BEAD funding areas in Texas visualized

"I had the pleasure of presenting our latest work at #IEEE #WiSEE 2025 in Halifax, Canada, on Monday afternoon! Our paper Experimental Evaluation of Joint Clock Recovery and Equalization for Sub-Terahertz Links, developed in collaboration with Anna Vizziello, Sherif Badran, and Josep Miquel Jornet, introduced a joint clock recovery and CMA equalization architecture for ultra-high-data-rate #subTHz spaceborne communication links."

We are excited to be part of the UK National Quantum Technologies Showcase 2025, taking place on Friday 7th November at the Business Design Centre inLondon. We are joining forces with our partners Covesion Ltd. and Radiantis to present a suite of photonic innovations that enable cutting-edge quantum sensing, communications, and computing applications. Together, we bring complementary technologies covering the full wavelength-conversion spectrum, from our engineered PPKTP solutions and electro-optic modulation technology, to Covesion’s precision PPLN modules and Radiantis’s tunable ultrafast laser and OPO systems. Visitors will also have the chance to see the locked laser system, a turnkey, frequency-stabilised laser system that provides highly stable wavelength output for Rb-based quantum applications. Organised by Innovate UK, the EPSRC, and the UK National Quantum Technologies Programme (UKNQTP), this flagship event brings together leaders from across academia, government, and industry to shape the future of quantum innovation. Meet the team at the Showcase to discuss your next-generation photonic system design, wavelength-conversion challenges, or integration goals. #UKNQTP #InnovateUK #AdvR #_Covesion #Radiantis

🚀 𝗙𝗿𝗼𝗺 𝘁𝗵𝗲 𝗹𝗮𝗯 𝘁𝗼 𝗼𝗿𝗯𝗶𝘁: 𝗶𝗻𝗻𝗼𝘃𝗮𝘁𝗶𝗼𝗻 𝗱𝗼𝗲𝘀𝗻’𝘁 𝗵𝗮𝗽𝗽𝗲𝗻 𝗮𝗹𝗼𝗻𝗲. In this IP Stories episode, we talk with Dr. Miguel Salas Natera, Associate Professor and researcher at the Universidad Politécnica de Madrid, about how technology developed in universities can reach the industry, and even space. 🌌 He shares his experience leading international projects, working on satellite communication systems, and helping spin-offs turn research into real-world impact. 🎧 Discover how collaboration, perseverance, and IP protection make innovation take off: listen in the link in the comments! #IPStories #TechTransfer #Innovation #SpaceTechnology #Research #Patents #4iPCouncil #SatelliteCommunications #IntellectualProperty

In this paper, the authors consider an extreme environment where a device placed in remote area and ground network is not reachable connects to the wider internet using #Low #Earth #Orbit (#LEO) satellites. The LEO satellite has a #Stacked #Intelligent #Metasurfaces (#SIM) mounted on it which is used for the efficient transmission of signal and maximizing the #received #power and received #Signal #to #Noise #Ratio (SNR). They calculate the #path #loss of this system when the distance and the elevation angle between the satellite with SIM and the receiver is changing. ---- Ali Hussain Khan, Zawar Hussain, Naveed UL Hassan More details can be found at this link: https://lnkd.in/dDGQqmYS

Hello! Terra Safe Networks is soliciting an Investor Call-Out for MEMS-Based Terrestrial Threat Detection Network. Seeking $1.5M in R&D funding to demonstrate a resilient MEMS-enabled ground sensor network—purpose-built sans satellite linkage. This decentralized architecture delivers persistent terrestrial threat detection without reliance on orbital assets, eliminating latency, coverage gaps, and geopolitical risk. In partnership with Purdue University Engineering, this round funds design, prototyping, and live demonstration of our autonomous MEMS array. Terra Safe offers a sovereign alternative to aging satellite infrastructure—positioned to redefine environmental surveillance and infrastructure resilience. Join us in building the future of ground-based global awareness.

6G-REFERENCE at #Asilomar2025! 📡 Two weeks ago, the #6GREFERENCEproject was represented at the 59th Asilomar Conference on Signals, Systems and Computers (26-29 October 2025) in California 🇺🇸. 📄 Our partner António Barros, PhD Candidate at ETH Zürich, presented the poster “Multipath and Interference Resilient ToA Estimation”, co-authored with Christoph Studer, Professor at the same organisation. Focused on overcoming interference and severe multipath in time-of-arrival (ToA) estimation, the work introduces a novel algorithm with super-resolution accuracy and millisecond-scale processing, a major step toward robust positioning and over-the-air synchronisation in future #6G networks. It was a great opportunity to engage with around 500 researchers, academics and industry professionals, exchange ideas on machine learning for communications, array signal processing and antenna design, and showcase how #6GREFERENCE continues to push boundaries. 🔗 Read the full article here: https://lnkd.in/d64-GPts #WirelessCommunications #SignalProcessing #ToA #Asilomar_SSC #Telecommunications #SNSJU

ALBA is pleased to host a joint event that brings together the ESLS #RF #Workshop and the #HarmonLIP Workshop under one roof 💥 The ESLS RF Workshop convenes European experts in the #Radiofrequency field to share the latest technological advances and address operational challenges in #synchrotron light sources. In parallel, the #HarmonLIP Workshop, part of the LEAPS - League of European Accelerator-based Photon Sources Internal Project, focuses on promoting knowledge exchange and collaborative research among #LEAPS members to advance in harmonic bunch lengthening systems in support of current and next-generation ultra-low emittance storage rings. Hosting both workshops together enables cross-disciplinary dialogue and strengthens efforts toward innovation and excellence in accelerator science 💫

Professor Armin Dekorsy , head of our department, gave a presentation on November 6th in the 5th NTN Workshop: Towards a unified TN-NTN system held at Fraunhofer FOKUS in Berlin. The workshop organized by, Guta (Gouta) Maria from European Space Agency - ESA , Adam Kapovits from Eurescom GmbH and Marius Corici from Fraunhofer FOKUS, brought together experts from academia and industry to discuss recent advances in integrating terrestrial and satellite communication systems. Professor Armin Dekorsy presented Department of Communications Engineering (ANT) - University of Bremen latest research results on advancing 3D networks through machine learning, highlighting the contributions of the ANT Hertz-Lamarr Lab and the ANT OpenLab "3D Networks" Outdoor Experimental Field. By emerging #3GPP #6G standardization, machine learning plays a key role in enabling seamless integration between terrestrial and non-terrestrial networks. It supports the realization of 3D networks by optimizing dynamic resource allocation, interference management, and adaptive beamforming across diverse environments. Photo credit © Fraunhofer FOKUS / Paul Hahn #NTN #MachineLearning #3DNetworks #ANT #SatelliteCommunications

Dear network, I am thrilled to announce great news from our research team: our paper on “Lightweight Learning for Grant-Free Activity Detection in Cell-Free Massive MIMO Networks” has been accepted for publication in IEEE Access and is now available in Early Access on IEEE Xplore. This work received funding from the French National Research Agency (ANR-22-CE25-0015) within the frame of the POSEIDON project. 🔹 Title: Lightweight Learning for Grant-Free Activity Detection in Cell-Free Massive MIMO Networks 🔹 Authors: Ali Elkeshawy, Haïfa Farès, Amor NAFKHA CentraleSupélec IETR - Institut d'Electronique et des Technologies du numéRique - UMR CNRS 6164 ANR, the French National Research Agency POSEIDON - ANR funded project on Cell Free MIMO for 6G #6G, #5G, #CFmMIMO, #mMTC

In a major breakthrough for Scottish innovation, Edinburgh-based Sofant Technologies has unveiled the world’s first fully functioning antenna system powered by its proprietary RF MEMS beamforming integrated circuit - a milestone that could transform high-frequency communications across satellite and next-generation mobile networks. The new design uses tiny mechanical switches to precisely direct radio signals while cutting power use by up to 70%, enabling lighter, more efficient systems for sectors where energy and weight matter most. Supported by Scotland's economic development agency Scottish Enterprise, alongside EMV Capital plc, Kelvin Capital, Caladan Capital, the UK Space Agency, and the European Space Agency - ESA, Sofant continues to show how Scotland’s deep tech sector is driving innovation with global potential 🙌 For the full article 👉 https://ow.ly/NUIP50XlORe #Innovation #DeepTech