Great News: Diatope is growing🚀🚀 To tackle the numerous projects our team is involved in🔬, and to keep pushing towards a reliable supply of isotopically engineered diamond💎, we are extremely proud to welcome Yarden Hagian, who joined our team last week🤝 Yarden will support us in both preparation and quantum characterization of the diamonds we produce👩🏻🔬. With her background in Chemistry and experience in the semiconductor industry she will be a valuable addition to our team🙌 In the photo, she is joined by our technical director Philipp Vetter as well as CEO Dr. Johannes Lang at the optical table with our quantum characterization system currently under construction🔧. Christoph Findler Christian Osterkamp DLR Quantencomputing-Initiative Deutsches Zentrum für Luft-und Raumfahrt e.V.
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The UK has signed an agreement with seven other countries and CERN to provide hardware for DUNE, the Deep Underground Neutrino Experiment 🥳 Hosted by Fermilab in the US, DUNE will study the fundamental properties and behaviour of neutrinos. Despite being the most abundant matter particles in the Universe, neutrinos are still largely mysterious to particle physicists 🤔 One thing we do know about neutrinos is that they enter different states as they travel long distances. So to study them, DUNE will literally fire them between states - from the Long Baseline Neutrino Facility near Chicago, to detectors a mile underground in South Dakota ➡️ In yesterday's landmark agreement, representatives from STFC, Brazil, Canada, CERN, Czechia, France, Italy, Spain and Switzerland agreed that they would invest to build vital infrastructure for the experiment. Signing the agreement kicks off a suite of exciting work for us at STFC. Alongside our existing involvement, we'll be: 👷🏽 Supporting construction of the anode plane assemblies at the South Dakota detector ✏️ Supporting development of the DUNE data acquisition system 🔌 Providing critical hardware to both detectors. Find out more about the new agreement by searching "STFC Dune memorandum".
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I am filled with exhilaration as I anticipate attending the International Symposium on Alternative Rocket Propulsion, known as “Beyond Thrust Symposium: Exploring the Frontiers of Alternative Rocket Propulsion.” The very name of the symposium sparks excitement, promising a journey into the extraordinary and the unexplored realms of space propulsion. The line-up of discussions includes unconventional methods such as hamster wheels, clockwork mechanisms, and even historical marvels like catapults and trebuchets. The sheer diversity of topics at "Beyond Thrust Symposium: Exploring the Frontiers of Alternative Rocket Propulsion" exemplifies a fusion of innovation, creativity, and a willingness to challenge conventional norms in the pursuit of propelling humanity further into the cosmos. This symposium presents a unique opportunity to engage with brilliant minds from around the world (but not Dr Klagg) who are pushing the boundaries of traditional rocketry. The prospect of immersing myself in discussions about these eccentric propulsion concepts not only fuels my excitement but also ignites a sense of curiosity about the potential breakthroughs that may emerge from such unconventional approaches. "Beyond Thrust Symposium: Exploring the Frontiers of Alternative Rocket Propulsion" promises to be a gathering where imagination meets scientific rigor, and I am eagerly looking forward to being part of this international forum that celebrates the audacious spirit of exploration and innovation in rocket propulsion.
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Consultant AI, Big Data, Business (Process Engineering, Intelligence/Analytics), HRM, Robotics, Firmware development, and Science & Technology (Educator, Promoter & Entrepreneur) and enthusiast in Deep Space Exploration
INTERSTELLAR CHEMISTRY [NASA-WEBB, 2023]: RENDEZVOUS WITH "BORISOV" A high ratio of Carbon Monoxide to Water indicates that the Comet "Borisov" originated in an extremely cold (i.e. temperature) region called the "Kuiper Belt," and the content of the comet, including its properties (i.e. composition and characteristics), is exciting from a variety of perspectives [Talbert, 2020]. The mentioned temperature is in contrast to our native solar system (i.e. condition of temperatures, for example, as a frame reference). The properties of the creative materials and the behaviour of the comet's content in this kind of extraterrestrial body are excitingly providing us with proactive, scientifically meaningful content, i.e. data and information about the origination, speed of voyage, content, decay, and any accumulation that occurred while in transit. Such rendezvous enable us to learn (i.e. the formation and evolution of celestial objects) and educate the needy for creative insight, which would be beneficial for the future search of new frontiers in other galaxies of the COSMOS. Comet Borisov's significance extends beyond its novelty as an interstellar visitor, encompassing its pivotal role in furnishing substantial insights into the celestial landscape beyond our solar confines. The chemistry behind the formation and the (comet's) interstellar travel into alien solar systems (i.e. passing through our native solar system) from the origin would impact (negatively or positively) on the content of the celestial object. The examination and review of the change would provide proactive scientific insights for the purview of technological innovations that would enable our capabilities as a spacefaring species. The formation of stars, habitable (orbiting) planets, life on Earth, and life out there somewhere else in the Cosmos are curious things to know for the learners (i.e. students), experts (i.e. scientists), and enthusiasts (i.e. in any kind) of the space and universal Cosmos. Reference: - NASA-WEBB, (2023). Webb Makes First Detection of Crucial Carbon Molecule - NASA. [online] Available at: https://lnkd.in/g3peRWQK - Talbert, Tricia, (2020). Interstellar Comet Borisov Reveals Its Chemistry and Possible Origins - NASA. [online] Available at: https://lnkd.in/gpiKPaGH [Accessed 4 Dec. 2023].
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New paper from the Instituto Galego de Física de Altas Enerxías (IGFAE) - Universitat de València, led by Ph.D students Verónica Villa Ortega and Ana Lorenzo Medina. We combine a novel data analysis framework (recently accepted in Physical Review X!) with state-of-the art numerical simulations of neutron-star mergers. With these, we show that an accurate treatment of the thermal effects in neutron star post-mergers will be extremely important once third-generation gravitational-wave detectors like Cosmic Explorer or Einstein Telescope come online. Check it out at: https://lnkd.in/dTf4qPA6
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Increasing nozzle efficiency – discover our research at #JECWorld 🚀 Within the scope of the DLR internal research project ATHEAt, technologies for increasing the reliability of critical high-temperature elements of reusable launch vehicles are being researched and technologies for the high-energy flight range of future space transport systems are being developed. Their demonstration is validated through dedicated ground and flight experiments. The aim is to increase nozzle efficiency by drastically reducing nozzle abrasion, reducing the weight of the component and making it potentially reusable. This has already been confirmed in the ground test, so preparations for the flight have already begun. For more information, visit us at JEC and ask our scientists Bernhard Heidenreich and Fabia Süß. 📍 Where? Hall 6 booth T90 📅 When? March 5th - 7th 2024 Deutsches Zentrum für Luft-und Raumfahrt e.V. #dlrbt #dlr #nozzle #nozzleextension #ceramics #cmc #ceramiccomposites #hybridengine #rocket #technology #research #aerospace #JEC #JECWorld #JEC2024 #fair #Rakete #Raumfahrt #Forschung #Messe #Technologie #KeramischeVerbundstrukturen
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