January 9, 2020 – Reston, Va. – The American Institute of Aeronautics and Astronautics (AIAA) and Blue Origin have partnered to create Design/Build/Launch (DBL), a new competition designed to launch experimental payloads to study the effects of short-duration microgravity.
AIAA and Blue Origin invite high school students to develop creative research proposals in the fields of microgravity science or space technology and pair the experiment with a public outreach plan to share the excitement of space with others. The top proposal will be launched on Blue Origin’s New Shepard rocket and receive a $1,000 grant to prepare and develop the experiment for flight.
“There’s no better way to learn than by doing,” said Dan Dumbacher, AIAA executive director. “These students have an amazing opportunity to contribute to space research while learning how transformative aerospace can be while gaining the skills that will serve them well throughout their careers!”
AIAA and Blue Origin representatives will judge the submitted proposals on the basis of scientific/technical merit, outreach creativity, and feasibility. The winning payload is expected to fly on New Shepard in 2021. Postflight, the students will be recognized and have the opportunity to deliver their final report at ASCEND, an AIAA event dedicated to the space economy.
“Blue Origin is passionate about the future of living and working in space. Through payloads on our reusable New Shepard vehicle and our non-profit, Club for the Future, we are inspiring students to pursue careers in STEM and inviting them to visualize their own possibilities in space,” said Dr. Erika Wagner, payload sales director for Blue Origin.
3 April 2020
Announcement of Winning Team
22 May 2020
Final Report Presentation at ASCEND
Who can enter?
All active high school students, between 9th and 12th grade (or equivalent homeschooling levels) at the time of their submission. Multiple students may collaborate on a single proposal, and a lead faculty advisor must be named to receive the payload development award. The competition is open to both U.S. and international students. Please see aiaa.org/dbl for more information.
About Blue Origin: For information on Blue Origin, visit www.blueorigin.com and follow @BlueOrigin on Twitter and Instagram. To learn more about Club for the Future and our space mail program, visit clubforfuture.org and follow @ClubForFuture on Twitter and Instagram.
About AIAA: The American Institute of Aeronautics and Astronautics (AIAA) is the world’s largest aerospace technical society. With nearly 30,000 individual members from 85 countries, and 95 corporate members, AIAA brings together industry, academia, and government to advance engineering and science in aviation, space, and defense. For more information, www.aiaa.org, or follow us on Twitter @AIAA.
About ASCEND: A new event by AIAA, ASCEND is designed to drive the $1 trillion space economy forward, bringing together technical and business leaders to solve problems that affect the entire planet and beyond. The international forum also is convening traditional and nontraditional players to help build the space economy. ASCEND’s inaugural event is 16–18 November 2020 in Las Vegas, Nevada. For more information, please visit https://www.ascend.events/, or follow us on Twitter @ascendspace.
For example, the UCLA team of 11 students designed and built an experimental magnetic pump named Blue Dawn that will work in zero-gravity:
“The goal was to see if we could design an efficient fluid pump without any moving parts to work in zero-gravity, which has never been done before,” said Alexander Gonzalez, fourth-year physics major and undergrad science lead on the project. Such a low-maintenance pump would be ideal for moving various liquids on the International Space Station, and could reduce the risk of motorized pump failures for rovers and even future bases on the moon or Mars.
the effect of microgravity and other space-related stressors on the brain blood barrier. It uses fully automated tissue chip technology, a Brain-Chip, consisting of living neuronal and vascular endothelial cells in a micro-engineered environment. Results may provide insight into the relationship between inflammation and brain function and a better understanding of neurodegenerative diseases such as Alzheimer’s and Parkinson’s.
As the Sun ramps down to minimum it will have months where there is no activity, as happened in February 2019, and months, such as in March and April, where more sunspots appear.
Eventually the quiet months will become dominate, and soon thereafter, when activity increases again (assuming it does), the solar science community will then announce the date of true minimum.
We are not there. Normally it can take a year or more for the Sun to settle down. If activity declines as indicated by the red curve, it could take as long four years, which would be a record-long minimum. The difference will tell us whether the eleven-year solar cycle is continuing, or the Sun is heading into a grand minimum, with no significant sunspots for decades.
** Measuring the magnetism of Mars and Jupiter were discussed on the recent TMRO.tv episode Orbit 12.15:
Mars has been the most extensively studied planet in the Solar System, except of course Earth. For the last 25 years, these missions have focused on the search for life by “following the water.” Although we have acquired compelling evidence of flowing liquid water on early Mars, the fundamental question about how water could be stable under Martian atmospheric conditions remains unsolved. Everything we have learned about Mars points towards a freezing cold Martian climate that would be incapable of stabilizing liquid water throughout Mars’ history.
Grains of dust from the asteroid Itokawa actually contain a surprising amount of water, two cosmochemists from Arizona State University in Tempe report May 1 in Science Advances.
“We didn’t really expect water to be there in Itokawa at all,” says study coauthor Maitrayee Bose. But if similar asteroids have similar amounts of water, the space rocks could have been a major source of water for the early Earth.
The many pits surrounding Arsia Mons highlight a far greater mystery about Martian geology. Some geologists believe that the many meandering channels we see on Mars could have formed not from surface flow as generally assumed but by underground drainage that washed out voids below the ground which in turn caused the surface to subside, forming those meandering channels.
Yet, as far as I can tell, the only place where scientists have been able to identify a significant number of potential cave openings are on the volcanic slopes of Arisa Mons and its neighboring giant volcanos. There are exceptions, such as this spectacular pit at the head of a channel in the transition zone between the southern highlands and the northern lowlands, as well as two different pits, here and here, that are located in the lowlands in Utopia Basin. Overall however the bulk of pits imaged by MRO appear to be on the slopes of the giant volcanoes, with the majority so far found near Arsia Mons.
A camera on the spacecraft’s robotic arm snapped the photos on April 24 and 25, the 145th Martian day, or sol, of the mission. In local Mars time, the shots were taken starting around 5:30 a.m. and then again starting around 6:30 p.m. As a bonus, a camera under the lander’s deck also caught clouds drifting across the Martian sky at sunset.
For the first time, NASA’s Mars Odyssey orbiter has caught the Martian moon Phobos during a full moon phase. Each color in this new image represents a temperature range detected by Odyssey’s infrared camera, which has been studying the Martian moon since September of 2017. Looking like a rainbow-colored jawbreaker, these latest observations could help scientists understand what materials make up Phobos, the larger of Mars’ two moons.
Odyssey is NASA’s longest-lived Mars mission. Its heat-vision camera, the Thermal Emission Imaging System (THEMIS), can detect changes in surface temperature as Phobos circles Mars every seven hours. Different textures and minerals determine how much heat THEMIS detects.
Such measurements can help determine the composition of the moon, particularly the minerals and metals:
Iron and nickel are two such metals. Depending on how abundant the metals are, and how they’re mixed with other minerals, these data could help determine whether Phobos is a captured asteroid or a pile of Mars fragments, blasted into space by a giant impact long ago.
These recent observations won’t definitively explain Phobos’ origin, Bandfield added. But Odyssey is collecting vital data on a moon scientists still know little about – one that future missions might want to visit. Human exploration of Phobos has been discussed in the space community as a distant, future possibility, and a Japanese sample-return mission to the moon is scheduled for launch in the 2020s.
Astronomers developed a mosaic of the distant Universe that documents 16 years of observations from the NASA/ESA Hubble Space Telescope. The image, called the Hubble Legacy Field, contains roughly 265,000 galaxies that stretch back to just 500 million years after the Big Bang.
The wavelength range of this image stretches from ultraviolet to near-infrared light, capturing all the features of galaxy assembly over time. The faintest and farthest galaxies in the image are just one ten-billionth the brightness of what the human eye can observe.
“Now that we have gone wider than in previous surveys, we are harvesting many more distant galaxies in the largest such dataset ever produced,” said Garth Illingworth of the University of California, Santa Cruz, leader of the team that assembled the image. “No image will surpass this one until future space telescopes like James Webb are launched.”
This video “takes the viewer on a journey into the Hubble Legacy Field”:
This image, a composite of several observations captured by ESO’s VLT Survey Telescope (VST), shows the ESA spacecraft Gaia as a faint trail of dots across the lower half of the star-filled field of view. These observations were taken as part of an ongoing collaborative effort to measure Gaia’s orbit and improve the accuracy of its unprecedented star map.
Gaia, operated by the European Space Agency (ESA), surveys the sky from orbit to create the largest, most precise, three-dimensional map of our Galaxy. One year ago, the Gaia mission produced its much-awaited second data release, which included high-precision measurements — positions, distance and proper motions — of more than one billion stars in our Milky Way galaxy. This catalogue has enabled transformational studies in many fields of astronomy, addressing the structure, origin and evolution the Milky Way and generating more than 1700 scientific publications since its launch in 2013.
In order to reach the accuracy necessary for Gaia’s sky maps, it is crucial to pinpoint the position of the spacecraft from Earth. Therefore, while Gaia scans the sky, gathering data for its stellar census, astronomers regularly monitor its position using a global network of optical telescopes, including the VST at ESO’s Paranal Observatory. The VST is currently the largest survey telescope observing the sky in visible light, and records Gaia’s position in the sky every second night throughout the year.
** A Galaxy Grouping in 2D and 3D: Stephan’s Quintet;
In 1877, Edouard Stephan discovered a tight visual grouping of five galaxies located in the constellation Pegasus. The galaxies of Stephan’s Quintet are both overlapping and interacting, and have become the most famous among the compact groups of galaxies. Astronomers have long known that four of the galaxies (all of which are yellowish-white in this video) form a physical group in space, while the fifth (bluish) is a foreground galaxy. In addition, a sixth galaxy (yellowish-white and on the far left) is likely to be part of the physical grouping. Hence, this 2D quintet that is a 3D quartet may actually be a 2D sextet that is a 3D quintet.
This visualization makes apparent the spatial distribution of these galaxies. The video starts with a view that matches our 2D perspective. As the sequence travels in 3D, the foreground blue spiral, NGC 7320, quickly passes by the camera. The possible sixth galaxy member on the left, NGC 7320C, is seen at roughly the same distance as the remaining four galaxies. The camera turns to pass between two strongly interacting galaxies, NGC 7319 (left) and NGC 7318B (right), with each galaxy’s spiral structure distorted by the gravitational interaction. In contrast, NGC 7318B overlaps in 2D with the more distant elliptical NGC 7318A, but does not have a strong interaction. The other elliptical, NGC 7317, is also seen as more distant than the strongly interacting pair. In 3D, the four or five galaxies in this group are gathered together by their mutual gravity, and may collide and merge together in the future.
Credits: G. Bacon, J. DePasquale, F. Summers, Z. Levay (STScI)
Today, EXOS Aerospace successfully launched the SARGE reusable sounding rocket on a suborbital flight from Spaceport America near Las Cruces, New Mexico. Haven’t seen any word on the altitude reached. The rocket returned via a paraglider return for a soft landing and will be used again for future flights.
Here is the full webcast video. (Liftoff takes place at 1:21:50):
The rocket returned for a landing within a couple of hundred meters of the launch pad.
An inspection of the rocket following the landing:
Scott Manley posted a video before the launch in which he discussed the SpaceIL mission:
Japan’s ispace is another organization that began as an entrant in the Google Lunar XPRIZE and then continued after the GLXP ended. ispace, however, is a commercial company rather than a non-profit like SpaceIL. The company has raised nearly $100M in investments and has contracts with several companies and government institutions.
The latest contract is with the NGK Spark Plug company and involves testing a solid-state a battery under the harsh conditions on the Moon, particularly the extremely cold temperatures during the 2 week long nights.
Mission 1 will entail an orbit around the Moon, while Mission 2 will perform a soft lunar landing and deployment of rovers to collect data from the lunar surface.
ispace has contracted with SpaceX to carry its Lunar Lander (Moon landing spacecraft) and Lunar Rovers (Moon surface exploration robots) for the HAKUTO-R Program as secondary payloads on it’s Falcon-9 rocket. The launches for the first and second missions for HAKUTO-R will occur in mid-2020 and mid-2021, respectively.
Here is a video showing the phases of the mission to land on the Moon and deploy a small rover to explore:
This video introduces some of the people working at ispace:
And this video presents the company’s long term vision: