Category: Behind The Black
More results from New Horizons
Today’s press conference did not release any significantly new images. In fact, they did not provide much new information at all. They noted that based on the data obtained so far, they have confirmed that Ultima Thule has no moons closer than 100 miles, or further than 500 miles, but they have not yet gotten the data that looks in that gap.
They created a stereoscopic image using two images produced thirty minutes apart. This helps tell us where the bumps and depressions are on the surface, something that cannot be clearly determined from the first image because the sun was shining directly on it, producing no shadows. From this it appears that the smaller lobe has a very significant bump. More data from New Horizons will have to be downloaded to confirm this.
The reddish color of Ultima Thule places it in the center of a class of Kuiper Belt objects dubbed cold classical objects. This will help them better determine its make-up as more data arrives.
Overall, this press conference was mostly hype. They don’t yet have enough data from the spacecraft, and won’t have it for weeks. I’m therefore puzzled why they bothered today, unless they did it simply to keep the hype up about the mission so as to encourage funding to look for another object to fly past.
Today’s press conference did not release any significantly new images. In fact, they did not provide much new information at all. They noted that based on the data obtained so far, they have confirmed that Ultima Thule has no moons closer than 100 miles, or further than 500 miles, but they have not yet gotten the data that looks in that gap.
They created a stereoscopic image using two images produced thirty minutes apart. This helps tell us where the bumps and depressions are on the surface, something that cannot be clearly determined from the first image because the sun was shining directly on it, producing no shadows. From this it appears that the smaller lobe has a very significant bump. More data from New Horizons will have to be downloaded to confirm this.
The reddish color of Ultima Thule places it in the center of a class of Kuiper Belt objects dubbed cold classical objects. This will help them better determine its make-up as more data arrives.
Overall, this press conference was mostly hype. They don’t yet have enough data from the spacecraft, and won’t have it for weeks. I’m therefore puzzled why they bothered today, unless they did it simply to keep the hype up about the mission so as to encourage funding to look for another object to fly past.
2018 – One Of The Least Extreme Weather Years On Record
Link here. For the past half decade or so global warming activists both in and out of the climate science community have been pitching the idea, based on literally no evidence, that increased CO2 in the atmosphere would cause an increase in extreme weather events.
The article at the link illustrates how badly that prediction is turning out. In fact, it was clear five years ago that there was no trend visible in the amount of extreme weather events, and that lack of a trend has continued since.
The bottom line remains: The uncertainties in the field of climate science remain gigantic. Our knowledge of how the climate functions remains poor and somewhat limited. And any theory about the consequences of the increase in CO2 in the atmosphere remains tentative and unproven, at best.
Good science is based on cold-hearted skepticism and a recognition of the uncertainties in our knowledge. To be a good scientist you have to strive for intellectual honesty every moment of your life.
For the past two decades the climate science community has decided to abandon these fundamentals, and pushed hard instead to confirm the theory that a trace gas in the atmosphere (carbon dioxide) can cause significant global warming. And they have pushed this theory regardless of the facts. Sometimes they have even pushed this theory despite the facts. Sometimes they have even changed the facts to conform to the theory.
This corruption of scientific principle has harmed the reputation of science badly, and made future work in this field difficult, because much of the data that exists now has been tampered with in ways that make much of it untrustworthy.
Worse, it appears that this is all a terrible indicator of the corruption of our entire society. Everywhere I look, intellectual honesty has been abandoned. Instead, we have become a society of unruly children, picking petty twitter fights based on minor details we pick and choose at our convenience in order to prove our point. Thoughtful consideration of all the facts has become abandoned. And if you try to encourage it, you are called names and blackballed.
Under these circumstances, I do not see a civilized way to recover our society. It seems that very bad times must happen first. Whether we can then recover our civilization afterward remains an open question.
Link here. For the past half decade or so global warming activists both in and out of the climate science community have been pitching the idea, based on literally no evidence, that increased CO2 in the atmosphere would cause an increase in extreme weather events.
The article at the link illustrates how badly that prediction is turning out. In fact, it was clear five years ago that there was no trend visible in the amount of extreme weather events, and that lack of a trend has continued since.
The bottom line remains: The uncertainties in the field of climate science remain gigantic. Our knowledge of how the climate functions remains poor and somewhat limited. And any theory about the consequences of the increase in CO2 in the atmosphere remains tentative and unproven, at best.
Good science is based on cold-hearted skepticism and a recognition of the uncertainties in our knowledge. To be a good scientist you have to strive for intellectual honesty every moment of your life.
For the past two decades the climate science community has decided to abandon these fundamentals, and pushed hard instead to confirm the theory that a trace gas in the atmosphere (carbon dioxide) can cause significant global warming. And they have pushed this theory regardless of the facts. Sometimes they have even pushed this theory despite the facts. Sometimes they have even changed the facts to conform to the theory.
This corruption of scientific principle has harmed the reputation of science badly, and made future work in this field difficult, because much of the data that exists now has been tampered with in ways that make much of it untrustworthy.
Worse, it appears that this is all a terrible indicator of the corruption of our entire society. Everywhere I look, intellectual honesty has been abandoned. Instead, we have become a society of unruly children, picking petty twitter fights based on minor details we pick and choose at our convenience in order to prove our point. Thoughtful consideration of all the facts has become abandoned. And if you try to encourage it, you are called names and blackballed.
Under these circumstances, I do not see a civilized way to recover our society. It seems that very bad times must happen first. Whether we can then recover our civilization afterward remains an open question.
Dust devil tracks on the Martian southern highlands
Today’s cool image is cool because of how little is there. The image to the right, cropped to post here, was part of the December image release from the high resolution camera on Mars Reconnaissance Orbiter (MRO). The uncaptioned release labeled this image simply as “Southern Intercrater Plains.” Located in the Martian southern highlands, this location is located almost due south of Arsia Mons, the southernmost in the chain of three giant volcanoes to the west of Marineris Valles (as indicated by the white dot on the overview image below).
If you click on the image you can see the entire photograph, though in this case it won’t show you much else than in the excerpt to the right. The terrain here appears flat. The only features of note are some small knobs and the random dark lines that are almost certainly accumulated dust devil tracks. There are also many dark spots, which might also be the shadows of even smaller knobs, but could also be instrument artifacts. I am not sure.
The southern highlands are mostly cratered, with few signs that water ever flowed there. This image for example gives the impression of a vast lonely terrain that has changed little since the very earliest days of Mars’ history.
I expect that scientists could possibly assign some age to this terrain, merely by studying the dust devil tracks. If we calculate how often dust devils might traverse this place, and then count the tracks, assigning their order by faintness, with the faintest being the oldest, it could be possible to obtain a rough age of the oldest tracks.
Still, all that would do would tell us the approximate length of time in which a dust devil track can remain visible. And even if this is a long time, it doesn’t constrain the age of the surface very much, as the weather on Mars has certainly changed with time, especially because we think the atmosphere was once thicker.
What formed this flat terrain? My first guess would be a lava flow, caused when the numerous nearby craters were formed by impact. These craters were likely created during the great bombardment between 3 and 4 billion years ago, and while they have certainly been modified more than lunar craters because of the presence of an atmosphere on Mars, they are likely to have not changed much during that time. Similarly, this flat terrain is likely much like it was, several billion years ago. Dust devils have deposited dust and their tracks, but the hard bedrock remains as it was soon after it solidified.
Today’s cool image is cool because of how little is there. The image to the right, cropped to post here, was part of the December image release from the high resolution camera on Mars Reconnaissance Orbiter (MRO). The uncaptioned release labeled this image simply as “Southern Intercrater Plains.” Located in the Martian southern highlands, this location is located almost due south of Arsia Mons, the southernmost in the chain of three giant volcanoes to the west of Marineris Valles (as indicated by the white dot on the overview image below).
If you click on the image you can see the entire photograph, though in this case it won’t show you much else than in the excerpt to the right. The terrain here appears flat. The only features of note are some small knobs and the random dark lines that are almost certainly accumulated dust devil tracks. There are also many dark spots, which might also be the shadows of even smaller knobs, but could also be instrument artifacts. I am not sure.
The southern highlands are mostly cratered, with few signs that water ever flowed there. This image for example gives the impression of a vast lonely terrain that has changed little since the very earliest days of Mars’ history.
I expect that scientists could possibly assign some age to this terrain, merely by studying the dust devil tracks. If we calculate how often dust devils might traverse this place, and then count the tracks, assigning their order by faintness, with the faintest being the oldest, it could be possible to obtain a rough age of the oldest tracks.
Still, all that would do would tell us the approximate length of time in which a dust devil track can remain visible. And even if this is a long time, it doesn’t constrain the age of the surface very much, as the weather on Mars has certainly changed with time, especially because we think the atmosphere was once thicker.
What formed this flat terrain? My first guess would be a lava flow, caused when the numerous nearby craters were formed by impact. These craters were likely created during the great bombardment between 3 and 4 billion years ago, and while they have certainly been modified more than lunar craters because of the presence of an atmosphere on Mars, they are likely to have not changed much during that time. Similarly, this flat terrain is likely much like it was, several billion years ago. Dust devils have deposited dust and their tracks, but the hard bedrock remains as it was soon after it solidified.
India delays launch of Chandrayaan-2
India announced today that it is delaying the January 3, 2019 launch of its second lunar mission, the lander/rover Chandrayaan-2.
They have not announced a new launch date. Nor did they explain the cause of the delay. My suspicion is that K. Sivan, the head of their space agency ISRO, was not happy about some engineering issue, and demanded a review.
Unlike most such administrators, Sivan is an actual engineer who helped design and build India’s two rockets, the PSLV and GSLV. Last year, after the failure of one Indian satellite already in orbit, he recalled another Indian satellite from French Guiana only weeks before launch, had it brought back to India for a careful inspection to make sure it did not have the same problem. The move saved the satellite.
India announced today that it is delaying the January 3, 2019 launch of its second lunar mission, the lander/rover Chandrayaan-2.
They have not announced a new launch date. Nor did they explain the cause of the delay. My suspicion is that K. Sivan, the head of their space agency ISRO, was not happy about some engineering issue, and demanded a review.
Unlike most such administrators, Sivan is an actual engineer who helped design and build India’s two rockets, the PSLV and GSLV. Last year, after the failure of one Indian satellite already in orbit, he recalled another Indian satellite from French Guiana only weeks before launch, had it brought back to India for a careful inspection to make sure it did not have the same problem. The move saved the satellite.
OSIRIS-REx’s first survey of Bennu
The OSIRIS-REx science team has released a short movie of Bennu made up of images taken by the spacecraft’s navigation camera during its preliminary approaches to the asteroid from November 30 to December 31, 2018.
You can watch it here. Because this is the navigation camera, the view is generally from far away. Nonetheless, you can see that during the passes over the north pole, the equator, and the south pole, the asteroid’s entire surface became visible as the asteroid rotated. From this they will be able to use the images taken by the high resolution cameras to create an excellent detailed global.
The OSIRIS-REx science team has released a short movie of Bennu made up of images taken by the spacecraft’s navigation camera during its preliminary approaches to the asteroid from November 30 to December 31, 2018.
You can watch it here. Because this is the navigation camera, the view is generally from far away. Nonetheless, you can see that during the passes over the north pole, the equator, and the south pole, the asteroid’s entire surface became visible as the asteroid rotated. From this they will be able to use the images taken by the high resolution cameras to create an excellent detailed global.
Chang’e-4 successfully lands on far side of Moon
The new colonial movement: China’s Chang’e-4 lander/rover has successfully landed on far side of Moon.
Early reports of a successful landing sparked confusion after state-run media China Daily and CGTN deleted tweets celebrating the mission. China Daily’s tweet said: ‘“China’s Chang’e 4 landed on the moon’s far side, inaugurating a new chapter in mankind’s lunar exploration history.”
Official confirmation of the landing came two hours later via state broadcaster CCTV, which said the lunar explorer had touched down at 10.26am (2.26am GMT). The Communist party-owned Global Times also said the probe had “successfully made the first-ever soft landing” on the far side of the moon.
No reason has been given for the deletion of the tweets, though I suspect they did so because they were simply premature.
Update: More information here, including images.
The new colonial movement: China’s Chang’e-4 lander/rover has successfully landed on far side of Moon.
Early reports of a successful landing sparked confusion after state-run media China Daily and CGTN deleted tweets celebrating the mission. China Daily’s tweet said: ‘“China’s Chang’e 4 landed on the moon’s far side, inaugurating a new chapter in mankind’s lunar exploration history.”
Official confirmation of the landing came two hours later via state broadcaster CCTV, which said the lunar explorer had touched down at 10.26am (2.26am GMT). The Communist party-owned Global Times also said the probe had “successfully made the first-ever soft landing” on the far side of the moon.
No reason has been given for the deletion of the tweets, though I suspect they did so because they were simply premature.
Update: More information here, including images.
Randy Newman – Better Off Dead
An evening pause: This song is an incredible downer, something that usually holds no interest for me. However, considering the politics in the past year, and what might come in the months ahead, it might be the best we can hope for.
Hat tip Dan Covert.
“We have a snow-man!”
The quote in the headline comes from Alan Stern, the principle scientist for New Horizons, during today’s press conference revealing the first high resolution images of Ultima Thule. The press release for this conference is now online. The image on the right is a reduced cropped version of the main release image today. If you click on it you can see the full resolution version.
The images reveal that Ultima Thule actually is two objects in contact with each other. In addition, the snowman description is apt, as it has a mottled appearance as if it was shaped roughly and somewhat gently over time. Tiny pebbles and rocks softly came together to form two snowballs that then eventually came to touch and join.
They describe this as the most primitive object ever observed. It is also dark, and red in color, like dark reddish dirt.
More images and data is still coming in, to be released in another press conference tomorrow.
The quote in the headline comes from Alan Stern, the principle scientist for New Horizons, during today’s press conference revealing the first high resolution images of Ultima Thule. The press release for this conference is now online. The image on the right is a reduced cropped version of the main release image today. If you click on it you can see the full resolution version.
The images reveal that Ultima Thule actually is two objects in contact with each other. In addition, the snowman description is apt, as it has a mottled appearance as if it was shaped roughly and somewhat gently over time. Tiny pebbles and rocks softly came together to form two snowballs that then eventually came to touch and join.
They describe this as the most primitive object ever observed. It is also dark, and red in color, like dark reddish dirt.
More images and data is still coming in, to be released in another press conference tomorrow.
The 2018 global launch race plus predictions for 2019
In 2018 the global launch industry turned a significant corner. While there have been strong signs in 2016 and 2017 that we were about to see the arrival of a boom, it was not until this past year that we finally saw the beginnings of this boom.
Below is my updated launch graph showing what was accomplished in 2018. To put what was done in context, the graph shows all launches by every nation and private company for each year beginning in 1980, with 1968 added to provide a sense of what the launch industry was like during the height of the Cold War space race.
Before reading further, however, it is worthwhile to review what I wrote in my 2017 launch industry assessment, written in January 2018. My assessment then, as well as my predictions, provide some worthwhile context for understanding what actually happened this past year.
» Read more
India’s 2019 space plans
The new colonial movement: In outlining India’s plans for space in 2019, the head of India’s space agency ISRO revealed that they are going to try to complete fourteen launches, more than one per month and a pace that would double that nation’s previous annual record.
For the last two years ISRO has been making this same prediction. They failed to come close in either year. I suspect however that in 2019 they will have better luck.
The new colonial movement: In outlining India’s plans for space in 2019, the head of India’s space agency ISRO revealed that they are going to try to complete fourteen launches, more than one per month and a pace that would double that nation’s previous annual record.
For the last two years ISRO has been making this same prediction. They failed to come close in either year. I suspect however that in 2019 they will have better luck.
Christy Moore – The January Man
An evening pause: To signal the end of one year, and the arrival of another.
The January man is here,
The start of each and every year
Along the road forever,
Forever,
Forever.
Another image of Ultima Thule
The image on the right was released during this morning’s first briefing outlining the successful confirmation of New Horizons’ fly-by of Ultima Thule (still on-going as I post this). It, along with other data, has provided an explanation for why the scientists have not detected a significant variation in brightness: Our view is looking down at the object’s poles
Images taken during the spacecraft’s approach — which brought New Horizons to within just 2,200 miles (3,500 kilometers) of Ultima at 12:33 a.m. EST — revealed that the Kuiper Belt object may have a shape similar to a bowling pin, spinning end over end, with dimensions of approximately 20 by 10 miles (32 by 16 kilometers). Another possibility is Ultima could be two objects orbiting each other. Flyby data have already solved one of Ultima’s mysteries, showing that the Kuiper Belt object is spinning like a propeller with the axis pointing approximately toward New Horizons. This explains why, in earlier images taken before Ultima was resolved, its brightness didn’t appear to vary as it rotated. The team has still not determined the rotation period.
They note that the highest resolution images will not arrive until February, though they do expect some good images by tomorrow.
The image on the right was released during this morning’s first briefing outlining the successful confirmation of New Horizons’ fly-by of Ultima Thule (still on-going as I post this). It, along with other data, has provided an explanation for why the scientists have not detected a significant variation in brightness: Our view is looking down at the object’s poles
Images taken during the spacecraft’s approach — which brought New Horizons to within just 2,200 miles (3,500 kilometers) of Ultima at 12:33 a.m. EST — revealed that the Kuiper Belt object may have a shape similar to a bowling pin, spinning end over end, with dimensions of approximately 20 by 10 miles (32 by 16 kilometers). Another possibility is Ultima could be two objects orbiting each other. Flyby data have already solved one of Ultima’s mysteries, showing that the Kuiper Belt object is spinning like a propeller with the axis pointing approximately toward New Horizons. This explains why, in earlier images taken before Ultima was resolved, its brightness didn’t appear to vary as it rotated. The team has still not determined the rotation period.
They note that the highest resolution images will not arrive until February, though they do expect some good images by tomorrow.
“We have a healthy spacecraft.”
The words above were just announced in the control room for New Horizons. They have confirmation that the spacecraft survived the fly-by of Ultima Thule, and is now ready to begin downloading the data it obtained.
It will take literally a year to get all of that data. They will be holding a first press conference within an hour to outline in greater detail the spacecraft’s status, followed by another briefing at 2 pm Eastern where they will likely release the first images.
The words above were just announced in the control room for New Horizons. They have confirmation that the spacecraft survived the fly-by of Ultima Thule, and is now ready to begin downloading the data it obtained.
It will take literally a year to get all of that data. They will be holding a first press conference within an hour to outline in greater detail the spacecraft’s status, followed by another briefing at 2 pm Eastern where they will likely release the first images.
First faint image of Ultima Thule
In anticipation of receiving data from the fly-by just past midnight last night, the New Horizons team has released the image above, taken 24 hours earlier.
Just over 24 hours before its closest approach to Kuiper Belt object Ultima Thule, the New Horizons spacecraft has sent back the first images that begin to reveal Ultima’s shape. The original images have a pixel size of 6 miles (10 kilometers), not much smaller than Ultima’s estimated size of 20 miles (30 kilometers), so Ultima is only about 3 pixels across (left panel). However, image-sharpening techniques combining multiple images show that it is elongated, perhaps twice as long as it is wide (right panel). This shape roughly matches the outline of Ultima’s shadow that was seen in observations of the object passing in front of a star made from Argentina in 2017 and Senegal in 2018.
This object is definitely strangely shaped.
New Horizons is traveling fast, which is why we won’t get good images until practically the instant the fly-by happens. And the first downloads from that fly-by are due to arrive within the next two hours. Keep your fingers crossed that the spacecraft operated as programmed and captured Ultima Thule in all its weird glory.
One point about the sad state of journalism these days. Numerous media publications posted stories last night celebrating that fly-by, as if they knew it was a success. This is bunk. We won’t know what happened until this morning. To imply we do is the hallmark of fake news.
In anticipation of receiving data from the fly-by just past midnight last night, the New Horizons team has released the image above, taken 24 hours earlier.
Just over 24 hours before its closest approach to Kuiper Belt object Ultima Thule, the New Horizons spacecraft has sent back the first images that begin to reveal Ultima’s shape. The original images have a pixel size of 6 miles (10 kilometers), not much smaller than Ultima’s estimated size of 20 miles (30 kilometers), so Ultima is only about 3 pixels across (left panel). However, image-sharpening techniques combining multiple images show that it is elongated, perhaps twice as long as it is wide (right panel). This shape roughly matches the outline of Ultima’s shadow that was seen in observations of the object passing in front of a star made from Argentina in 2017 and Senegal in 2018.
This object is definitely strangely shaped.
New Horizons is traveling fast, which is why we won’t get good images until practically the instant the fly-by happens. And the first downloads from that fly-by are due to arrive within the next two hours. Keep your fingers crossed that the spacecraft operated as programmed and captured Ultima Thule in all its weird glory.
One point about the sad state of journalism these days. Numerous media publications posted stories last night celebrating that fly-by, as if they knew it was a success. This is bunk. We won’t know what happened until this morning. To imply we do is the hallmark of fake news.
Dick van Dyke and Julie Andrews – Supercalifragilisticexpialidocious
An evening pause: With high hopes for the new year.
Hat tip Edward Thelen, who I thank for trying to offer me videos from a source other than youtube. Unfortunately, by the time this appeared, it was gone at that source and I had to rely on youtube.
OSIRIS-REx moves into close orbit with Bennu
OSIRIS-REx has successfully completed an eight second engine burn to place it into a close orbit with the asteroid Bennu.
Now, the spacecraft will circle Bennu about a mile (1.75 kilometers) from its center, closer than any other spacecraft has come to its celestial object of study. (Previously the closest orbit of a planetary body was in May 2016, when the Rosetta spacecraft orbited about four miles (seven kilometers) from the center of the comet 67P/Churyumov-Gerasimenko.) The comfortable distance is necessary to keep the spacecraft locked to Bennu, which has a gravity force only 5-millionths as strong as Earth’s. The spacecraft is scheduled to orbit Bennu through mid-February at a leisurely 62 hours per orbit.
There is a bit of hype here. Other spacecraft have gotten far closer (NEAR, Hayabusa-1, Hayabusa-2) but then retreated for a variety of reasons. What makes this different is the plan to stay this close while they compile detailed data about Bennu’s surface in preparation for touchdown to grab a sample.
OSIRIS-REx has successfully completed an eight second engine burn to place it into a close orbit with the asteroid Bennu.
Now, the spacecraft will circle Bennu about a mile (1.75 kilometers) from its center, closer than any other spacecraft has come to its celestial object of study. (Previously the closest orbit of a planetary body was in May 2016, when the Rosetta spacecraft orbited about four miles (seven kilometers) from the center of the comet 67P/Churyumov-Gerasimenko.) The comfortable distance is necessary to keep the spacecraft locked to Bennu, which has a gravity force only 5-millionths as strong as Earth’s. The spacecraft is scheduled to orbit Bennu through mid-February at a leisurely 62 hours per orbit.
There is a bit of hype here. Other spacecraft have gotten far closer (NEAR, Hayabusa-1, Hayabusa-2) but then retreated for a variety of reasons. What makes this different is the plan to stay this close while they compile detailed data about Bennu’s surface in preparation for touchdown to grab a sample.
Juno images volcano plume on Io
Using several instruments, the Juno science team has successfully photographed an active volcano plume in Io’s polar regions. Two instruments measured the plume’s heat and radiation. Juno’s cameras meanwhile took the color image on the right. The bright spot on Io’s night side matches the location of the heat and radiation signatures from the other instruments.
JunoCam acquired the first images on Dec. 21 at 12:00, 12:15 and 12:20 coordinated universal time (UTC) before Io entered Jupiter’s shadow. The Images show the moon half-illuminated with a bright spot seen just beyond the terminator, the day-night boundary. “The ground is already in shadow, but the height of the plume allows it to reflect sunlight, much like the way mountaintops or clouds on the Earth continue to be lit after the sun has set,” explained Candice Hansen-Koharcheck, the JunoCam lead from the Planetary Science Institute.
This image is not the first time a spacecraft has caught an active volcanic plume on Io. In fact, practically the very first good images of Io during the Voyager 1 fly-by did this, confirming then that volcanoes are active on the Jupiter moon.
What this image further confirms however is how active Io really is. Volcanoes erupt there so continuously that it apparently isn’t that hard to catch one as it happens.
Using several instruments, the Juno science team has successfully photographed an active volcano plume in Io’s polar regions. Two instruments measured the plume’s heat and radiation. Juno’s cameras meanwhile took the color image on the right. The bright spot on Io’s night side matches the location of the heat and radiation signatures from the other instruments.
JunoCam acquired the first images on Dec. 21 at 12:00, 12:15 and 12:20 coordinated universal time (UTC) before Io entered Jupiter’s shadow. The Images show the moon half-illuminated with a bright spot seen just beyond the terminator, the day-night boundary. “The ground is already in shadow, but the height of the plume allows it to reflect sunlight, much like the way mountaintops or clouds on the Earth continue to be lit after the sun has set,” explained Candice Hansen-Koharcheck, the JunoCam lead from the Planetary Science Institute.
This image is not the first time a spacecraft has caught an active volcanic plume on Io. In fact, practically the very first good images of Io during the Voyager 1 fly-by did this, confirming then that volcanoes are active on the Jupiter moon.
What this image further confirms however is how active Io really is. Volcanoes erupt there so continuously that it apparently isn’t that hard to catch one as it happens.
Engineers adjust Chang’e-4’s orbit
The new colonial movement: Engineers have adjusted Chang’e-4’s lunar orbit in preparation for landing.on the Moon’s far side.
The probe has entered an elliptical lunar orbit, with the perilune at about 15 km and the apolune at about 100 km, at 8:55 a.m. Beijing Time, said CNSA.
Since the Chang’e-4 entered the lunar orbit on Dec. 12, the ground control center in Beijing has trimmed the probe’s orbit twice and tested the communication link between the probe and the relay satellite Queqiao, or Magpie Bridge, which is operating in the halo orbit around the second Lagrangian (L2) point of the earth-moon system.
The space engineers also checked the imaging instruments and ranging detectors on the probe to prepare for the landing.
They need to time the landing so that it comes down in the Moon’s early morning. This will not only provide better visuals, with shadows to see surface details, but more importantly will give them 14 Earth days before sunset to get settled on the surface and initiate rover operations.
The new colonial movement: Engineers have adjusted Chang’e-4’s lunar orbit in preparation for landing.on the Moon’s far side.
The probe has entered an elliptical lunar orbit, with the perilune at about 15 km and the apolune at about 100 km, at 8:55 a.m. Beijing Time, said CNSA.
Since the Chang’e-4 entered the lunar orbit on Dec. 12, the ground control center in Beijing has trimmed the probe’s orbit twice and tested the communication link between the probe and the relay satellite Queqiao, or Magpie Bridge, which is operating in the halo orbit around the second Lagrangian (L2) point of the earth-moon system.
The space engineers also checked the imaging instruments and ranging detectors on the probe to prepare for the landing.
They need to time the landing so that it comes down in the Moon’s early morning. This will not only provide better visuals, with shadows to see surface details, but more importantly will give them 14 Earth days before sunset to get settled on the surface and initiate rover operations.
Why the Drake equation is overrated
The uncertainty of science: An astrophysicist explains why the Drake equation is useless for predicting the number of alien species in the universe.
While the Drake equation may have spurred the early scientific discussion of the search for extraterrestrial intelligence, it doesn’t have much value beyond that. We can’t use to it further our understanding, and we can’t use it to properly guide our thinking. The huge uncertainties in the parameters, the unknown ways those uncertainties mix, and the absolute lack of any guidance in even choosing those parameters robs it of any predictive power. Prediction is at the heart of science. Prediction is what makes an idea useful. And if an idea isn’t useful, why keep it around?
I just wish this same logic was applied to all climate models. They are as useless. Their own huge uncertainties have made them utterly unable to predict anything, for decades. Yet, despite this ongoing failure, vast amounts of research money continues to be poured into the cottage industry that produces them. Worse, too many people in both the intellectual and journalist communities take them far too seriously.
It is a tragedy that is hurting science badly.
The uncertainty of science: An astrophysicist explains why the Drake equation is useless for predicting the number of alien species in the universe.
While the Drake equation may have spurred the early scientific discussion of the search for extraterrestrial intelligence, it doesn’t have much value beyond that. We can’t use to it further our understanding, and we can’t use it to properly guide our thinking. The huge uncertainties in the parameters, the unknown ways those uncertainties mix, and the absolute lack of any guidance in even choosing those parameters robs it of any predictive power. Prediction is at the heart of science. Prediction is what makes an idea useful. And if an idea isn’t useful, why keep it around?
I just wish this same logic was applied to all climate models. They are as useless. Their own huge uncertainties have made them utterly unable to predict anything, for decades. Yet, despite this ongoing failure, vast amounts of research money continues to be poured into the cottage industry that produces them. Worse, too many people in both the intellectual and journalist communities take them far too seriously.
It is a tragedy that is hurting science badly.
Leftist Jewish cafe owner attacked by leftists
They’re coming for you next: Manny Yekutiel, a leftist Jewish cafe owner in San Francisco who worked on the election campaign’s of both Barack Obama and Hillary Clinton, is now being picketed and attacked by other leftists because he supports Israel.
[O]n Wednesday, protesters associated with the Lucy Parsons Project, a self-described “radical black queer direction action group,” joined other groups to yell Yekutiel was a “Zionist gentrifer,” and “Zionists out of the Mission!” The Lucy Parsons Project even tweeted their instructions to do so: “Join our boycott and picket line every Wednesday at 6:30pm, Zionists out of Palestine and Zionists out of the Mission!!!”
The Forward reports that the group “has protested at Manny’s every Wednesday this month, and says it will continue protesting every Wednesday until Manny’s is ‘shut down.’ The Project only has about 300 Twitter followers, but among the protest’s supporters is a local rapper, Equipto, with 14,500 followers.”
Equipto had tweeted, “Tonite & every Wednesday at 6:30 pm. 3092 16th st & Valencia.The people are boycotting Manny’s cafe. A proud zionist & gentrifier has come into the Mission district. Please read the literature to fully understand why folks have organized. #BoycottMannys #SaveFrisco #FreePalestine.”
The Lucy Parsons Project echoed, “Come out Tonight and every week Wed. at 6:30pm to help our comrades at Black and Brown run this gentrifier Zionist Manny (Emmanuel Yekutiel) the [deleted] out of San Francisco!!!
It doesn’t matter that this guy created a cafe aimed at promoting Democratic leftist politics, he is Jewish and not black or brown and supports the only democratic nation in the Middle East. His business must be shut down!
Maybe they should try smashing the windows of his business and looting it. It has worked before.
They’re coming for you next: Manny Yekutiel, a leftist Jewish cafe owner in San Francisco who worked on the election campaign’s of both Barack Obama and Hillary Clinton, is now being picketed and attacked by other leftists because he supports Israel.
[O]n Wednesday, protesters associated with the Lucy Parsons Project, a self-described “radical black queer direction action group,” joined other groups to yell Yekutiel was a “Zionist gentrifer,” and “Zionists out of the Mission!” The Lucy Parsons Project even tweeted their instructions to do so: “Join our boycott and picket line every Wednesday at 6:30pm, Zionists out of Palestine and Zionists out of the Mission!!!”
The Forward reports that the group “has protested at Manny’s every Wednesday this month, and says it will continue protesting every Wednesday until Manny’s is ‘shut down.’ The Project only has about 300 Twitter followers, but among the protest’s supporters is a local rapper, Equipto, with 14,500 followers.”
Equipto had tweeted, “Tonite & every Wednesday at 6:30 pm. 3092 16th st & Valencia.The people are boycotting Manny’s cafe. A proud zionist & gentrifier has come into the Mission district. Please read the literature to fully understand why folks have organized. #BoycottMannys #SaveFrisco #FreePalestine.”
The Lucy Parsons Project echoed, “Come out Tonight and every week Wed. at 6:30pm to help our comrades at Black and Brown run this gentrifier Zionist Manny (Emmanuel Yekutiel) the [deleted] out of San Francisco!!!
It doesn’t matter that this guy created a cafe aimed at promoting Democratic leftist politics, he is Jewish and not black or brown and supports the only democratic nation in the Middle East. His business must be shut down!
Maybe they should try smashing the windows of his business and looting it. It has worked before.
Watching New Horizons’ flyby of Ultima Thule
NASA has announced that the partial government shutdown will no longer prevent full coverage by the agency of the New Horizons’ fly-by of Kuiper Belt object Ultima Thule just past midnight on January 1, 2019.
This entire shutdown is pure theater, and a joke. If the government was truly out of money, it would be impossible for NASA to suddenly obtain funds to finance a New Horizons’ fly-by broadcast. The problem is that legally the government should be out of money, as Congress has the power of the purse and has not approved funding. Unfortunately, we no longer obey the law, and so our government can now do whatever it wants, free from all legal constraints.
Meanwhile the article at the link provides some good information on watching the fly-by:
Though people can now continue to enjoy the coverage through NASA’s New Horizons twitter account and NASA TV, APL will continue providing coverage in their own YouTube channel, as well as with Stern’s personal twitter account and New Horizon’s account.
The twitter feeds will mostly be junk. I would focus on the streaming links.
NASA has announced that the partial government shutdown will no longer prevent full coverage by the agency of the New Horizons’ fly-by of Kuiper Belt object Ultima Thule just past midnight on January 1, 2019.
This entire shutdown is pure theater, and a joke. If the government was truly out of money, it would be impossible for NASA to suddenly obtain funds to finance a New Horizons’ fly-by broadcast. The problem is that legally the government should be out of money, as Congress has the power of the purse and has not approved funding. Unfortunately, we no longer obey the law, and so our government can now do whatever it wants, free from all legal constraints.
Meanwhile the article at the link provides some good information on watching the fly-by:
Though people can now continue to enjoy the coverage through NASA’s New Horizons twitter account and NASA TV, APL will continue providing coverage in their own YouTube channel, as well as with Stern’s personal twitter account and New Horizon’s account.
The twitter feeds will mostly be junk. I would focus on the streaming links.
India’s government approves manned space program
The new colonial movement: India’s government yesterday approved the proposed manned space program put forth by ISRO, that nation’s space agency.
The Union Cabinet on Friday approved the Gaganyaan Programme with demonstration of Indian Human Spaceflight capability to low earth orbit for a mission duration ranging from one orbital period to a maximum of seven days. A human rated Geosynchronous Satellite Launch Vehicle Mark III (GSLV MK-III) will be used to carry the orbital module which have the necessary provisions for sustaining a 3 member crew for the duration of the mission. Reportedly, India plans to call its astronauts “Vyomnauts”.
The total fund requirement for the programme is Rs 10,000 crore and will include the cost of technology development, flight hardware realization and essential infrastructure elements. So far, ISRO has spent Rs 173 crore in developing critical technologies needed for the for human space flight. Two unmanned flights and one manned flight will be undertaken as part of this programme.
The approval includes a deadline for the first manned mission of 40 months from today, or April 2022. This is an extremely tight schedule. I would not be surprised if they fail to meet it.
The new colonial movement: India’s government yesterday approved the proposed manned space program put forth by ISRO, that nation’s space agency.
The Union Cabinet on Friday approved the Gaganyaan Programme with demonstration of Indian Human Spaceflight capability to low earth orbit for a mission duration ranging from one orbital period to a maximum of seven days. A human rated Geosynchronous Satellite Launch Vehicle Mark III (GSLV MK-III) will be used to carry the orbital module which have the necessary provisions for sustaining a 3 member crew for the duration of the mission. Reportedly, India plans to call its astronauts “Vyomnauts”.
The total fund requirement for the programme is Rs 10,000 crore and will include the cost of technology development, flight hardware realization and essential infrastructure elements. So far, ISRO has spent Rs 173 crore in developing critical technologies needed for the for human space flight. Two unmanned flights and one manned flight will be undertaken as part of this programme.
The approval includes a deadline for the first manned mission of 40 months from today, or April 2022. This is an extremely tight schedule. I would not be surprised if they fail to meet it.
China launches first of planned 320 communications satellite constellation
The new colonial movement: China today used its Long March 2D rocket to launch the first satellite in a proposed 320 satellite constellation designed to provide worldwide phone service.
The Hongyan constellation is composed of more than 320 satellites, along with data processing centers, and will be built in three stages. The orbital group will consist of 54 main satellites, accompanied by another 270 smaller satellites for coordination of the system.
Six or nine satellites will be launched before the end of 2020 for network testing. The 54 larger first phase satellites will be placed in orbit by the year 2023 and the 270 smaller satellites will be placed into orbits to supplement the main satellites.
Once completed, the satellite communication network will take the place of the ground-based network and allow a mobile phones to be connected everywhere on the planet, either in a remote desert or at sea, according to CASC. The project has drawn an investment of about 20 billion yuan (about 2.9 billion U.S. dollars) for its first phase, making it the largest investment for a single commercial aerospace program in China.
This constellation is essentially in direct competition with Iridium.
This is likely China’s last launch for 2018. It is also likely to be the last launch this year, since the ULA launch that had been planned for December 30 has now been pushed back a week. The leaders in the launch race:
38 China
21 SpaceX
15 Russia
11 Europe (Arianespace)
8 ULA
In the national rankings, China tops the U.S. 38 to 34. It also came only two launches short of meeting its ambitious goal of 40 launches in 2018, an achievement that pretty much doubled its previous launch record.
I am preparing my annual launch report. Stay tuned.
The new colonial movement: China today used its Long March 2D rocket to launch the first satellite in a proposed 320 satellite constellation designed to provide worldwide phone service.
The Hongyan constellation is composed of more than 320 satellites, along with data processing centers, and will be built in three stages. The orbital group will consist of 54 main satellites, accompanied by another 270 smaller satellites for coordination of the system.
Six or nine satellites will be launched before the end of 2020 for network testing. The 54 larger first phase satellites will be placed in orbit by the year 2023 and the 270 smaller satellites will be placed into orbits to supplement the main satellites.
Once completed, the satellite communication network will take the place of the ground-based network and allow a mobile phones to be connected everywhere on the planet, either in a remote desert or at sea, according to CASC. The project has drawn an investment of about 20 billion yuan (about 2.9 billion U.S. dollars) for its first phase, making it the largest investment for a single commercial aerospace program in China.
This constellation is essentially in direct competition with Iridium.
This is likely China’s last launch for 2018. It is also likely to be the last launch this year, since the ULA launch that had been planned for December 30 has now been pushed back a week. The leaders in the launch race:
38 China
21 SpaceX
15 Russia
11 Europe (Arianespace)
8 ULA
In the national rankings, China tops the U.S. 38 to 34. It also came only two launches short of meeting its ambitious goal of 40 launches in 2018, an achievement that pretty much doubled its previous launch record.
I am preparing my annual launch report. Stay tuned.
How Do They Knit a Chain-Link Fence?
An evening pause: Hat tip Phill Oltmann.
As always, I could use some evening pause suggestions. If you’ve done it before, you know what to do. If you haven’t but wish to submit something, say so in a comment here, but don’t post the link to the suggestion. I will email you for it.
Russia faces launchpad bottleneck in 2020
Because of the decommissioning of one of their two Soyuz launchpads at Baikonur in late 2019, the Russians will have a significant launchpad bottleneck in 2020.
According to the official, the so-called Gagarin’s Start launch launchpad at the site number 1 would be put out of exploitation due to the upcoming decommissioning of the Soyuz-FG rocket.
The source noted that a large number of Soyuz launches planned for 2020 was related to the implementation of the OneWeb internet satellite constellation project, which would require up to eight launches. Moreover, from five to seven launches of manned missions on Soyuz and Progress spacecraft to the International Space Station (ISS), as well as several launches of unmanned spacecraft have been planned.
The source continued by saying there was a “bottleneck” in the capacity of the testing facility at the launch site 31, which amounted to 15 rockets per year.
It appears that this limitation of 15 launches per year is going to put a crimp on something. Since the Russians will make money on the OneWeb launches, those will get first priority. What next? The unnamed additional launches almost certainly include some military satellites, as well as communications, Glonass GPS, and Earth resource satellites needed by Russia. Will they get sacrificed to maintain Russian launches to ISS? If the U.S. is no longer flying our astronauts on their rockets and paying them for it, I can see them cutting back here to fly some of those other satellites.
Either way, for Russia to be cutting back on launch sites at a time when the rocket industry appears to be booming is a clear sign of big problems there. I suspect that they had intended the Vostochny spaceport to pick up this slack, but the corruption and delays there apparently make that impossible. Moreover, they have lost most of their commercial business, and appear unable to figure out ways to recapture it.
Because of the decommissioning of one of their two Soyuz launchpads at Baikonur in late 2019, the Russians will have a significant launchpad bottleneck in 2020.
According to the official, the so-called Gagarin’s Start launch launchpad at the site number 1 would be put out of exploitation due to the upcoming decommissioning of the Soyuz-FG rocket.
The source noted that a large number of Soyuz launches planned for 2020 was related to the implementation of the OneWeb internet satellite constellation project, which would require up to eight launches. Moreover, from five to seven launches of manned missions on Soyuz and Progress spacecraft to the International Space Station (ISS), as well as several launches of unmanned spacecraft have been planned.
The source continued by saying there was a “bottleneck” in the capacity of the testing facility at the launch site 31, which amounted to 15 rockets per year.
It appears that this limitation of 15 launches per year is going to put a crimp on something. Since the Russians will make money on the OneWeb launches, those will get first priority. What next? The unnamed additional launches almost certainly include some military satellites, as well as communications, Glonass GPS, and Earth resource satellites needed by Russia. Will they get sacrificed to maintain Russian launches to ISS? If the U.S. is no longer flying our astronauts on their rockets and paying them for it, I can see them cutting back here to fly some of those other satellites.
Either way, for Russia to be cutting back on launch sites at a time when the rocket industry appears to be booming is a clear sign of big problems there. I suspect that they had intended the Vostochny spaceport to pick up this slack, but the corruption and delays there apparently make that impossible. Moreover, they have lost most of their commercial business, and appear unable to figure out ways to recapture it.
Saudi Arabia creates space agency
The new colonial movement: Saudi Arabia has created its own space agency with the goal of diversifying its economy.
The man chosen to lead the agency, 62-year-old Prince Sultan bin Salman, is also the first Saudi to fly in space, having flown on a shuttle mission in 1985.
The Saudis also shook up the leadership of a number of government agencies. It is theorized though unproven that this shake-up is in connection with the murder of Jamal Khashoggi at the Saudi consulate in Istanbul in October.
What this space agency will actually do is very unclear. What is clear is that it was created in response to the aggressive space effort of the UAE. The competition has forced Saudi Arabia’s hand.
The new colonial movement: Saudi Arabia has created its own space agency with the goal of diversifying its economy.
The man chosen to lead the agency, 62-year-old Prince Sultan bin Salman, is also the first Saudi to fly in space, having flown on a shuttle mission in 1985.
The Saudis also shook up the leadership of a number of government agencies. It is theorized though unproven that this shake-up is in connection with the murder of Jamal Khashoggi at the Saudi consulate in Istanbul in October.
What this space agency will actually do is very unclear. What is clear is that it was created in response to the aggressive space effort of the UAE. The competition has forced Saudi Arabia’s hand.
Nancy Roman passes away at 93
R.I.P. Nancy Roman, NASA’s first chief astronomer, died on Christmas at the age of 93.
Her name is largely forgotten, but her support for building the Hubble Space Telescope in the 1960s and the 1970s was critical in getting it done. As important, her support for all in-space astronomy in these early years eventually made it possible. During her term NASA built and launched the first space telescopes. Some were duds. Some were incredible successes. Regardless, her leadership proved that astronomy in space made sense, leading to the achievements that have followed in the half century that has followed.
God speed, Nancy Roman.
R.I.P. Nancy Roman, NASA’s first chief astronomer, died on Christmas at the age of 93.
Her name is largely forgotten, but her support for building the Hubble Space Telescope in the 1960s and the 1970s was critical in getting it done. As important, her support for all in-space astronomy in these early years eventually made it possible. During her term NASA built and launched the first space telescopes. Some were duds. Some were incredible successes. Regardless, her leadership proved that astronomy in space made sense, leading to the achievements that have followed in the half century that has followed.
God speed, Nancy Roman.
Prayer about Getting Old
An evening pause: Fitting for the end of the year.
Stay with it. It isn’t exactly what you think, based on the start.
Hat tip Danae.
Musk tweets peek at Starship hopper
Capitalism in space: Elon Musk this week tweeted an image of the Starship test hopper, adding that they hope to begin test flights by March.
“This test hopper is at full body diameter of 9m / 30 ft, just not full height. Super Heavy will be full height & diameter,” Musk tweeted, indicating that the company will go directly to building a full-scale version of the rocket booster, rather than a truncated test version.
It seems to me that Musk continues to embarrass all other rocket companies, both private and governmental, with his effective use of current technology to innovate and produce new designs. While everyone else seems locked into building the same old things, his company is using what it knows to try to build something smarter and more efficient.
SpaceX’s track record suggests that it will do exactly what it is trying to do, even if it likely takes longer than they predict. Others should take heed, or they will all get left behind.
Capitalism in space: Elon Musk this week tweeted an image of the Starship test hopper, adding that they hope to begin test flights by March.
“This test hopper is at full body diameter of 9m / 30 ft, just not full height. Super Heavy will be full height & diameter,” Musk tweeted, indicating that the company will go directly to building a full-scale version of the rocket booster, rather than a truncated test version.
It seems to me that Musk continues to embarrass all other rocket companies, both private and governmental, with his effective use of current technology to innovate and produce new designs. While everyone else seems locked into building the same old things, his company is using what it knows to try to build something smarter and more efficient.
SpaceX’s track record suggests that it will do exactly what it is trying to do, even if it likely takes longer than they predict. Others should take heed, or they will all get left behind.