Maintaining secure communications and cyber is central to mission success. "The Space Cybersecurity & Zero Trust Report" sums it up well. #cybersecurity Astrobotic Blue Origin U.S. Cyber Command CERN DRONE Design European Space Agency - ESA U.S. Fleet Forces Command NASA Glenn Research Center Harvard University International Space University The Johns Hopkins University The University of Kansas Center for Creative Leadership Ursa Major NASA - National Aeronautics and Space Administration Virgin Orbit The Planetary Society Ben Louie, PMP NASA Ames Research Center SpaceX Tesla Virgin Galactic The World Bank X Y Combinator
Deep Space Dynamics
Space Research and Technology
Man goes to Mars. What man needs to live on Mars is not on Mars. We find that in the belt.
About us
We explore the planets. moons and asteroids.
- Website
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https://deepspacedynamics.us/
External link for Deep Space Dynamics
- Industry
- Space Research and Technology
- Company size
- 1 employee
- Type
- Privately Held
Employees at Deep Space Dynamics
Updates
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Deep Space Dynamics reposted this
🎉Today, ESA's #Gaia mission celebrates 10 years of science operations. Over the course of these years, Gaia scanned across 256 billion objects, taking over 3 trillion CCD measurements. Celebrate this milestone with us! Full story on Gaia's celebration 👉https://lnkd.in/gD9uuvU5
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From "Comets to Culture" to "Echos in the Crab Nebula", A&G, Geophysical Journal International has it all. It's free; Enjoy. #lookupandwonder
ras.ac.uk
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Active reporting of space weather is incumbant on having assets in place. #spacedefense Space Angels Blue Origin U. S. Coast Guard Office of Leadership Defence Australia Naval Special Warfare Command - Navy SEAL & SWCC Teams European Space Agency - ESA Firefly Aerospace NASA Glenn Research Center The Kraft Group & Affiliates Harpoon Ventures George Issac - Harvard Business School The Johns Hopkins University The University of Kansas Lockheed Martin MIT Sloan School of Management NATO Council on Foreign Relations Project Management Institute NASA Ames Research Center Mandala Space Ventures The Planetary Society Ursa Major Ursa Space Systems Virgin Galactic Virgin Orbit Y Combinator
Washington DC among US cities most vulnerable to space weather, scientists say
ras.ac.uk
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The advantage of a larger solar sail combined with a small 3U microsatellite lies in the enhanced propulsion capabilities and mission efficiency. Benefits include: Increased Acceleration - A larger solar sail can capture more solar radiation pressure, providing greater thrust to the microsatellite. This leads to higher acceleration, allowing the satellite to reach its destination faster or travel to more distant locations. Fuel-Free Propulsion - Solar sails use sunlight for propulsion, eliminating the need for conventional fuel. This makes the mission more sustainable and reduces the weight and complexity associated with carrying fuel. Extended Mission Duration - Without the limitations of fuel, a 3U microsatellite with a large solar sail can potentially operate for longer periods, as its propulsion is continuous as long as it remains illuminated by the Sun. Maneuverability - The continuous and adjustable thrust provided by a solar sail allows for more flexible mission profiles, including the ability to change orbits, perform station-keeping, or undertake deep-space missions. Cost Efficiency - The reduction in fuel requirements and the potential for longer mission durations can lead to cost savings in both launch and operational phases. This is particularly advantageous for smaller missions with tight budgets. Scalability and Versatility - Solar sails can be designed to be scalable, making them suitable for a range of mission types from near-Earth operations to deep-space exploration. The small size and low mass of a 3U microsatellite make it a versatile platform that can benefit from the increased capabilities provided by the sail. Innovation and Research - Deploying solar sails with microsatellites can pave the way for new research and technological advancements in space propulsion and small satellite applications, contributing to the broader field of space exploration. Combining a large solar sail with a small 3U microsatellite leverages the strengths of both technologies, enhancing the potential for innovative and efficient space missions to move dangerous asteroids to preapproved safe location, prospect asteroids, dwarf planets and moons for rare earths and other scarce resources. Space Angels Blue Origin Cold Office of Nuclear Energy, U.S. Department of Energy Defense Intelligence Agency Defense Information Systems Agency United States Department of Defense European Space Agency - ESA Firefly Aerospace The Kraft Group & Affiliates Harvard University International Space University The Johns Hopkins University The University of Kansas Lockheed Martin Ursa Major NASA Ames Research Center United Nations Office for Outer Space Affairs (UNOOSA) The Pew Charitable Trusts NASA Glenn Research Center SpaceX Space Command AU Tesla Virgin Orbit Virgin Galactic The Wharton School X Y Combinator
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Few NEOs, that we are aware of, are likely to pose any threat in the foreseeable future. Among them is the 390 m wide minor planet 2004 MN4 (Apophis), which will pass close to the Earth in 2029, 2035 and 2036. It was previously thought to pose a risk of hitting Earth during the 2036 encounter, but this was ruled out in late 2021, with it not estimated to pose a risk for at least another hundred years. Deep Space Dynamics can mitigate any possibility of risk from Apophis forever by moving it to a secure preapproved location. #asteroiddefense Axiom SpaceBlue Origin C Space Department for Business and Trade Department of the Navy Office of Small Business Programs European Space Agency - ESA Firefly Aerospace NASA Glenn Research Center ArianeGroup Harpoon Ventures The Johns Hopkins University The University of Kansas Lockheed Martin Ursa Major NASA Ames Research Center US Navy Council on Foreign RelationsProject Management Institute Aspen Institute Business & Society Program Raízen SpaceX The Kraft Group & Affiliates United States Space Force United States Air Force Tesla Virgin Orbit Virgin Galactic The World Bank World Economic Forum X X, the moonshot factory
Near Earth Objects (NEOs) and near misses
rmg.co.uk
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Many of these asteroids approach the Earth from sunward. They are undetectable with current assets. We don't know wheteher it explodes at 38,000 feet or at ground level until it happens. That could be catastrophic. Deep Space Dynamics will place assets in the L1, L4, & L5 orbits to to observe and intersept these dangers to America. #SpaceDefense Space Angels Blue Origin CA TechnologiesDefense Advanced Research Projects Agency (DARPA) The Economist Firefly Aerospace 500 Global Hermeus The Joint Staff The University of Kansas Lockheed Martin United States Marine Corps NASA - National Aeronautics and Space Administration NASA Jet Propulsion Laboratory NASA Goddard Space Flight Center Council on Foreign RelationsPlanetary Science InstituteRocket Lab Orville Abrahams Joseph Tazewell Stanford University Graduate School of Business University of California, Berkeley, Haas School of Business TeslaVirgin GalacticThe World Bank X
Meteor Exploded Over N.Y.C. at 38,000 MPH: 'Rare Daylight Fireball'
people.com
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Looks like it’s a good time to find a challenging experience. Let’s move some asteroids and mine them for rare earths. The American University of Paris Blue Origin U.S. Cyber Command United States Department of Defense Plan d'emploi Firefly Aerospace GHD Harvard Business Review Planetary Science Institute The Johns Hopkins University The University of Kansas SDA TAP Lab The Mars Society NASA - National Aeronautics and Space Administration NOAA: National Oceanic & Atmospheric Administration Space Operations Command Project Management Institute Planetary Science Institute U.S. Naval Research Laboratory Space Operations Command Tesla Defense Information Systems Agency Virgin Galactic The World Bank X Y Combinator
A time-tested guideline for developing managers ⏤ the 70-20-10 rule ⏤ emerged from over 30 years of our Lessons of Experience research, which explores how executives learn, grow, and change over the course of their careers: https://bit.ly/4cNpBVJ
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We are in the process of putting together a team of space-focused technical high-achievers to provide a solution to two specific problems in support of America's long-term success as a sovereign nation and its commercial outputs which maintain a democratic, free and open society. If you are in the space sector, high-energy physics, CubeSats and/or remote vehicles lets talk. You might be the most important part of the team. #AmericaFirst Students for the Exploration and Development of Space (SEDS) Blue Origin Chris Wright Daniel Schwartz Eric Townsend Firefly Aerospace SBA Great Lakes Region Harvard University U.S. Indo-Pacific Command The Johns Hopkins University Kevin Stoodley Luke Firestone Joseph Tazewell Marvin Splitt NSIN - National Security Innovation Network Orville Abrahams Paul Szymanski Quincy Hunte U.S. Naval Research Laboratory Space Operations Command Stacey Petruna SpaceX United States Space Force Blue Canyon Technologies The University of Kansas Empire State Development Virgin Galactic Naval Special Warfare Center X Y Combinator Zachary Hall
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Deep Space Dynamics reposted this
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