An evening pause: The pianist from the Doors describes how this song was created. If you want to hear it as performed, go here, which notes, “This was the last song recorded by the members of The Doors, according to Manzarek, as well as Morrison’s last recorded song to be released.”
Hat tip Doug Johnson
Click for original image.
Cool image time! The picture to the right, cropped and reduced to post here, was taken on August 27, 2023 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). It was featured by MRO’s science team yesterday, in which Shane Byrne of the Lunar and Planetary Lab University of Arizona wrote the following:
River beds often get filled with gravel and the surrounding terrain is often built up of fine-grained mud from river overflows. The gravely river bottom and the fine-grained surroundings can lead to a strange phenomenon that geologists call inverted channels. After the river disappears, the fine-grained surroundings can be easily eroded away leaving the gravely river bed as a high-standing ridge.
These ridges show the location of the old river beds in Mars’ distant past. The angle at which the ridges join together indicate that these rivers flowed from top-right to bottom-left (i.e. southwest).
The picture above is a mosaic produced from the global survey taken by MRO’s lower resolution context camera. It gives us a fuller picture of this river system, with the rectangle showing the small area covered by the photo on the right. Overall this ancient and extinct river of ridges travels more than thirty miles downhill from the northeast to the southwest.
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The modern basis of medical research in the dark age
Our bankrupt “elite” academia: It appears that Harvard’s former president, Claudine Gay, was not the exception but the rule at Harvard. Much if not almost all of Gay’s meager published work has now been found to have been plagerized from others. Now we have news that numerous papers published by four senior researchers (and managers) at Harvard’s Dana-Farber Cancer Institute are either being retracted or revised because of “allegations of data falsification.”
In the emailed statement to The Crimson, DFCI Research Integrity Officer Barrett J. Rollins wrote that six manuscripts have retractions underway and 31 are being corrected. The corrections come amid claims of data manipulation against DFCI President and CEO Laurie H. Glimcher ’72, Executive Vice President and COO William C. Hahn ’87, Senior Vice President for Experimental Medicine Irene M. Ghobrial, and Harvard Medical School professor Kenneth C. Anderson. The allegations of misconduct were first compiled and publicized in a Jan. 2 blog post by data sleuth Sholto David.
In the statement, Rollins wrote that David contacted DFCI with allegations of data manipulation in 57 manuscripts. According to Rollins, 38 were articles in which DFCI researchers “have primary responsibility for the potential data errors.”
Sierra Space yesterday confirmed that the pressure test-to-failure of a fullscale inflatable space station module was successful in proving its safety and design.
The pressure shell for Sierra Space’s LIFE™ (Large Integrated Flexible Environment) habitat is made of expandable “softgoods,” or woven fabrics that perform like a rigid structure once inflated. During an Ultimate Burst Pressure (UBP) test, the teams inflate the test article until it fails, which helps determine how strong its softgoods materials would be under extreme stresses in the harsh environment of space. The full-scale unit in this test reached 77 psi before it burst, which well exceeds (+27%) NASA’s recommended level of 60.8 psi (maximum operating pressure of 15.2 psi multiplied by a safety factor of four).
A short video showing the moment the module bursts can be seen here.
The module is for the Orbital Reef commercial space station that Sierra Space is building in partnership with Blue Origin, which is supposed to be the lead company in the project. However, it is Sierra Space that appears to be building and testing hardware. What Blue Origin is doing remains unclear, as has been the case now for five-plus years.
In a slightly more detailed status update today, the engineering team that operates the Mars helicopter Ingenuity has confirmed that the helicopter is healthy and apparently undamaged after its 72nd flight.
During that last flight, a vertical up-and-down hop to allow communications with the helicopter and thus obtain better information as to its status and location, contact was lost as Ingenuity descended to land.
On Saturday, Jan. 20, communications were reestablished between Ingenuity and NASA’s Perseverance rover. The Ingenuity team has determined the helicopter is power-positive and is sitting vertically on the surface. Next steps include running further diagnostic checks, commanding Ingenuity to take photos of its location on the surface, and performing a spin test.
It is still unclear if full communications have been restored. Ingenuity must be within line-of-sight of the rover Perseverance for this to happen, and it appears that still might not be so. During its 71st flight the helicopter landed prematurely in an unexpected spot, apparently limiting communications significantly. The 72nd flight was likely to locate it more precisely and gather data.
China early today successfully placed five satellites into orbit, its new solid-fueled Lijian-1 rocket lifting off from its Jiuquan spaceport in the northwest of China.
This was the third flight of this rocket. No word on where its lower stages crashed inside China.
The 2024 launch race:
6 SpaceX
6 China
1 India
1 ULA
1 Iran
1 Japan
Click for original image.
This cool image poses a mystery that might be important for future colonists. The picture to the right, cropped, reduced, and sharpened to post here, was taken on October 23, 2023 by the high resolution camera on Mars Reconnaissance Orbiter (MRO).
The science team merely labels this vaguely as simply “landforms.” What it appears to be is an ancient flow of mudlike material or a delta that moved from the west to the east. Its nature is even more evident in the full picture. The top of the delta however appears corroded and old, with a number of craters on top suggesting it has been here for a long time.
Its mudlike appearances suggests water was involved, possibly as ice impregnated within the soil. However, the location says no, unless this occurred so long ago that the entire climate of Mars and this region was vastly different. And in fact, it might have been.
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The smart phone: Proven very bad for kids
Link here. The article is a detailed look at the growing body of evidence that now strongly suggests that the use of smart phones by young children is very bad for the development of their brains, and leads to numerous mental and physical issues later in life.
The article describes numerous studies that have tracked a sudden rise in childhood behavioral problems, beginning in the early 2010s, when smart phones started to be ubiquitous. For example,
In 2008, psychotherapist Tom Kersting, who worked as a school counselor for 25 years, saw a rise in attention-deficit/hyperactivity disorder (ADHD) diagnoses in children over age 8. ADHD tends to be detected in early childhood after a child starts school. However, he has witnessed increasing diagnoses in teenagers and adults. While it could be possible that some of these teens were missed by clinicians when they were young, Mr. Kersting suspects that some developed symptoms of ADHD due to screen use.
Around 2012, when 30 percent of teenagers had a smartphone, he started to see rebellious behavior and anxiety disorders becoming more common among children. Young adults and teenagers growing up now also tend to be more antisocial and have reduced emotional resilience, which may be related to insufficient in-person socializing due to spending most of their time behind screens. “It’s not just the amount of time spent in the cyber world,” Mr. Kersting told The Epoch Times, “but also what they missed out on: outside play and social learning.”
Other studies have found similar rises during this same time period in childhood depression, anxiety, autism, and an inability to control their emotions.
» Read more
Click for original image.
Time for another cool image from the Hubble Space Telescope. The picture to the right, cropped, reduced, and sharpened to post here, was taken by Hubble to study “the overall physical characteristics of galaxies and their star formation.”
What the picture however reveals best is the ongoing merger of three galaxies.
Arp 300 consists of two interacting galaxies, UGC 05028 (the smaller face-on spiral galaxy) and UGC 05029 (the larger face-on spiral). Likely due to its gravitational dance with its larger partner, UGC 05028 has an asymmetric, irregular structure, which is not as visible from ground-based telescopes but is quite distinct in this new image from NASA’s Hubble Space Telescope. The bright knot visible to the southeast of the center of UGC 05028 may be the remnant of another small galaxy that is in the process of merging with that galaxy.
As always with Hubble galaxy images, there are a plethora of other background galaxies scattered about, including what appears to be another merger in the center right of two elliptical galaxies. In fact, except for one star in the lower right (with the four spikes), every other object in this photo is a galaxy of many shapes and distances.
Click for interactive map.
Click for original image.
Cool image time. The picture to the right, cropped, reduced, and enhanced to post here, was taken today by the left high resolution camera on the Mars rover Perseverance.
Though I am guessing somewhat, I think this image looks east and down into the floor of Jezero Crater, as indicated by the yellow lines in the overview map above. The mountains in the distance are not the easter rim of Jezero, which is generally indistinct, but some peaks inside the crater itself. They appear higher because Perseverance is looking down at them from the delta, near the western rim.
The white line on the map shows the rover’s entire journey so far since landing in February 2021, about 14.77 miles. Since Perseverance’s recent travels should be within this picture, and I can see no rover tracks, it suggests my guess as to what the picture looks at could be very wrong. No matter. Up until now the landscape inside Jezero Crater has in general been less spectacular than seen by Curiosity in Gale Crater many miles away. This picture however shows us that Perseverance can provide us some good views also. It is also a precursor to the views we shall get once the rover exits Jezero and begins to explore the rough regions to the west.
Map showing SLIM landing zone on the Moon.
Click for interactive map.
Once they were able to download sufficient data, engineers have intentionally shut down Japan’s lunar lander SLIM in order to increase the chances it will recover should sunlight hit its solar panels and recharge its batteries.
The shutdown occurred three hours after landing on January 19, 2024, when the batteries still has a charge of about 12%.
Before turning the lander off remotely, mission control was able to receive technical and image data from its descent, and from the lunar surface. “We’re relieved and beginning to get excited after confirming a lot of data has been obtained,” JAXA said Monday in a statement, adding that “according to the telemetry data, SLIM’s solar cells are facing west”.
“If sunlight hits the Moon from the west in the future, we believe there’s a possibility of power generation, and we’re currently preparing for restoration,” it said.
The landing took place in the morning on the Moon, so there is a chance that in about a week, when the Sun shifts to the western sky, the panels will get sunlight and begin to recharge the battery.
Meanwhile, engineers confirmed that the two experimental mini-rovers were successfully deployed (see the media kit [pdf] for more details). At the moment we do not know if they have operated as planned, one rolling and the other hopping.
Iran today claimed its second satellite launch in less than four months, placing a smallsat into an orbit its state-run press said was 466 miles high.
As yet this launch has not been confirmed by the U.S. military or any other sources. Like its previous launch in September, the information released is so slim it is unclear if the satellite is in orbit or not. This launch however used a new three-stage solid-fueled rocket dubbed Qaem-100, and from the image released, appears powerful enough to do the job.
Meanwhile, SpaceX once again scrubbed a Starlink launch, the third time in three days, due to weather, illustrating once again that despite the company’s almost clockwork ability to launch, its goal of reaching 150 launches in 2024 could be stymied simply by not having enough clear days where weather is not a problem.
The 2024 launch race:
6 SpaceX
5 China
1 India
1 ULA
1 Japan
1 Iran
Click for original image.
Scientists have finally opened the sample capsule from OSIRIS-REx to see the prime asteroid material obtained from the asteroid Bennu during the spacecraft’s touch-and-go sample grab.
The captured material inside the capsule can be seen in the picture to the right. It is the debris inside the ring.
Erika Blumenfeld, creative lead for the Advanced Imaging and Visualization of Astromaterials (AIVA) and Joe Aebersold, AIVA project lead, captured this photograph of the open TAGSAM head including the asteroid material inside using manual high-resolution precision photography and a semi-automated focus stacking procedure. The result is an image that shows extreme detail of the sample.
Next, the curation team will remove the round metal collar and prepare the glovebox to transfer the remaining sample from the TAGSAM head into pie-wedge sample trays.
The final mass of material will be determined once it is removed and weighed, though the team has already recovered more than 70 grams that had clung to the outside the capsule, which in itself exceeded the mission’s targeted goal.
Click for interactive map.
Updates from the engineering team that operates the Mars helicopter Ingenuity in the past two days have suggested the helicopter might be in trouble. First the team issued a status update yesterday that indicated communications had been lost prematurely during the helicopter’s 72nd flight.
The flight was designed as a quick pop-up vertical flight to check out the helicopter’s systems, following an unplanned early landing during its previous flight. Data Ingenuity sent to the Perseverance rover (which acts as a relay between the helicopter and Earth) during the flight indicates it successfully climbed to its assigned maximum altitude of 40 feet (12 meters). During its planned descent, communications between the helicopter and rover terminated early, prior to touchdown.
A further update today said that communications had been regained, but also noted that the engineering team still did not have a full understanding of the helicopter’s status.
We’ve reestablished contact with the #MarsHelicopter after instructing @NASAPersevere
to perform long-duration listening sessions for Ingenuity’s signal.
Based on the information released (or lack thereof) from the previous flight, the 71st, it is my sense that the situation is not as dire as these reports suggest, and that the situation might simply be related to issues of communications. Let me explain why I have come to this conclusion.
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Embedded below the fold in two parts.
To listen to all of John Batchelor’s podcasts, go here.
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An evening pause: This video I think is excellent for taking us into the weekend. It shows nine different Starlink launches simulataneously, illustrating in a creative way how incredibly routine and reliable SpaceX’s Falcon 9 has become.
Hat tip Steve Golson.
Courtesy of BtB’s stringer Jay. This post is also an open thread. I welcome my readers to post any comments or additional links relating to any space issues, even if unrelated to the links below.
To be launched on a Falcon 9, scheduled for January 29, 2024.
Note: Jay corrects me. He is off next week on business so no quick updates. His ham radio DX trip is February 16 to March 8, but during that time he will send us updates via Starlink.
13-year-old J.A., prepped to cheer for his favorite
local high school football team
They’re coming for you next: The parents of a 13-year-old boy, identified only as J.A., are now suing the school principal who suspended their son for two days and banned him from all future sports activities because the middle-schooler had put on black “warrior” face paint under his eyes and on his cheeks, as football players often do and as shown in the picture to the right, in order to properly cheer for his football team at a game.
The principal of his school, part of the San Diego Unified School District, claimed it was “blackface,” though he never interviewed the boy, this companions, or anyone involved before issuing his banning edicts. For example, the boy had not even known what blackface was prior to this event. Moreover, no one at the game had complained or had been offended, and in fact, one black security guard joked with the boy, saying he should have made the spikes on the side higher, covering even more of his face.
“We’re suing the principal directly, the superintendent and then the people who made the decision to rubber-stamp the principal’s ridiculous decision to suspend J.A.,” Attorney Karin Sweigart said.
According to managers at Japan’s space agency JAXA, its SLIM lunar lander successfully completed its soft landing on the Moon.
It appears SLIM’s solar cells are not producing power. The spacecraft is presently on battery power, which will only last a few hours. Engineers are presently rushing to download images, taken during descent and after landing. There is also no word yet on whether the two test rovers were successfully released and achieved their test goals.
To precisely determine if the lander achieved its goal to hit a precise landing zone less than 300 feet across will require further analysis, much of which will depend on the images presently being downloaded. At the moment the engineers believe this goal was achieved, however, based on the telemetry already received.
Thus, it appears Japan has managed a soft-landing, something that in the past few years several countries (Israel, Russia, India, United States) and private companies (SpaceIL, Ispace, Astrobotic) have failed to do. Right now Japan appears to be the third nation to succeed in this new round of lunar exploration, joining China and India (which succeeded on its second attempt).
The next lunar landing attempt will be by the American private company, Intuitive Machines. Its Nova-C lander is scheduled for launch on a Falcon 9 rocket in mid-February.
According to telemetry data (as shown on the screen capture to the right), Japan’s SLIM lander has apparently landed on the Moon near Shioli Crater, proving its autonomous precision landing system worked as planned.
At the moment however Japan’s space agency JAXA has not yet confirmed that the landing was completely successful. After landing the announcers on the live stream repeatedly noted that though the telemetry indicated it had landed as planned, engineers had not yet confirmed that the lander was still operational. Note how the data to the right suggests the spacecraft is tilted slightly. This tilt appears to match the tilt of the surface, but it could also indicate a problem with communications.
A press conference announcing either a confirmation or a failure will begin shortly at the live stream above.
The Chinese pseudo-company Landspace successfully completed a rocket hop flight of its Zhuque-3 prototype hopper yesterday, testing vertical take-off and landing in preparation of recovering and reusing the first stage of its rockets.
The hop itself went to 350 meters and performed a small translation maneuver to the landing pad. The hope is called “ZQ-3 VTVL-1” which refers to “Vertical Takeoff – Vertical Landing”. It uses a single TQ-12 methane engine, which is also used on the current ZQ-2 rocket. The engine can throttle between 50-110% of the normal 80 tons of thrust, giving it a throttle range between 40 and 88 tons. The performed flight went on for roughly 60 seconds. The weight of the hopper is 50.3 tons.
Landpace confirmed the landing precision with 2.4 meters, with a landing speed of 0.75 meters per second, at a pitch angle of roughly 0.14 degrees, and a roll angle of 4.4 degrees. The hopper survived the hop and is already being inspected after the flight.
Video of the hop can be viewed at the link. The hopper is almost identical in concept to SpaceX’s Grasshopper test vehicle used by that company, flying with one engine of the same type used in its operational rocket.
If their test program continues as planned, Landspace hopes to begin flying reuseable stages in 2025, with that first stage capable of flying 20 times.
Of all the pseudo-companies in China, Landspace appears to be the most successful. It not only has an operational orbital rocket, Zhuque-2, that has carried satellites into orbit twice (here and here), it is very close to achieving rocket reuseability competitive with SpaceX.
At about 3:50 pm (Eastern) yesterday, the lunar lander Peregrine, built by the private company Astrobotic, hit the Earth’s atmosphere above the South Pacific and burned up, according to an update from the company.
The mission is over, having failed to reach the Moon due to a ruptured propellant tank caused by a leak in an interior helium tank.
The company was successful in regaining control over the mission after the leak, activating all payloads and getting data back from them, including images and even a short movie. It was also able to communicate with it from lunar distances. It failed however in testing its landing capabilities, its primary mission.
Courtesy of BtB’s stringer Jay. Note: This post is now officially an open thread. I welcome my readers to post any comments or additional links relating to any space issues, not just the links below.
They have 6 major tasks, including 4 launch missions and 2 recovery missions, with the six astronauts for those missions already chosen.
The reduction is because the construction phase of the Tiangong-3 station is now complete, and shifted into its operational phase. At the same time, China notes it can fly the Long March 7 rocket that carries Tianzhou twice within 3 months, if necessary.
They have added additional hardware to protect the engines better during return and splashdown.
Another boring congressional hearing that will change little.
After Brexit the UK lost access to some EU systems. This Viasat system can replace it.
Essentially it will be fuel truck that will bring fuel from a depot to a satellite.
Krikalev, one of Russia’s most famous astronauts, had been laid off from his job in Roscosmos, apparently due to differences with the agency’s administrator. This appointment appears to be a consolation prize.
Re-entry is expected later today.
They’re coming for you next: SpaceX today successfully launched three European astronauts (plus the company capsule commander) to ISS on an Axiom private mission, its Falcon 9 rocket lifting off from Cape Canaveral at 4:49 pm (Eastern).
The capsule, Freedom, is flying humans into space for its third time. The first stage successfully completed its fourth flight, landing back at Cape Canaveral.
The mission itself is private, but the customer is the European Space Agency, which has paid the company Axiom to bring its astronauts to ISS for a fourteen day mission. Axiom in turn hired SpaceX to provide the rocket and capsule. This flight is confirmation that Europe has accepted the concept of capitalism in space, whereby it no longer depends on governments to accomplish what it wants, but instead is a customer buying those products from the private sector.
The astronauts are expected to dock with ISS early tomorrow morning.
The 2024 launch race:
6 SpaceX
5 China
1 India
1 ULA
1 Japan
Modern academia, proudly marching with Lenin!
Yesterday I linked to a student newspaper article at the University of Alberta advocating more regulation over all space activity, focused on replacing private ownership with collective ownership while simultaneously imposing Marxist racial quotas to get rid “old white men”.
Today there was another story from academia demanding similar regulation. On January 12, 2024 there was a public panel discussion at Arizona State University (ASU), where four academics argued for the need for more government regulation of space. The description of the panel’s goals at the event’s website gives us a good hint of the goals of these academics:
Space exploration and utilization is a rapidly expanding sector, and there is growing consensus that the complex space governance system must evolve with it. Faced with this dynamic nature, in this fireside chat, with leading experts in space governance, policy law and space science, we present a clear framework for conceptualizing the space governance system as a tool for discussions on space law and policy, demystifying its structure and the actors, instruments and collaborations within it. We then consider key debates in the space policy field within this framework from a global and transdisciplinary perspective.
This is typically bad academic writing, designed to intentionally hide its meaning. One of the panelists however translated it most bluntly in this quote from article about the event:
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Click for original figure from paper.
Using data obtained from Europe’s Mars Express orbiter, scientists believe they have detected evidence of a very large and extensive deposit of buried ice in the dry Martian equatorial regions, buried within the Medusae Fossae Formation, what is thought to be the largest volcanic ash deposit on Mars.
The blue-to-orange areas inside the Medusae on the map to the right, taken from figure 5 of the paper, shows where they have detected potential buried ice, at depths ranging from one to two thousand feet below the surface. The orange areas indicate the thickest ice deposits, as much as two miles thick. From the paper’s abstract:
The MARSIS radar sounder [on Mars Express] detects echoes in Medusae Fossae Formation deposits that occur between the surface and the base which are interpreted as layers within the deposit like those found in Polar Layered Deposits of the North and South Poles. The subsurface reflectors suggest transitions between mixtures of ice-rich and ice-poor dust analogous to the multi-layered, ice-rich polar deposits.
Assuming this detection is real, this would be the largest reservoir of potential water in the dry equatorial regions found yet, comparable to another similar buried detection deep below the giant canyon Valles Marineris but much larger.
Accessing this water however will not be simple, as it is deep underground. You couldn’t just drill a well, as it is ice, not a liquid water table. It would have to mined like minerals on Earth. There are uncertainties about this conclusion as well. It is possible the detection is not water but volcanic ash or dust compacted in a way that mimics an ice detection.
SpaceX has now filed for permits to build both a shopping center and restaurant at Boca Chica, with construction beginning in March and completed by the end of the year.
The location proposed is on the beach only a short distance to the west of SpaceX’s Starship/Superheavy facilities. It will be located looking north not at the Gulf of Mexico but at South Bay, one of the large inlets that surround the spit of land where those facilities are located. It is also located on roads that might not close during launches, which means it might be an excellent location to attract tourists during launches, about six miles from the launch site itself.
Map showing SLIM landing zone on the Moon.
Click for interactive map.
The Japanese unmanned lunar lander SLIM, in orbit around the Moon since December 25, 2023, has now lowered its orbit in preparation for its lunar landing attempt, now scheduled for tomorrow, January 19, 2024, with operations beginning at 10:00 am (Eastern).
The image to the right indicates the targeted landing area near Shioli Crater. The mission’s prime engineering goal is to demonstrate precise robotic landing technology, able to land a spacecraft softly on another planet within a target zone less than 300 feet across. If successful it is expected to survive for about two weeks, studying the surface below it with a multi-spectral camera but also releasing two test probes, one a hopping rover and the second a rolling spherical rover. Both carry their own science instruments.
I have embedded the live stream for tomorrow’s landing below.
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