lnkd.in/eFjyrKyB This competition is part of the QInnovision World Challenge 2025 hosted on Aqora. Join the event. The results of this competition will not be benchmarked automatically. Each submission will be reviewed manually by a jury of experts. Final Presentations & Awards: The Top 3 Finalists will present to a jury of experts during the Quantum Innovation Summit in Dubai, held from February 25-27, 2025. The winner will be announced at a dedicated Awards Ceremony during the event.
Drones Path-Planning using Quantum Computing: Online Quantum Competition | Aqora.io
aqora.io
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OHB SE awarded European Space Agency - ESA contract for V2X mission to demonstrate the benefits of satellite technology for automotive industry🚗🚗🚗 The purpose of the V2X (vehicle-to-everything) #technology and service demonstration mission is to demonstrate how uninterrupted communications for passenger cars can be ensured by incorporating satellites in existing 5G terrestrial networks. The project is intended to show the advantages of an integrated terrestrial/non-terrestrial network and to advance the technology for future industrialization. Potential test areas include autonomous driving, remote vehicle access and breakdown calls. The project consortium is made up of Fraunhofer IIS Institut für Integrierte Schaltungen, MediaMobil Communication, Deutsche Telekom Business Solutions GmbH, jember GmbH and BMW Group as an associated partner. OHB is responsible for project management and the system architecture. The activity is supported by the Deutsches Zentrum für Luft-und Raumfahrt e.V.. The project team is ready to go! (Photo below). Thanks, ESA Connectivity and Secure Communications! Read more here 👉 https://lnkd.in/ems8Tap8
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🚀 ILA Berlin - Pioneering Aerospace is in full swing, representing the entire value chain of the #AerospaceIndustry, including us: #AdvancedAirMobility! 🌍🛫 This year's theme is #VerticalMobility – Taking off into the Third Dimension. 🚁 EFT Mobility is honored to participate and address crucial questions like: *How are #ElectricPowertrains shaping the #FutureofMobility? *How can we transport people and goods sustainably, safely, and efficiently over short distances? *What potential do drone-based services offer across different industries? Curious to see how it went? Dive into our #CEOInsights from #ILABerlin2024 and get a deeper look at the innovations and discussions shaping the future of mobility. https://bit.ly/45kn2Ik Do not forget to #FollowUs on our LinkedIn page for more updates and insights!🔋 🌱 #SustainableTransportation #SustainableMobility #GreenTech #CEOTalks #eVTOLs #AerospaceEngineering #MobilitySolutions #DroneTechnology #TechForGood #SmartMobility #ElectricAviation #ElectricMobility
Tobias Kahnert on LinkedIn: #ila24
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🚀 The Future of Innovation: Unified Added Volume (UAV) Theorem in Action! 🚀 Pioneering new frontiers with the UAV theorem, we're transforming how industries scale, from resource discovery and medical logistics to quantum computing and sustainable solutions. Our mission is simple: expand human potential globally, sustainably, and ethically. 🔍 What is the UAV theorem? The UAV theorem redefines how we expand physical, technological, and intellectual dimensions, guiding us toward maximizing efficiency, automation, and scalability. It's the blueprint for transforming industries across sectors, including: Healthcare logistics: Delivering critical medical supplies to rural or disaster-stricken areas. Environmental sustainability: Automated UAV-driven reforestation and precision agriculture to combat climate change. Quantum physics: Exploring new dimensions of energy and existence beyond our known universe. 🌍 Global impact starting from Plano, Texas: By building strategic partnerships in Plano, Texas, and surrounding areas, we aim to lead worldwide innovation. Texas' unique position offers vast potential to test, scale, and automate these cutting-edge UAV systems. 💼 Key connections and partners: Federal Government Agencies: @NASA @NIH @NSFgov Local Plano Partners: @TexasHealthResources @CityofPlano @PlanoChamber Top influencers: @ElonMusk @MarkZuckerberg @GretaThunberg @BillGates 👥 Hashtags: #Innovation #UAVTheorem #TechTransformation #AI #HealthcareTech #Sustainability #QuantumComputing #SpaceExploration #PlanoTX #GlobalImpact We’re seeking visionary partners in federal government, healthcare, technology, and environmental sectors to collaborate on projects that scale globally. Join us in expanding the future of UAV technology to maximize human potential—whether it’s automating medical deliveries or unlocking quantum dimensions. 🌐 Get involved: Connect with us to be part of this groundbreaking journey. Let's build the future of automated exploration, sustainability, and global expansion. Together, we can lead the world toward a more prosperous, efficient, and equitable future. 🚀
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🚀 Advancing Photonics in Aerospace: Discover how the INPHOMIR Project pioneers cutting-edge applications like nano-satellite-based space navigation and autonomous driving units through the development of compact, efficient sensing devices. 🛰️🌟 Our research focuses on the integration of photonic integrated control units and devices to revolutionize aerospace technology. By leveraging advanced photonic integration techniques, we aim to enhance navigation precision and remote sensing capabilities in aerospace applications. 🔍✨ Stay informed on our scientific approach to propelling technological advancements in aerospace engineering. 🌐🔬🚁 #INPHOMIR #Photonics #EUResearch
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Happy World #UFO Day! 🛸 Unidentified Flying Objects still leave many people wondering about the vast parts of our universe that remain unexplored. However, we'll take the opportunity today to celebrate the #aerospace industry that brings us closer to exploring the unknown. At Fraunhofer ILT, we're at the forefront of these groundbreaking developments by collaborating with leading aerospace companies and institutions. From electric and hybrid propulsion systems to autonomous drones and commercial space travel, the industry is undergoing numerous transformative changes. These innovations demand environmentally friendly technologies, lightweight materials, and advanced propulsion systems. 🌍✈️ Our extensive infrastructure supports the realization of visionary aerospace projects, ensuring a #sustainable and innovative future. From #AI-driven process optimization to the additive manufacturing of high-performance materials, Fraunhofer ILT is dedicated to pushing the boundaries of what's possible in aerospace technology. 🚀🔬 Sounds like a job for you? Then check out our career options! https://lnkd.in/eDKRNPxd #WorldUFODay #Innovation #Sustainability #AdditiveManufacturing #FraunhoferILT #LaserTechnology #SpaceExploration
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SmartSat CRC backs autonomous satellite technologies for Australian in-orbit servicing capabilities in $2.3million research effort SmartSat Cooperative Research Centre (SmartSat) is backing innovative research to develop end-to-end Australian capabilities in In-orbit Servicing, Assembly, and Manufacturing (ISAM), in a project underwritten by a total investment of $2.3million. The new project, developing robotic satellite technologies to reliably connect with other satellites to perform in-orbit repairs and maintenance, will be led by SmartSat research partner, the University of Sydney, and supported by NSW-based industry partners Abyss Solutions, ANT61, Space Machines Company, Sperospace and Spiral Blue. Servicing satellites in orbit is challenging due to harsh space conditions, potential risk of damaging expensive assets through collision during docking, and difficulties maintaining stability during maintenance. This project will address the gaps between autonomous robotic systems and the requirements of real-time, reliable close proximity operations. Uniquely, the project will bring all four key technology areas into one research project, ensuring an end-to-end approach to addressing these complex challenges. #Satellite #SatelliteTechnologies #Orbit #Space #Australia https://lnkd.in/efs3Sv-A
SmartSat backs autonomous satellite technologies for Australian in-orbit servicing capabilities
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Integrating software systems sometimes requires getting up close and personal with the hardware. For the NSX - Normalized Systems engineers working on the SAFIR-Ready project, this means visiting project partner 🤝Avercon to integrate the Drone Cargo Port, which is currently undergoing integration tests 🛫 🙏 Thanks to the great specification work carried out by our project coordinators at Helicus and strict adherence to the principles of the Normalized Systems Theory, Vlad Goguta was able to slay this giant of integration in half a day! 💪 A welcome change of pace after weeks of precise and dedicated work in building an interface that will stand the test of time and keep the Helicus ecosystem up and running well into the future. Establishing a link between a #Siemens PLC system and a cloud-based Command and Control center in a way that guarantees uptime and cybersecurity is no mean feat. However, that is what being a Normalized Systems Engineer is all about!! 🇪🇺 The SAFIR-Ready project belongs to the SESAR 3 Joint Undertaking program and is funded by the European Commission through #horizoneurope. SAFIR-Ready project partners 🤝 : Helicus (Coordinator), HUSI (Hellenic U-Space Institute) (Communication Lead), Airbus Defence and Space, Safran, Cranfield University, EHang (NASDAQ: EH), KPMG, Aerocom Belgium, Delft University of Technology, SkyeBase, AgentFly Technologies, Airial Robotics, ANRA Technologies, Avercon, Avy, German Aerospace Center (DLR), Droniq GmbH, Estonian Aviation Academy , FLYING-CAM, Flyvercity, Frequentis, Hepta Insights , HyFly, ifly, INVOLI , Royal Military Academy, Belgium, Egis, LuxMobility , MANTA Aircraft, NSX - Normalized Systems, RigiTech, SABCA-UAS, SafeSky, SKYCORP Technologies, and UZA. #droneoperations #emergencyresponse #urban #ATM #DigitalSky #innovation #SESAR3JU #HorizonEU #MobilityStrategy #Uspace #HorizonEurope #CEFTransport #droneinabox #DiB #UAV #UAS #UAM #airspace
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Exascale computing represents a transformative leap in computational power, enabling simulations and analyses at unprecedented scales and resolutions. For industry stakeholders in the aerospace sector, this technological advancement holds the potential to revolutionize aircraft design, leading to more efficient, safer, and innovative next-generation aircraft. Here are some key ways exascale computing is reshaping the aerospace landscape: https://bit.ly/4coZ5SX . . . #Tyrone #Netweb #ExascaleComputing #AerospaceInnovation #TechLeap #AircraftDesign #NextGenAircraft #ComputationalPower #SimulationRevolution #HighPerformanceComputing #AerospaceEngineering #EfficientDesign #SaferAircraft #TechAdvancements #IndustryStakeholders #FutureOfAerospace #ExascaleTechnology
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For the innovative developments that we are incorporating into our ATOM tool, we count, among others, on the support of Red.es through its 2021 CALL FOR GRANTS FOR RESEARCH AND DEVELOPMENT PROJECTS IN ARTIFICIAL INTELLIGENCE AND OTHER DIGITAL TECHNOLOGIES AND THEIR INTEGRATION INTO VALUE CHAINS - C005/21-ED. Our project "ATOM@EDGE. Intelligent and reliable system for inspection of industrial assets with drones, based on Artificial Intelligence and Edge Computing" receives partial funding from the NextGenerationEU funds of the European Union, and the Recovery, Transformation and Resilience Plan of the Government of Spain and the Ministry of Economic Affairs and Digital Transformation. #ATOM #EU #NextGenerationEU #IA
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