Road trip with ExploreLearning Gizmos | ExploreLearning posted on the topic | LinkedIn (2024)

Our scale model of #Kosmosuit is here. Having a scale model is a critical step in #similitude testing & analysis before we build the full scale prototype.#spaceflight #spacesuits #humanspaceflight #scalemodel https://lnkd.in/gNh4nf-c

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Scale models are a great way to cut across multiple simulation & testing activities. Great to see the modelling & precision that goes into the activity & process of building large scale complex engineering architectures. Adam Heath #scalemodel #simulation #testing #production #engineering #miniatures

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Live, lift off Marcus Wandt! What a year for space exploration and thus inspiration and unity across planetary borders. In 2024 we will see •Marcus Wandt in space•NASA launch of Europa Clipper to explore Jupiters moon Europa (will we find conditions for life?)•Artemis II, sending humans to orbit the moon•CLPS, sending robots to the moon in search for water•JAXA of Japan, robotic mission in development with sights set for mars moons Phobos and DeimosIn my opinion we need space. We need space to unite humanity through curiosity, exploration and common big goals. We need something to marvel at. I find it completely natural that space endeavors can make life on the planet surface better. Think about it. Go outside and look up to the stars, or even better, contemplate what’s between the stars. Get inspired by the big unknown where everything is possible.

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How do we capture & recycle orbital debris on orbit for metal supply needs in space?

ESA: Watch live https://lnkd.in/dbFmQS5z - as the Euclid space telescope launches on a SpaceX Falcon 9 rocket from Cape Canaveral in Florida, USA, at 11:12 local time / 16:12 BST / 17:12 CEST today 1 July 2023ESA's Euclid mission is designed to explore the composition and evolution of the dark Universe. The space telescope will create the largest, most accurate 3D map of the Universe across space and time by observing billions of galaxies out to 10 billion light-years, across more than a third of the sky. Euclid will explore how the Universe has expanded and how and how large-scale structure is distributed across space and time, revealing more about the role of gravity and the nature of dark energy and dark matter.ESA will broadcast live from the European Space Operations Centre in Germany to cover operational milestones and hear from experts involved in this incredible mission. The transmission will be available in English on ESA Web TV and ESA's YouTube channel.16:30 Live coverage begins17:12 Euclid launch on SpaceX Falcon 917:53 Separation of Euclid from Falcon 917:57 Earliest expected time to acquire Euclid’s signalA back-up launch date of Sunday 2 July 2023 is foreseen.Mission control is GO for Euclid launch: No ESA mission can fly until the pre-launch briefing is complete and we have the all important group photo. This is the team that will fly Euclid and settle it into its new home in space, all the while ensuring its safety and the functioning of its extremely sensitive instruments, allowing it to peer ten billion years back in time to the early Universe.Briefing complete, mission control is GO for launch.On Tuesday afternoon, teams at ESA’s mission control centre in Darmstadt, Germany, completed another final crucial step in the run up to the launch of ESA’s Euclid space telescope: the dress rehearsal.After months of simulations, the team at mission control brought together the various Euclid partners and the spacecraft itself, for the final fully integrated rehearsal before launch.The rehearsal is a live re-enactment of the 'network countdown', where teams run through every step that takes place on launch day - every word spoken, every confirmation given, every button pressed.

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I am excited to share that my project, Dwayne, has had its first successful flight! This flight validated the many simulations and proved the control algorithms developed could work!#simulation #cfd #matlab #controlsystems #aerospace #rocketscience #rocketry Watch the flight below:

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Have you heard about Rocket & MiniRocket?These are two algorithms presented by an Australian research group from Monash University. The idea here is that they randomly initialize the weights of the Convolution Kernels and convolve that with the input signals - Done. These methods, while surprisingly simple, perform very well out of the box without any tunning. If you are working on CNN or TCN give Rocket and MiniRoket a go.https://lnkd.in/giKF68QJRocket: https://lnkd.in/giuh2DRtMiniRocket: https://lnkd.in/gCH4nUvS#rocket #miniRocket #libEMG #timeseriesclassification

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Want to learn about the potential of trajectory modeling on the success of cislunar missions? Sign up for this 5-part webinar series from Ansys!

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Interesting article on LEO-PNT.

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