Category: Behind The Black
Hauser – Shostakovich’s Waltz No. 2
May 7, 2024 Quick space links
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.
- Rocket Lab touts its new Archimedes rocket engine
Just a picture. This methane-fueled engine will be used by its new Neutron rocket.
- A look at two German rocket startups
An hourlong documentary on Rocket Factory Augsburg and Isar Aerospace by Tim Dodd at Everyday Astronaut.
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.
- Rocket Lab touts its new Archimedes rocket engine
Just a picture. This methane-fueled engine will be used by its new Neutron rocket.
- A look at two German rocket startups
An hourlong documentary on Rocket Factory Augsburg and Isar Aerospace by Tim Dodd at Everyday Astronaut.
Sweden’s Esrange spaceport gets its first orbital customer
Proposed spaceports surrounding Norwegian Sea
Sweden’s Esrange spaceport today announced it has signed its firs orbital rocket customer, Perigee Aerospace from South Korea.
In its 7 May announcement, SSC explained that Perigee Aerospace expected to launch the first Blue Whale 1 mission from Esrange no earlier than 2025 following a successful maiden flight from South Korean soil.
…Blue Whale 1 is a two-stage rocket that will stand approximately 21 metres tall and feature a reusable first stage.
Esrange was originally built by an earlier version of the European Space Agency in 1964, then transferred to Sweden in 1972. Until until a orbital launchpad was installed 2023 it was solely dedicated to suborbital flights. It now is attempting to attract the new commercial rocket industry, as well as compete with the other new nearby spaceports, as shown on the map.
This new rocket from South Korea is also news, as it indicates that the fever for capitalism in space has even reached that country.
Proposed spaceports surrounding Norwegian Sea
Sweden’s Esrange spaceport today announced it has signed its firs orbital rocket customer, Perigee Aerospace from South Korea.
In its 7 May announcement, SSC explained that Perigee Aerospace expected to launch the first Blue Whale 1 mission from Esrange no earlier than 2025 following a successful maiden flight from South Korean soil.
…Blue Whale 1 is a two-stage rocket that will stand approximately 21 metres tall and feature a reusable first stage.
Esrange was originally built by an earlier version of the European Space Agency in 1964, then transferred to Sweden in 1972. Until until a orbital launchpad was installed 2023 it was solely dedicated to suborbital flights. It now is attempting to attract the new commercial rocket industry, as well as compete with the other new nearby spaceports, as shown on the map.
This new rocket from South Korea is also news, as it indicates that the fever for capitalism in space has even reached that country.
Swirls of layers and dunes at the bottom of Valles Marineris
Click for original image.
Cool image time! The picture to the right, cropped, reduced, and sharpened to post here, was taken on February 25, 2024 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). It shows a small spot of the floor of Mars’ giant canyon Valles Marineris, the largest such canyon known in the solar system, as indicated by the white dot on the overview map above.
This location is not actually at the very bottom of the canyon, but on a very large mountainous bench extending out about 20 miles from the canyon’s south rim. It seems there is a lot of dust and sand on this bench, producing many miles of swirling dunes. It also appears there are many terraced layers in the region as well, which also swirl in curves going in many different directions. Though it appears that most of the swirls in this picture are from layers in the bedrock, this conclusion is not certain. For example, are the curves on the top of the mesa dunes or bedrock layers? The answer is hardly clear.
For scale, the canyon at this location is about 80 to 90 miles wide. The northern rim rises five miles from the bottom to the top, while the south rises seven miles. And yet, though five to ten times larger than Earth’s Grand Canyon, this is only a small side spur of Valles Marineris.
Click for original image.
Cool image time! The picture to the right, cropped, reduced, and sharpened to post here, was taken on February 25, 2024 by the high resolution camera on Mars Reconnaissance Orbiter (MRO). It shows a small spot of the floor of Mars’ giant canyon Valles Marineris, the largest such canyon known in the solar system, as indicated by the white dot on the overview map above.
This location is not actually at the very bottom of the canyon, but on a very large mountainous bench extending out about 20 miles from the canyon’s south rim. It seems there is a lot of dust and sand on this bench, producing many miles of swirling dunes. It also appears there are many terraced layers in the region as well, which also swirl in curves going in many different directions. Though it appears that most of the swirls in this picture are from layers in the bedrock, this conclusion is not certain. For example, are the curves on the top of the mesa dunes or bedrock layers? The answer is hardly clear.
For scale, the canyon at this location is about 80 to 90 miles wide. The northern rim rises five miles from the bottom to the top, while the south rises seven miles. And yet, though five to ten times larger than Earth’s Grand Canyon, this is only a small side spur of Valles Marineris.
Apparently rioting in support of murderous terrorists does not win the hearts and minds of the public
Do the protesters really believe that behaving like
Hamas will get the public to support Hamas?
Courtesy of Doug Ross.
Good news: The student protests and riots on college campuses as well as at a variety of other public events in the past month in support of the terrorist organization Hamas has apparently succeeded in only one thing: tarnishing the reputations of their universities while disqualifying their own job prospects.
It appears the public really doesn’t support anti-Semitism and the killing of all Jews in Israel. Nor have the violent riots by the protesters to destroy libraries while illegally taking over campuses done anyting to change the public’s mind.
Who wudda thought it?
Instead, the public is appalled, and is showing its disgust in the past week in very public ways. For example, yesterday thirteen federal judges announced they will no longer hire law clerks from Columbia.
» Read more
Scientists: Restrict all exploration on Mars to protect our future work!
In a paper just published, planetary scientists Australia have proposed strict guidelines for any future exploration on Mars in order to prevent future colonists from doing anything that might interfere with any future research the scientists might want to do.
The thrust of the paper, they comment, is to ensure that locales of geological significance on Mars do not suffer the same damage as many sites on Earth have faced. Sites on the Red Planet can be practically conserved while still allowing science and exploration to continue, they say.
“Geoconservation allows humanity to protect Earth’s story and geological history,” the researchers observe, “so that present and future generations can experience Earth’s aesthetic beauty, conduct scientific research, connect with various cultures, adequately protect and ensure the functioning of Earth’s biology and ecosystems, and learn about the history of our planet.”
Let me translate: “We academics fear allowing others the freedom to explore. We come first. Let’s create rules that will allow us to do what we want, while forcing others to ask us for permission to do what they want.”
Sadly, this mentality now rules throughout all of western civilization’s intellectual community, and its not much different than the totalitarian top-down attitudes of the Russians and Chinese. Those in charge or better educated simply know better than everyone else, and are hell bent on telling everyone what they can and cannot do.
The first few generations of colonists on Mars, the Moon, and the asteroids are going to find their hands badly tied. Freedom will not exist.
In a paper just published, planetary scientists Australia have proposed strict guidelines for any future exploration on Mars in order to prevent future colonists from doing anything that might interfere with any future research the scientists might want to do.
The thrust of the paper, they comment, is to ensure that locales of geological significance on Mars do not suffer the same damage as many sites on Earth have faced. Sites on the Red Planet can be practically conserved while still allowing science and exploration to continue, they say.
“Geoconservation allows humanity to protect Earth’s story and geological history,” the researchers observe, “so that present and future generations can experience Earth’s aesthetic beauty, conduct scientific research, connect with various cultures, adequately protect and ensure the functioning of Earth’s biology and ecosystems, and learn about the history of our planet.”
Let me translate: “We academics fear allowing others the freedom to explore. We come first. Let’s create rules that will allow us to do what we want, while forcing others to ask us for permission to do what they want.”
Sadly, this mentality now rules throughout all of western civilization’s intellectual community, and its not much different than the totalitarian top-down attitudes of the Russians and Chinese. Those in charge or better educated simply know better than everyone else, and are hell bent on telling everyone what they can and cannot do.
The first few generations of colonists on Mars, the Moon, and the asteroids are going to find their hands badly tied. Freedom will not exist.
Musk: SpaceX and Starlink don’t use artificial intelligence
During an interview at a recent conference Elon Musk admitted that both SpaceX and Starlink have found artificial intelligence (AI) lacking, and don’t use it at all.
The irony was that prior to this admission, Musk had been extolling AI’s potential, predicting it would someday do wonderful things.
Musk, who answered questions during 27th annual Milken Institute Global Conference on Monday, spent a sizable portion of his talk extolling the benefits of artificial intelligence. At one point, he said a “truth-seeking” AI could “foster human civilization” when asked about the role the technology would play in human’s everyday lives.
But when asked whether AI could “accelerate” his efforts in space exploration, he seemed less excited about the technology. …”I mean, oddly enough, one of the areas where there’s almost no AI used is space exploration,” Musk replied. “So SpaceX uses basically no AI, Starlink does not use AI. I’m not against using it. We haven’t seen a use for it.”
Musk continued, saying that he’s been testing improved AI language models by asking them questions about space — and the results have been disappointing. “With any given variant of or improvements in AI, I mean, I’ll ask it questions about the Fermi paradox, about rocket engine design, about electrochemistry — and so far, the AI has been terrible at all those questions,” Musk said.
Here we see the visionary meet the practical engineer/businessman. Musk always looks to the future with grand visions, but when it comes time to build those visions, he never allows his vision to interfere with practicality. AI is still essentially garbage-in-garbage-out. The rush by businesses and tech-firms to blindly use has resulted in more than a few disasters.
Musk doesn’t do anything blindly. He tested AI first, found it wanting, and thus put it aside, despite believing it will someday do wonderful things.
If only more companies used this approach. If they had, they might not have blindly pushed DEI and ESG requirements that have done nothing but harm to their companies, their work forces, and their bottom lines.
During an interview at a recent conference Elon Musk admitted that both SpaceX and Starlink have found artificial intelligence (AI) lacking, and don’t use it at all.
The irony was that prior to this admission, Musk had been extolling AI’s potential, predicting it would someday do wonderful things.
Musk, who answered questions during 27th annual Milken Institute Global Conference on Monday, spent a sizable portion of his talk extolling the benefits of artificial intelligence. At one point, he said a “truth-seeking” AI could “foster human civilization” when asked about the role the technology would play in human’s everyday lives.
But when asked whether AI could “accelerate” his efforts in space exploration, he seemed less excited about the technology. …”I mean, oddly enough, one of the areas where there’s almost no AI used is space exploration,” Musk replied. “So SpaceX uses basically no AI, Starlink does not use AI. I’m not against using it. We haven’t seen a use for it.”
Musk continued, saying that he’s been testing improved AI language models by asking them questions about space — and the results have been disappointing. “With any given variant of or improvements in AI, I mean, I’ll ask it questions about the Fermi paradox, about rocket engine design, about electrochemistry — and so far, the AI has been terrible at all those questions,” Musk said.
Here we see the visionary meet the practical engineer/businessman. Musk always looks to the future with grand visions, but when it comes time to build those visions, he never allows his vision to interfere with practicality. AI is still essentially garbage-in-garbage-out. The rush by businesses and tech-firms to blindly use has resulted in more than a few disasters.
Musk doesn’t do anything blindly. He tested AI first, found it wanting, and thus put it aside, despite believing it will someday do wonderful things.
If only more companies used this approach. If they had, they might not have blindly pushed DEI and ESG requirements that have done nothing but harm to their companies, their work forces, and their bottom lines.
A quarter century after it was lost in orbit an American military test satellite has been rediscovered
A target satellite launched in 1974 as part of a military test of its surveillance satellite technology has been rediscovered in orbit twenty-five years after it was last tracked.
The Infra-Red Calibration Balloon (S73-7) satellite started its journey into the great unknown after launching on April 10, 1974 through the United States Air Force’s Space Test Program. It was originally contained in what was called “The Hexagon System” in which S73-7, the smaller satellite, was deployed from the larger KH-9 Hexagon once in space. S73-7 measured 26 inches wide (66 centimeters) and began its life heading into a 500 mile (800 kilometers) circular orbit.
While in orbit, the original plan was for S73-7 to inflate and take on the role as a calibration target for remote sensing equipment. After this failed to be achieved during deployment, the satellite faded away into the abyss and joined the graveyard of unwanted space junk until it was rediscovered in April.
After it first drifted out of contact after launch in 1974 S73-7 has been been lost and rediscovered several times, first in the 1970s, then in the 1990s, and now. It appears its radar profile makes it hard to pick up, which means it will likely be lost again.
A target satellite launched in 1974 as part of a military test of its surveillance satellite technology has been rediscovered in orbit twenty-five years after it was last tracked.
The Infra-Red Calibration Balloon (S73-7) satellite started its journey into the great unknown after launching on April 10, 1974 through the United States Air Force’s Space Test Program. It was originally contained in what was called “The Hexagon System” in which S73-7, the smaller satellite, was deployed from the larger KH-9 Hexagon once in space. S73-7 measured 26 inches wide (66 centimeters) and began its life heading into a 500 mile (800 kilometers) circular orbit.
While in orbit, the original plan was for S73-7 to inflate and take on the role as a calibration target for remote sensing equipment. After this failed to be achieved during deployment, the satellite faded away into the abyss and joined the graveyard of unwanted space junk until it was rediscovered in April.
After it first drifted out of contact after launch in 1974 S73-7 has been been lost and rediscovered several times, first in the 1970s, then in the 1990s, and now. It appears its radar profile makes it hard to pick up, which means it will likely be lost again.
SpaceX unveils the spacesuit Jared Isaacman will use to do the first private spacewalk
SpaceX this past weekend unveiled the spacesuit that Jared Isaacman will use on his Polaris Dawn mission, presently scheduled for this coming summer, to do the first spacewalk by a private citizen.
This spacewalk suit is based on SpaceX’s flight suits that astronauts presently wear when inside Dragon, but is much more capable. From SpaceX’s webpage:
Developed with mobility in mind, SpaceX teams incorporated new materials, fabrication processes, and novel joint designs to provide greater flexibility to astronauts in pressurized scenarios while retaining comfort for unpressurized scenarios. The 3D-printed helmet incorporates a new visor to reduce glare during the EVA in addition to the new Heads-Up Display (HUD) and camera that provide information on the suit’s pressure, temperature, and relative humidity. The suit also incorporates enhancements for reliability and redundancy during a spacewalk, adding seals and pressure valves to help ensure the suit remains pressurized and the crew remains safe.
Creating this suit was the main reason Isaacman’s five day orbital Polaris Dawn mission was delayed by almost two years.
I wonder what it cost SpaceX to develop this new suit. I strongly suspect it was much cheaper than the spacesuits NASA has hired Axiom and Collins Aerospace to create. It certainly has been built faster.
SpaceX this past weekend unveiled the spacesuit that Jared Isaacman will use on his Polaris Dawn mission, presently scheduled for this coming summer, to do the first spacewalk by a private citizen.
This spacewalk suit is based on SpaceX’s flight suits that astronauts presently wear when inside Dragon, but is much more capable. From SpaceX’s webpage:
Developed with mobility in mind, SpaceX teams incorporated new materials, fabrication processes, and novel joint designs to provide greater flexibility to astronauts in pressurized scenarios while retaining comfort for unpressurized scenarios. The 3D-printed helmet incorporates a new visor to reduce glare during the EVA in addition to the new Heads-Up Display (HUD) and camera that provide information on the suit’s pressure, temperature, and relative humidity. The suit also incorporates enhancements for reliability and redundancy during a spacewalk, adding seals and pressure valves to help ensure the suit remains pressurized and the crew remains safe.
Creating this suit was the main reason Isaacman’s five day orbital Polaris Dawn mission was delayed by almost two years.
I wonder what it cost SpaceX to develop this new suit. I strongly suspect it was much cheaper than the spacesuits NASA has hired Axiom and Collins Aerospace to create. It certainly has been built faster.
Rocket Lab delays first launch of new Neutron rocket
Rocket Lab has delayed the first launch of its new larger Neutron rocket from late 2024 to mid-2025 in order to complete the testing of that rocket’s new methane-fueled Archimedes engine.
Many component, subsystem, and all-up system tests will be conducted throughout the test campaign. These tests will validate Archimedes’ transient start-up, steady-state, and shut down performance. The engine test and development campaign is a key driver of the schedule for Neutron’s first launch, which the Company today confirmed is now expected to take place no earlier than mid-2025.
That testing will also certify it for use in as many as twenty flights, as the Neutron rocket is being designed from the get-go to be reusable.
Rocket Lab has delayed the first launch of its new larger Neutron rocket from late 2024 to mid-2025 in order to complete the testing of that rocket’s new methane-fueled Archimedes engine.
Many component, subsystem, and all-up system tests will be conducted throughout the test campaign. These tests will validate Archimedes’ transient start-up, steady-state, and shut down performance. The engine test and development campaign is a key driver of the schedule for Neutron’s first launch, which the Company today confirmed is now expected to take place no earlier than mid-2025.
That testing will also certify it for use in as many as twenty flights, as the Neutron rocket is being designed from the get-go to be reusable.
China successfully completes first launch of new Long March 6C rocket
China today successfully completed the first launch of its new Long March 6C rocket, lifting off from its Taiyuan spaceport in the north interior of China.
The rocket uses kerosene as its fuel, rather than the toxic hypergolic fuels used in its older rockets, and is part of an effort to replace all those older rockets. Thus, when its lower stage crashes inside China, the risks of it harming anyone is reduced somewhat. China released no information on where that first stage crashed on this first launch.
The rocket placed four satellites in orbit.
The leaders in the 2024 launch race:
47 SpaceX
19 China
6 Russia
5 Rocket Lab
American private enterprise still leads the world combined in successful launches, 54 to 31, with SpaceX by itself leading the rest of the world, including other American companies, 47 to 38.
China today successfully completed the first launch of its new Long March 6C rocket, lifting off from its Taiyuan spaceport in the north interior of China.
The rocket uses kerosene as its fuel, rather than the toxic hypergolic fuels used in its older rockets, and is part of an effort to replace all those older rockets. Thus, when its lower stage crashes inside China, the risks of it harming anyone is reduced somewhat. China released no information on where that first stage crashed on this first launch.
The rocket placed four satellites in orbit.
The leaders in the 2024 launch race:
47 SpaceX
19 China
6 Russia
5 Rocket Lab
American private enterprise still leads the world combined in successful launches, 54 to 31, with SpaceX by itself leading the rest of the world, including other American companies, 47 to 38.
Starliner launch scrubbed due to valve issue
Yesterday’s Starliner launch was scrubbed before launch because ULA had detected an issue with a valve on the Atlas-5’s Centaur upper stage, causing that valve to flutter because it had not closed in the proper position.
At the press conference that followed, ULA’s CEO Tory Bruno explained that during an unmanned launch, engineers would have simply cycled the valve, which almost always works to get it to seat properly. ULA launch rules however forbids it from doing so on a manned launch, because that would be the equivalent of fueling the tank with people on board the rocket. The Atlas-5 was initially not built for manned flights, and though it has been upgraded to man-rate it, those upgrades did not permit ULA this capability, unlike SpaceX’s Falcon 9, which get fueled entirely after the crew boards Dragon.
They are reviewing the data to see if the valve will need to be replaced. If not, the launch could happen quickly. If it does, the launch will be delayed slightly longer, but not significantly. Right now ULA, NASA, and Boeing are targeting a May 10th launch.
It is worth listening to Tory Bruno’s explanation of the situation because of its clarity. I have embedded his comments below, time-stamped to when he began speaking.
» Read more
Yesterday’s Starliner launch was scrubbed before launch because ULA had detected an issue with a valve on the Atlas-5’s Centaur upper stage, causing that valve to flutter because it had not closed in the proper position.
At the press conference that followed, ULA’s CEO Tory Bruno explained that during an unmanned launch, engineers would have simply cycled the valve, which almost always works to get it to seat properly. ULA launch rules however forbids it from doing so on a manned launch, because that would be the equivalent of fueling the tank with people on board the rocket. The Atlas-5 was initially not built for manned flights, and though it has been upgraded to man-rate it, those upgrades did not permit ULA this capability, unlike SpaceX’s Falcon 9, which get fueled entirely after the crew boards Dragon.
They are reviewing the data to see if the valve will need to be replaced. If not, the launch could happen quickly. If it does, the launch will be delayed slightly longer, but not significantly. Right now ULA, NASA, and Boeing are targeting a May 10th launch.
It is worth listening to Tory Bruno’s explanation of the situation because of its clarity. I have embedded his comments below, time-stamped to when he began speaking.
» Read more
Violet Orlandi & Malinda Kathleen Reese – May It Be
An evening pause: A nice cover of an Enya song.
Hat tip Alton Blevins. And thank you all who submitted pause suggestions, almost all of which were really amazing. Stay tuned from some good stuff.
The long delay in Israel’s final Gaza offensive has harmed everyone except the terrorists
Even the Arabs recognize these facts.
Courtesy of Doug Ross.
Despite several months of delay forced on it by the Biden administration in its effort to placate the Democratic Party’s Islamic wing, Israel today began its final offensive against Hamas’s last Gazan stronghold in the southern city of Rafah.
According to the Israeli Defense Force (IDF), “The IDF is currently conducting targeted strikes against Hamas terror targets in eastern Rafah in southern Gaza.” It has also dropped leaflets throughout Rafah telling the general population to evacuate to the west and north into areas that Israel has set up to hold non-combatant refugees.
The initiation of this offensive is likely linked to Hamas’s actions this weekend. First Hamas proudly took credit for bombing the border crossing used to bring humanitarian aid to the city. That attack killed three Israeli soldiers, and put an end to the aid. Hamas also continued to stall and refuse to negotiate, and then when it was clear the offensive was about to start it suddenly announced it had accepted a ceasefire deal offered to it by Qatar and Egypt that Israel had no part in negotiating and had already rejected.
What will happen next is somewhat unclear. Israel will without doubt be able to take Rafah and likely eliminate the remaining four or so battalions of Hamas terrorists. Will it be able to do so without a large number of civilian casualties is unclear, as Hamas has a policy of using those civilians as shields. It will likely try to do so again.
The ramifications of the long delay in this offensive are however important. It occurred partly because Israel’s army wanted to regroup, but mostly because the Biden administration has been desperately trying to prevent it. The White House has threatened Israel in a number of ways if it moved forward with the attack, most recently by putting a hold on a shipment to Israel of ammo. Biden officials have also stated several times that they are considering a major change in its policy towards Israel if the Rafah offensive occurs.
Israel’s leader Benjamin Netanyahu has repeatedly made it clear that Israel has no intention of making any peace deal with Hamas. In the past month however it did appear the Israeli government was holding off on the offensive in order to placate the White House and hopefully work out a deal to get the hostages released.
In the end, the delay has served no good purpose, and in fact has had many negative consequences, against Biden, the Gazan people themselves, and the United States.
» Read more
May 6, 2024 Quick space links
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.
- Dick Rutan, who co-piloted the first flight around the world without refueling, has passed away at 85
His brother, Burt Rutan, who built SpaceShipOne, also partnered to design the round-the-world plane.
- Rocket Labs touts the on-going construction of its Neutron rocket production facility
No details except for a picture of the building’s steel frame, now built.
- Can India’s Space Start-ups Catch Up to Elon Musk’s SpaceX?
This is a four minute media report from India. Though somewhat superficial, it clearly is in favor of a private commercial space industry.
- Chang’e-6 is carrying a surprise mini-rover
The rover is very simple, and likely capable of only a few tasks and a short life span on the surface. Nonetheless, it shows that China continues to push the envelope, taking every opportunity to improve its space capabilities.
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.
- Dick Rutan, who co-piloted the first flight around the world without refueling, has passed away at 85
His brother, Burt Rutan, who built SpaceShipOne, also partnered to design the round-the-world plane.
- Rocket Labs touts the on-going construction of its Neutron rocket production facility
No details except for a picture of the building’s steel frame, now built.
- Can India’s Space Start-ups Catch Up to Elon Musk’s SpaceX?
This is a four minute media report from India. Though somewhat superficial, it clearly is in favor of a private commercial space industry.
- Chang’e-6 is carrying a surprise mini-rover
The rover is very simple, and likely capable of only a few tasks and a short life span on the surface. Nonetheless, it shows that China continues to push the envelope, taking every opportunity to improve its space capabilities.
Another non-story about Venus
Venus as seen in ultraviolet by Mariner 10,
February 5, 1974. The identity of the material
that causes the dark streaks still remains unknown.
The uncertainty of science: In the next few days you might see a few news articles in the mainstream press touting a new study that “Now for the first time!” explains why there is no water on Venus.
Be warned. You are reading bad reporting of relatively insignificant research that some specialists studying Venus might find of interest but for everyone else is hardly news. Prior to the internet age most science reporters would have read the press release and tossed it aside. And if they tried to sell it as a story their editors would have quickly told them to find something better to write about.
How do I know this? The press release‘s title gives it away: “Venus has almost no water. A new study may reveal why.”
First, any press release that uses qualifiers like “may” or “could” or “might” guarantees a finding of less interest. Almost invariably such “discoveries” are nothing more that a new computer simulation or model that shows interesting output, but has nothing to do with new observations of actual data. In essence, this is garbage in, garbage out. The computer models might help explain things, but no one should take the results that seriously. Good scientists (of which there appear to be fewer and fewer) never do. Good journalists should do the same.
In this case that is exactly what we have. To quote:
» Read more
Venus as seen in ultraviolet by Mariner 10,
February 5, 1974. The identity of the material
that causes the dark streaks still remains unknown.
The uncertainty of science: In the next few days you might see a few news articles in the mainstream press touting a new study that “Now for the first time!” explains why there is no water on Venus.
Be warned. You are reading bad reporting of relatively insignificant research that some specialists studying Venus might find of interest but for everyone else is hardly news. Prior to the internet age most science reporters would have read the press release and tossed it aside. And if they tried to sell it as a story their editors would have quickly told them to find something better to write about.
How do I know this? The press release‘s title gives it away: “Venus has almost no water. A new study may reveal why.”
First, any press release that uses qualifiers like “may” or “could” or “might” guarantees a finding of less interest. Almost invariably such “discoveries” are nothing more that a new computer simulation or model that shows interesting output, but has nothing to do with new observations of actual data. In essence, this is garbage in, garbage out. The computer models might help explain things, but no one should take the results that seriously. Good scientists (of which there appear to be fewer and fewer) never do. Good journalists should do the same.
In this case that is exactly what we have. To quote:
» Read more
SpaceX launches 23 more Starlink satellites
It just keeps going and going: SpaceX today successfully launched another 23 Starlink satellites, its Falcon 9 rocket lifting off from Cape Canaveral.
The first stage completed its fifteenth flight, landing on a drone ship in the Atlantic.
The leaders in the 2024 launch race:
47 SpaceX
18 China
6 Russia
5 Rocket Lab
American private enterprise now leads the world combined in successful launches, 54 to 30. SpaceX by itself now leads the rest of the world, including other American companies, 47 to 37.
It just keeps going and going: SpaceX today successfully launched another 23 Starlink satellites, its Falcon 9 rocket lifting off from Cape Canaveral.
The first stage completed its fifteenth flight, landing on a drone ship in the Atlantic.
The leaders in the 2024 launch race:
47 SpaceX
18 China
6 Russia
5 Rocket Lab
American private enterprise now leads the world combined in successful launches, 54 to 30. SpaceX by itself now leads the rest of the world, including other American companies, 47 to 37.
A supernova factory
Cool image time! The picture to the right, cropped, reduced, and sharpened to post here, was taken by the Hubble Space Telescope in 2023 as part of a survey of galaxies where recent supernovae have occurred. One occurred in 2020 in this galaxy, which is about 240 million light years away and dubbed UGC 9684.
Remarkably, the 2020 supernova in this galaxy isn’t the only one that’s been seen there — four supernova-like events have been spotted in UGC 9684 since 2006, putting it up there with the most active supernova-producing galaxies. It turns out that UGC 9684 is a quite active star-forming galaxy, calculated as producing one solar mass worth of stars every few years! This level of stellar formation makes UGC 9684 a veritable supernova factory, and a galaxy to watch for astronomers hoping to examine these exceptional events.
This image provides scientists a high resolution baseline should another supernova occur. It will not only make it easier to spot a future supernova, it also increases the chances that the progenitor star that went boom could be identified.
Cool image time! The picture to the right, cropped, reduced, and sharpened to post here, was taken by the Hubble Space Telescope in 2023 as part of a survey of galaxies where recent supernovae have occurred. One occurred in 2020 in this galaxy, which is about 240 million light years away and dubbed UGC 9684.
Remarkably, the 2020 supernova in this galaxy isn’t the only one that’s been seen there — four supernova-like events have been spotted in UGC 9684 since 2006, putting it up there with the most active supernova-producing galaxies. It turns out that UGC 9684 is a quite active star-forming galaxy, calculated as producing one solar mass worth of stars every few years! This level of stellar formation makes UGC 9684 a veritable supernova factory, and a galaxy to watch for astronomers hoping to examine these exceptional events.
This image provides scientists a high resolution baseline should another supernova occur. It will not only make it easier to spot a future supernova, it also increases the chances that the progenitor star that went boom could be identified.
Watching the first manned launch of Boeing’s Starliner capsule
UPDATE: Launch scrubbed due to an issue on the upper stage. When a new launch date is announced I will put up a new post.
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The first manned launch of Boeing’s Starliner capsule is presently targeting a 10:34 pm (Eastern) launch tonight from Cape Canaveral, lifting off on ULA’s Atlas-5 rocket.
The flight will carry two NASA astronauts, Butch Wilmore and Suni Williams, and will dock with ISS a little over 24 hours later for a week of testing docked to the station.
The live stream for tonight’s launch is embedded below. Though that coverage will include several prelaunch and post launch press conferences, the key coverage of the launch itself will begin at 6:30 pm (Eastern) on May 6th, about four hours before the launch itself. It will also include the capsule’s docking with ISS on May 8th. Most of the prelaunch coverage will be NASA PR, even though the only time NASA is participating significantly is when ISS is involved. Boeing is operating the capsule and ULA is operating the launch.
UPDATE: Launch scrubbed due to an issue on the upper stage. When a new launch date is announced I will put up a new post.
———————–
The first manned launch of Boeing’s Starliner capsule is presently targeting a 10:34 pm (Eastern) launch tonight from Cape Canaveral, lifting off on ULA’s Atlas-5 rocket.
The flight will carry two NASA astronauts, Butch Wilmore and Suni Williams, and will dock with ISS a little over 24 hours later for a week of testing docked to the station.
The live stream for tonight’s launch is embedded below. Though that coverage will include several prelaunch and post launch press conferences, the key coverage of the launch itself will begin at 6:30 pm (Eastern) on May 6th, about four hours before the launch itself. It will also include the capsule’s docking with ISS on May 8th. Most of the prelaunch coverage will be NASA PR, even though the only time NASA is participating significantly is when ISS is involved. Boeing is operating the capsule and ULA is operating the launch.
Another Starship/Superheavy update
Link here. The report details the extensive work being done by SpaceX engineers and construction crews at Boca Chica, not only upgrading and testing the 30th Starship and 11th Superheavy prototypes that will fly on the fourth orbital test flight but also improving and expanding the launch facilities there.
A static fire test of both vehicles could happen in the next week or so, though this remains uncertain.
Though it appears that SpaceX will be ready to fly by mid- to late-May, the key factor on when that fourth test flight occurs remains this:
…there is still no news on when Flight 3’s mishap investigation will be completed.
That investigation is being conducted by SpaceX. Once submitted to the FAA that agency will have to review it and issue its own conclusions (essentially rubber-stamping it), something that is guaranteed to take time. In the past it took the FAA from two to seven months to do this rubberstamping, with the time shortening after each flight. There have been indications that it hopes to reduce that time even further with this and later flights. We should therefore expect it to take anywhere from one to four weeks this time.
Thus, a May launch remains unlikely, as I predicted from the get-go. Expect the launch to occur in June, which though delayed will still be an improvement over the FAA’s past red-tape approval processes.
Link here. The report details the extensive work being done by SpaceX engineers and construction crews at Boca Chica, not only upgrading and testing the 30th Starship and 11th Superheavy prototypes that will fly on the fourth orbital test flight but also improving and expanding the launch facilities there.
A static fire test of both vehicles could happen in the next week or so, though this remains uncertain.
Though it appears that SpaceX will be ready to fly by mid- to late-May, the key factor on when that fourth test flight occurs remains this:
…there is still no news on when Flight 3’s mishap investigation will be completed.
That investigation is being conducted by SpaceX. Once submitted to the FAA that agency will have to review it and issue its own conclusions (essentially rubber-stamping it), something that is guaranteed to take time. In the past it took the FAA from two to seven months to do this rubberstamping, with the time shortening after each flight. There have been indications that it hopes to reduce that time even further with this and later flights. We should therefore expect it to take anywhere from one to four weeks this time.
Thus, a May launch remains unlikely, as I predicted from the get-go. Expect the launch to occur in June, which though delayed will still be an improvement over the FAA’s past red-tape approval processes.
Russia to NASA: We’ll wait a bit before putting our astronauts on Starliner
Even though Russia and NASA have a barter deal whereby one astronaut from each country flies free on each flight of its spacecraft, Russia it appears will forego flying any Russians on Boeing’s Starliner capsule for the immediate future.
At the May 3 briefing, though, NASA officials said it was unlikely that a Russian cosmonaut would be assigned to Starliner-1 [the first operational flight after the first manned demo flight launching today]. “We expect, on the Roscosmos side, they’re more likely to want to see a long-duration flight also, so we think they’ll want to start to fly with us on Starliner-2,” said Dana Weigel, NASA ISS program manager.
That would appear to disrupt the ongoing series of seat exchanges between NASA and Roscosmos. “We’re still working through that with our Roscosmos counterparts. It’s our desire to continue to do integrated crew,” she said, adding that NASA and Roscosmos don’t have an agreement yet in place for exchanging crews in the timeframe that will include Starliner-1.
This isn’t a surprise. Russia made the same decision with SpaceX’s Dragon manned capsule, waiting until it had flown a few times before agreeing to allow its astronauts on it. With Boeing Russia might be more hesitant, consider the problems Starliner has had in development plus the overall quality control issues known to exist at Boeing.
Even though Russia and NASA have a barter deal whereby one astronaut from each country flies free on each flight of its spacecraft, Russia it appears will forego flying any Russians on Boeing’s Starliner capsule for the immediate future.
At the May 3 briefing, though, NASA officials said it was unlikely that a Russian cosmonaut would be assigned to Starliner-1 [the first operational flight after the first manned demo flight launching today]. “We expect, on the Roscosmos side, they’re more likely to want to see a long-duration flight also, so we think they’ll want to start to fly with us on Starliner-2,” said Dana Weigel, NASA ISS program manager.
That would appear to disrupt the ongoing series of seat exchanges between NASA and Roscosmos. “We’re still working through that with our Roscosmos counterparts. It’s our desire to continue to do integrated crew,” she said, adding that NASA and Roscosmos don’t have an agreement yet in place for exchanging crews in the timeframe that will include Starliner-1.
This isn’t a surprise. Russia made the same decision with SpaceX’s Dragon manned capsule, waiting until it had flown a few times before agreeing to allow its astronauts on it. With Boeing Russia might be more hesitant, consider the problems Starliner has had in development plus the overall quality control issues known to exist at Boeing.
May 3, 2024 Zimmerman/Batchelor podcast
Embedded below the fold in two parts.
To listen to all of John Batchelor’s podcasts, go here.
» Read more
Embedded below the fold in two parts.
To listen to all of John Batchelor’s podcasts, go here.
» Read more
German rocket startup Hyimpulse completes suborbital test launch
The German rocket startup Hyimpulse yesterday succesfully completed its first suborbital test launch, launching from the Southern Launch spaceport on the south coast of Australia.
The 12-metre, 2.5-tonne test rocket dubbed “SR75” lifted off shortly after 0500 GMT from a launch site in Koonibba, South Australia. It is capable of carrying small satellites weighing up to 250 kg (551 pounds) to an altitude of up to 250 km (155 miles) while being fuelled by paraffin, or candle wax, and liquid oxygen.
Paraffin can be used as a cheaper and safer alternative fuel for rockets, reducing satellite transportation costs by as much as 50%, according to HyImpulse.
The company hopes to launch its SL-1 rocket on its first orbital test flight next year.
The German rocket startup Hyimpulse yesterday succesfully completed its first suborbital test launch, launching from the Southern Launch spaceport on the south coast of Australia.
The 12-metre, 2.5-tonne test rocket dubbed “SR75” lifted off shortly after 0500 GMT from a launch site in Koonibba, South Australia. It is capable of carrying small satellites weighing up to 250 kg (551 pounds) to an altitude of up to 250 km (155 miles) while being fuelled by paraffin, or candle wax, and liquid oxygen.
Paraffin can be used as a cheaper and safer alternative fuel for rockets, reducing satellite transportation costs by as much as 50%, according to HyImpulse.
The company hopes to launch its SL-1 rocket on its first orbital test flight next year.
Alpha Divers – Kin Ha cavern in Mexico
An evening pause: To start our weekend let’s go cavern diving in Kin Ha Cavern in Mexico, also called a cenote. This is not exploration, but a commercial cave for divers, following a preset life line.
Hat tip Judd Clark.
Alpha Divers – Kin Ha cavern in Mexico
The pro-Hamas campus mobs were almost as barbaric as Hamas itself
Library destroyed by pro-Hamas mob
With the mobs of pro-Hamas protesters finally cleared from many occupied college campuses, we are now finding out just how much these rioters resembled the Hamas barbarians whose effort to murder Jews these protesters supported.
To the right is a screen capture from video taken during a short walk through of the inside of the Portland State University’s Millar Library, following the removal of the pro-Hamas rioters. The place was trashed in the most childish way. You can seem more evidence here. As noted by that report:
Paint splattered on floors. Spray-painted messages and screeds covering walls. Furniture moved and overturned. Security cameras disabled. Fire extinguishers missing and entrances blocked by stacks of chairs. “We’ve got our work cut out for us,” a facilities manager at Portland State University said Thursday as he examined the destruction left behind after a three-day occupation by pro-Palestinian protesters in Millar Library.
It also was reported that rare archival materials were stolen by the student mob.
The situation was the same at numerous universities. » Read more
SpaceX last night launched another 23 Starlink satellites
The bunny is so fast I missed one: Last night, only a few hours after SpaceX launched two satellites for Maxar, out of Vandenberg in California, the company followed this with another launch of 23 Starlink satellites out of Cape Canaveral in Florida.
The first stage completed its 19th launch, landing successfully on a drone ship in the Atlantic.
The leader board that I posted earlier today for the Chang’e-6 launch thus gave the wrong totals for SpaceX and the American launch industry. Below are the corrected numbers for the 2024 launch race:
46 SpaceX
18 China
6 Russia
5 Rocket Lab
American private enterprise now leads the world combined in successful launches, 53 to 30. SpaceX by itself still leads the rest of the world, including other American companies, 46 to 37.
Hat tip to reader MDN to letting me know.
The bunny is so fast I missed one: Last night, only a few hours after SpaceX launched two satellites for Maxar, out of Vandenberg in California, the company followed this with another launch of 23 Starlink satellites out of Cape Canaveral in Florida.
The first stage completed its 19th launch, landing successfully on a drone ship in the Atlantic.
The leader board that I posted earlier today for the Chang’e-6 launch thus gave the wrong totals for SpaceX and the American launch industry. Below are the corrected numbers for the 2024 launch race:
46 SpaceX
18 China
6 Russia
5 Rocket Lab
American private enterprise now leads the world combined in successful launches, 53 to 30. SpaceX by itself still leads the rest of the world, including other American companies, 46 to 37.
Hat tip to reader MDN to letting me know.
Curiosity’s journey in Gediz Vallis approaching its end
Click for original image.
Click for interactive map.
Cool image time! The panorama above, cropped, reduced, enhanced, and annotated to post here, was created using 31 pictures taken by Curiosity’s right navigation camera on May 1, 2024. It looks uphill into Gediz Vallis, the slot canyon that the rover has been traversing since August 2022.
The overview map to the right gives the context. The blue dot marks Curiosity’s present position. The red dotted line, on both the panorama and the overview indicate the rover’s planned route, with the white dotted line marking the route it actually traveled. The yellow lines indicate approximate the area covered by the panorama.
Coming into view inside Gediz Vallis is that small outcrop in the center of the canyon that the science team has targeted for inspection for years. It will be the last spot the rover visits in Gediz Vallis before turning west to head uphill in a parallel canyon. To see that route look at the map in this September 2023 post. Curiosity will travel west past two canyons before turning uphill again in the third.
Even then, Curiosity will still be in the low foothills at the base of Mount Sharp. The peak, blocked from view by the mountain’s lower flanks, is still 26 miles away and about 16,000 feet higher up. The journey to get there has really only begun, even after a dozen years exploring Gale Crater.
Click for original image.
Click for interactive map.
Cool image time! The panorama above, cropped, reduced, enhanced, and annotated to post here, was created using 31 pictures taken by Curiosity’s right navigation camera on May 1, 2024. It looks uphill into Gediz Vallis, the slot canyon that the rover has been traversing since August 2022.
The overview map to the right gives the context. The blue dot marks Curiosity’s present position. The red dotted line, on both the panorama and the overview indicate the rover’s planned route, with the white dotted line marking the route it actually traveled. The yellow lines indicate approximate the area covered by the panorama.
Coming into view inside Gediz Vallis is that small outcrop in the center of the canyon that the science team has targeted for inspection for years. It will be the last spot the rover visits in Gediz Vallis before turning west to head uphill in a parallel canyon. To see that route look at the map in this September 2023 post. Curiosity will travel west past two canyons before turning uphill again in the third.
Even then, Curiosity will still be in the low foothills at the base of Mount Sharp. The peak, blocked from view by the mountain’s lower flanks, is still 26 miles away and about 16,000 feet higher up. The journey to get there has really only begun, even after a dozen years exploring Gale Crater.
Scientists observe orangutan use plant to heal a wound
In what might be the most sophisticated medical treatement yet seen by a wild animal, scientists in 2022 observed an orangutan named Rakus treat a face wound with a poultice it made from a plant known by locals to have medicinal value.
Rakus was observed eating the stems and leaves of the creeper akar kuning (Fibraurea tinctoria), which local people use to treat diabetes, dysentery and malaria, among other conditions. Orangutans in the area rarely eat this plant.
In addition to eating the leaves, Rakus chewed them without swallowing and used his fingers to smear the juice on his facial wound over seven minutes. Some flies settled on the wound, whereupon Rakus spread a poultice of leaf-mash on the wound. He ate the plant again the next day. Eight days after his injury, his wound was fully closed.
Other animals have been seen using plants or insects for medicinal reasons, but none had done anything as complicated as Rakus. Nor have researchers of orangetans ever seen another do anything similar in more than two decades of research. It is thus unclear how Rakus knew what to do. Did he figure it out on the spot, or had he seen it done in the past by others when unobserved?
In what might be the most sophisticated medical treatement yet seen by a wild animal, scientists in 2022 observed an orangutan named Rakus treat a face wound with a poultice it made from a plant known by locals to have medicinal value.
Rakus was observed eating the stems and leaves of the creeper akar kuning (Fibraurea tinctoria), which local people use to treat diabetes, dysentery and malaria, among other conditions. Orangutans in the area rarely eat this plant.
In addition to eating the leaves, Rakus chewed them without swallowing and used his fingers to smear the juice on his facial wound over seven minutes. Some flies settled on the wound, whereupon Rakus spread a poultice of leaf-mash on the wound. He ate the plant again the next day. Eight days after his injury, his wound was fully closed.
Other animals have been seen using plants or insects for medicinal reasons, but none had done anything as complicated as Rakus. Nor have researchers of orangetans ever seen another do anything similar in more than two decades of research. It is thus unclear how Rakus knew what to do. Did he figure it out on the spot, or had he seen it done in the past by others when unobserved?
Lockheed Martin withdraws bid to buy Terran Orbital
Lockheed Martin yesterday withdrew its early March offer to buy the satellite manufacuture Terran Orbital, purchasing the shares it did not already own for approximately $500 million.
No reason was given, but it appears the other shareholders at Terran Orbital objected to the purchase, and Lockheed probably decided the fight wasn’t worth it.
In that proposal, Lockheed offered to acquire the roughly two-thirds of Terran Orbital stock it did not already own. Lockheed also proposed to pay more than $70 million to buy outstanding stock warrants and either assume or repay $313 million in Terran Orbital debt, putting the total value of the proposal at more than $500 million.
Lockheed, besides being a major investor in Terran Orbital, is a major customer of the company, buying dozens of its smallsat buses for programs such as satellites for the Space Development Agency. Lockheed said in its offer letter that it accounted for 81% of Terran Orbital’s backlog.
Terran Orbital responded to the proposal March 4 with a stockholder rights plan, or “poison pill” move, to prevent a hostile takeover. It acknowledged the proposal and said an independent board committee would evaluate it as part of an ongoing strategic review.
Both companies now say they will continue to work together in the future.
Lockheed Martin yesterday withdrew its early March offer to buy the satellite manufacuture Terran Orbital, purchasing the shares it did not already own for approximately $500 million.
No reason was given, but it appears the other shareholders at Terran Orbital objected to the purchase, and Lockheed probably decided the fight wasn’t worth it.
In that proposal, Lockheed offered to acquire the roughly two-thirds of Terran Orbital stock it did not already own. Lockheed also proposed to pay more than $70 million to buy outstanding stock warrants and either assume or repay $313 million in Terran Orbital debt, putting the total value of the proposal at more than $500 million.
Lockheed, besides being a major investor in Terran Orbital, is a major customer of the company, buying dozens of its smallsat buses for programs such as satellites for the Space Development Agency. Lockheed said in its offer letter that it accounted for 81% of Terran Orbital’s backlog.
Terran Orbital responded to the proposal March 4 with a stockholder rights plan, or “poison pill” move, to prevent a hostile takeover. It acknowledged the proposal and said an independent board committee would evaluate it as part of an ongoing strategic review.
Both companies now say they will continue to work together in the future.
China launches Chang’e-6 sample return mission to the far side of the Moon
The new colonial movement: China today successfully launched its Chang’e-6 sample return mission to the far side of the Moon, its Long March 5 rocket lifting off from its coastal Wenchang spaceport. Unlike the Long March 5B, whose core stage reaches an unstable orbit and later crashes uncontrolled somewhere on Earth, the core stage of Long March 5 does not, and thus returns to Earth immediately, over the ocean.
The graphic from the right, released by China’s state-run press, shows the landing zone in red on the far side. The target is the southern rim area of Apollo Crater, marked by the uneven white outline. Apollo sits inside the South Aiken Basin, one of the Moon’s largest impact basins, 1,600 miles across, and roughly indicated by the black circle. The circle to the left of Apollo indicates Van Karman crater, where Chang’e-4 landed in 2019 with the Yutu-2 rover, both still operating.
The mission includes a lunar orbiter, a lander, an ascent vehicle, and an Earth sample return capsule. If all goes as planned, the samples will return to Earth in 53 days.
The leaders in the 2024 launch race:
45 SpaceX
18 China
6 Russia
5 Rocket Lab
American private enterprise still leads the world combined in successful launches, 52 to 30. SpaceX by itself still leads the rest of the world, including other American companies, 45 to 37.
The new colonial movement: China today successfully launched its Chang’e-6 sample return mission to the far side of the Moon, its Long March 5 rocket lifting off from its coastal Wenchang spaceport. Unlike the Long March 5B, whose core stage reaches an unstable orbit and later crashes uncontrolled somewhere on Earth, the core stage of Long March 5 does not, and thus returns to Earth immediately, over the ocean.
The graphic from the right, released by China’s state-run press, shows the landing zone in red on the far side. The target is the southern rim area of Apollo Crater, marked by the uneven white outline. Apollo sits inside the South Aiken Basin, one of the Moon’s largest impact basins, 1,600 miles across, and roughly indicated by the black circle. The circle to the left of Apollo indicates Van Karman crater, where Chang’e-4 landed in 2019 with the Yutu-2 rover, both still operating.
The mission includes a lunar orbiter, a lander, an ascent vehicle, and an Earth sample return capsule. If all goes as planned, the samples will return to Earth in 53 days.
The leaders in the 2024 launch race:
45 SpaceX
18 China
6 Russia
5 Rocket Lab
American private enterprise still leads the world combined in successful launches, 52 to 30. SpaceX by itself still leads the rest of the world, including other American companies, 45 to 37.