Joel Sercel

Intelsat 33e breaks up in geostationary orbit. Space Force Tracking 20 pieces of debris so far. https://lnkd.in/gFaQNynZ

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Take a look at our paper on global forecasting of storm surges at ungauged locations through ML techniques. Our work will be preseted at the #CVPR #EarthVision workshop.#ai4eo

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At Artemis Defense Technologies, we firmly assert that the current initiatives fall short of addressing the pressing issues at hand. It's time to confront the undeniable truth: the pivotal factor lies within the realm of magnetics. Over the past month, I've been deeply entrenched in collaborative efforts spanning from Florida to Texas, engaging with key figures in the magnetic technology domain. The stark reality is this—China and Russia collectively dominate over 95% of magnetic technology enterprises and possess exclusive access to the essential raw materials for magnet production. After seeing the call of the U.S. Department of State on the urgency of this situation , I've had the privilege of witnessing groundbreaking advancements over the past two years. These developments pave the way for the realization of ultra-cost-effective hypersonic rail gun platforms. Imagine, utilizing permanent, non-electrical switchable magnets capable of exerting a staggering 65,000 lbs of pull force, all condensed into a compact package scarcely larger than a robust 7ft desktop. (Evidential video on request) Furthermore, Artemis Defense Technologies is actively collaborating with esteemed engineering and scientific partners in Texas to spearhead magnet production in the heart of Texas and Florida. These magnets are not mere components; they harbor immense potential across diverse sectors, from revolutionizing healthcare through ultra-cost-effective MRI technology to propelling the next generation of missiles, green energy initiatives, and nuclear reactors. Recently, we extended an invitation to Bryan S., providing him an exclusive glimpse into our proposed expansive 165,000 Sq Ft facility in Tampa. His insights were invaluable as we chart our course forward. Our mission is clear—we refuse to engage in mere posturing; instead, we're committed to immediate action, supplying NATO with tangible, game-changing capabilities here and now. But our ambitions don't halt there; we envision replicating this transformative capability in strategic locations such as the UK and Australia, ensuring a global paradigm shift in defense and technology. Craig Seckerson Bobby Sakaki James Earl Peter Campbell SpaceX Tesla Greg Abbott U.S. Department of State United States Department of Defense Marvina C. Xalles Holdings, Inc. Lockheed Martin Battelle SAIC Northrop Grumman Babcock International Group BAE Systems Evan Trevors Anduril Industries Andrea Traversone NATO Support and Procurement Agency (NSPA) Gary Mortimer NASA Jet Propulsion Laboratory NASA - National Aeronautics and Space Administration Blue Origin Jim Mulholland Russ Wells Maxine Davenport Justin Hannewyk Palmer Luckey Christian Brose Brian Schimpf. US Navy USAF SBIR/STTR US Army U.S. Army Engineer Research and Development Center (ERDC) SOFWERX

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NASA is soliciting industry proposals to carry out rapid studies of mission designs and mission elements capable of delivering samples collected by the Mars Perseverance rover from the surface of Mars to Earth. NASA recognizes that U.S. industry has innovative ideas and substantial capabilities that may be relevant to a Mars Sample Return campaign. This Rapid Mission Design Studies for Mars Sample Return program element (henceforth “program element”) seeks to establish whether there are viable mission designs or mission element options, such as a smaller Mars Ascent Vehicle, to return samples from Mars that offer benefits (e.g., less complexity, lower overall cost, lower annual cost, earlier sample return, and/or lower risk; see Section 3.4) compared to NASA’s reference mission design. Studies may be for complete mission designs, for mission designs that include elements of NASA’s Mars Sample Return Program or NASA’s Artemis Program as Government Furnished Equipment (GFE), or for individual mission elements; see Section 3.2. The results of these studies may inform revisions to NASA’s Mars Sample Return Program and may result in future procurements. go.nasa.gov/rasmsr24

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