BosonQ Psi (BQP)的动态

Computational Fluid Dynamics is essential in aerospace and defense for enhancing performance, optimizing designs, and ensuring safety. Discover how we’re revolutionizing the industry with cutting-edge simulations and insights. ???? #CFD #Aerospace #Defense #Aerodynamics #EngineeringExcellence

Swedish technology company Avioniq AB has been selected to join the UK Ministry of Defence’s Hypersonic Technologies & Capability Development Framework (HTCDF) agreement. The ￡1 billion HTCDF effort, led by the MoD’s Team Hypersonics (UK), aims to rapidly develop advanced hypersonic missile capabilities for the UK over the next seven years. Avioniq will submit technology for assessment for Lot 2 of the eight-lot framework, which covers Modelling and Simulation, and Mission Planning. “The Avioniq model simulation framework allows users to reduce the time needed to produce, analylze and work with accurate missile models by an order of magnitude, reducing the time to build them from months – even years – to hours or days,” Mikael Grev, Founder and CEO of Avioniq, said. “This allows users to greatly condense their missile model development timescales significantly, producing accurate models that can be used across the supply chain for a multitude of applications." Read more here: https://lnkd.in/d5h5nrFe #Avioniq #Sweden #defence #aerospace #hypersonic #weapon #missile #UK #HTCDF #industry #technology #military

?????????????????? ?????????????? ?????????????? ???????????????? ?????????????????????? ?? Learn how computer modelling may be used to improve missile technology! It is possible to guarantee safety, cut expenses, and enhance performance by precisely simulating missile trajectories and ranges. Testing and development are becoming more effective and efficient thanks to this creative method, which is revolutionising the defence sector. ???????? ???? ?????? ?????????? ???? ?????? ?????????? ???? ?????????? ???????????????? ? #DefenseTech #MissileSimulation #Innovation #letsconnect #Aerospace #Technology #Safety #Efficiency #Engineering #3d #modelling #design

The history of porous media air bearings stretches all the way back to machining laser fusion mirrors and spacecraft components during the cold war, and their relevance to federal and defense customers remains to this day. For machining exotic materials, missile and object tracking and satellite calibration, New Way Air Bearings offer the precision you need. #AirBearings #PorousMedia https://hubs.ly/Q02JnLZj0

?????????????????? ?????????????? ?????????????? ???????????????? ?????????????????????? ?? Learn how computer modelling may be used to improve missile technology! It is possible to guarantee safety, cut expenses, and enhance performance by precisely simulating missile trajectories and ranges. Testing and development are becoming more effective and efficient thanks to this creative method, which is revolutionising the defence sector. ???????? ???? ?????? ?????????? ???? ?????? ?????????? ???? ?????????? ???????????????? ? #DefenseTech #MissileSimulation #Innovation #letsconnect #Aerospace #Technology #Safety #Efficiency #Engineering #3d #modelling #design

From tough Engineering optimization to complex mission planning, the aerospace and defense industry demands innovative solutions. We're excited to share our latest whitepaper on Quantum Inspired Evolutionary Algorithms, which delves deep into how this technology can revolutionize your operations. Discover how to overcome industry challenges and unlock new possibilities. Stay tuned for tomorrow's release! #aerospace #defense #quantumcomputing #optimization #whitepaper #industryinnovation #QIEO ? ?

?????????????????? ?????????????? ?????????????? ???????????????? ?????????????????????? ?? Discover the power of computer simulation in missile technology ! By accurately modeling missile trajectories and ranges, we can improve performance, ensure safety, and reduce costs. This innovative approach is transforming the defense industry, making testing and development more efficient and effective. ???????? ???? ?????? ?????????? ???? ?????? ?????????? ???? ?????????? ???????????????? ? #DefenseTech #MissileSimulation #Innovation #Aerospace #Technology #Safety #Efficiency #Engineering

??????????'?? ???????????????????????? ???? ?????????????? ????????????????????? ? A recent article in SCMP claims that Chinese scientists have developed a cheap and effective stealth coating using iron. This ground-breaking technology could potentially revolutionize military aviation. ?? The coating not only reduces the aircraft's thermal signature but also absorbs and converts radar waves into heat. The process of creating this coating is reportedly simple and inexpensive, raising questions about the potential implications for global military balance. ?? What are your thoughts on this development? Could this be a game-changer in the world of aerospace? ?? #stealthtechnology #militaryaviation #china #innovation #aerospaceengineering #coatings #industrialcoatings Read more here: https://lnkd.in/ew9kmPvN

Last week, I sat among 200 delegates from aerospace & defence organisations, primes and suppliers as they discussed the success they've had with additive manufacturing so far, and what they need to take application of the technology to the next level. It included the development of standards and strategies, digital inventories and next-gen vehicles, and plenty of discussion about cost, education & training too. The conference consisted of 30+ speakers across two very long days of conferencing, so I haven't been able to include everything (and, as someone who works for an event organiser, I'd obviously encourage you to buy a ticket to such events if you want to know everything that was discussed), but this hopefully provides a flavour of last week's Defence iQ AMADS Conference and the implementation of AM in the aerospace & defence sectors generally. Additive manufacturing in defence - 5 things we learnt from the 2024 AMADS Conference >> https://lnkd.in/eS9h2VsV #3DPrinting #AdditiveMfg #Defence #Aerospace

“It doesn't matter what the part is, what it goes on, everything additive is considered high risk.” From Greek Philosophy to self-healing materials and submarine engineering to rocket engine manufacture, the 2024 Additive Manufacturing for Aerospace, Defence and Space (AMADS) Conference was the setting for a wide ranging discussion about additive manufacturing's implementation in the aforementioned fields. Across two days of conferencing, here's what we learnt - featuring the development of a formal AM strategy at the Ministry of Defence, how NATO is working to address the industry's calls for digital inventories, and why the UK is playing catch up to the US. “Compared to where we were two years ago, we are far more mature, far more coherent.” Read more >> https://lnkd.in/du5Ubvdt #3DPrinting #AdditiveMfg #Defence #Aerospace