Nana Visitor – Fever
An evening pause: Another musical gem from the sixth season of the Star Trek series, Deep Space Nine.
Hat tip Diane Zimmerman.
An evening pause: Another musical gem from the sixth season of the Star Trek series, Deep Space Nine.
Hat tip Diane Zimmerman.

South Florida University: dedicated to segregation?
“Segregation today, segregation tomorrow, segregation forever!” Professor Andrew Bugajski was forced to resign after three years of teaching at the nursing school at South Florida University because, according to his lawsuit, he was subjected to racial harassment by his dean because of his white skin color.
Bugajski was on track to be a tenured professor, but said he resigned because of discrimination and harassment he faced at the hands of Usha Menon, Dean and Senior Associate Vice President for USF Health. “Shortly after being hired, Plaintiff (Bugajski) immediately recognized his supervisor Vice Dean Usha Menon exhibiting hostility towards Caucasian men,” wrote Christiane L. Nolton, Bugajski’s lawyer. “Indeed, Plaintiff witnessed this disconcerting behavior which also occurred in front of other employees on multiple occasions. Specifically, Vice Dean Menon told Plaintiff and others that USF’s upper administrators were ‘a bunch of f***ing white male conservatives.’”
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After almost a half year of delays, the Federal Aviation Administration (FAA) today released its environmental reassessment of SpaceX’s operations in Boca Chica, Texas, possibly recommending that future launches of Starship/Superheavy be allowed at that location but also leaving open the continuing ability of the federal government to block further flight tests.
The FAA determined that the Proposed Action would not result in significant environmental consequences and has issued a Mitigated Finding of No Significant Impact/Record of Decision (FONSI/ROD). … Required mitigation measures are listed throughout Chapter 3 of the final PEA [the environmental reassessment]. Should any future license or permit be issued to SpaceX to perform any aspect of the Proposed Action, the FAA will ensure that SpaceX implements these mitigation measures as conditions for licensure.
You can read the executive summary here [pdf]. The actual reassessment [referred to as the PEA] can be read here [pdf]. The key quote, on page 2 of the reassessment, is this:
The applicant has provided the FAA with a mission profile of proposed launch operations that is
analyzed in this PEA. The FAA’s Federal Action is to issue experimental permit(s) and/or a vehicle operator license to SpaceX for this mission profile, which is described in more detail in Section 2.1. If SpaceX modifies or adds operations as part of its Starship/Super Heavy program in the future, the FAA would analyze the environmental impacts of those activities in a tiered environmental document, which would summarize the issues discussed in this PEA that remain applicable (e.g., the environment around the Boca Chica launch site) and concentrate on the issues specific to the subsequent action (e.g., a mission profile involving a new landing site).The completion of the environmental review process does not guarantee that the FAA will issue an experimental permit or vehicle operator license to SpaceX for Starship/Super Heavy launches at the launch site. [emphasis mine]
Essentially, SpaceX — after some revisions based on public comments — provided the FAA a detailed outline of its proposed operations, as summarized by the graph above (taken from the executive summary), and the FAA agreed to that program. However, this agreement by the FAA does not include any actual permits for flights or tests.
Furthermore, this recommendation by the FAA is not final. The reassessment also included in great detail a second option, dubbed the “No Action Alternative”:
Under the No Action Alternative, the FAA would not issue new experimental permits or licenses to SpaceX for any test or launch operations at the Boca Chica Launch Site. In this situation, SpaceX’s production and manufacturing that that do not require a license from the FAA or approval by any other federal agencies would continue at its existing facilities and production and manufacturing infrastructure would expand. Testing operations, including tank tests and static fire engine tests, that do not require approval by the FAA or other federal agencies would also continue at the VLA. In addition, SpaceX could conduct missions of the Starship prototype launch vehicle as authorized by the current license (LRLO 20‐119). 6 The license expires on May 27, 2023. This alternative provides the basis for comparing the environmental consequences of the Proposed Action.
Under this alternative, SpaceX operations at Boca Chica would be severely limited, and would essentially end in May ’23.
In reviewing both documents, it appears that the FAA has given SpaceX a go-ahead with this reassessment, but done so with many caveats. It will issue SpaceX its launch permits, probably on a per launch basis, each of which will require SpaceX to meet more than 130 pages of further environmental and social justice requirements. As noted in the first quote above, should SpaceX fail to meet any of those mitigation measures, future permits will be blocked.
Furthermore, the reassessment appears to have left it open for the White House to choose the “No Action Alternative.”
In either case this reassessment appears to have given any number of agencies within the federal government — including the White House — the clear ability to block SpaceX’s operations repeatedly, after each test flight.
I suspect SpaceX will immediately apply for a launch permit, and hope that political pressure will force the federal agencies to approve that permit.
NOTE: This analysis is based on a first quick review. The documents are long and purposely written to make it hard to figure out what is being proposed. More review is still required.
Time for some cool images from Perseverance! The rover, now on Mars for more than a year, has finally begun its journey up the delta of material that some time in the past flowed through a gap in the rim of Jezero Crater. In doing so, it has also finally got close to a nearby cliff, within fifty feet or so, and used its high resolution left mast camera (mastcam) to take the photos to the right. The first, cropped and reduced to post here, was a wider shot taken on June 10, 2022, with the red arrow pointing to the part of the cliff featured in the second image below, taken on June 12, 2022, after the rover had moved in closer. This second photo is also cropped and reduced to post here.
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Capitalism in space: A launch attempt today by Astra of two NASA weather cubesats, designed to study the evolution of storms in the tropics, was a failure when the upper stage engine shut down prematurely.
This was the second launch failure for Astra out of three launch attempts in 2022. Both this failure and the February 10th failure occurred after the first stage has successfully done its job. The first was due to the failure of the fairings to separate. Today the fairing ejected properly, but then the second stage engine failed.
The launch however did illustrate something quite profound. Though it occurred about one hour and forty-three minutes into its two hour launch window, the launch team was able to recycle the count three times due to various issues and still launch. What makes this significant is that such quick countdown recycles have now become very routine.
When SpaceX did its first quick countdown recycle back during its first Falcon-1 launches in the 2000s it was astonishing, as NASA would never do such a thing. If a NASA shuttle launch aborted close to launch, the agency would always stand down for at least a day to figure things out. Even today, its ability to do a quick countdown recycle with its SLS rocket is almost impossible, as shown during its first attempt to do a dress rehearsal countdown of SLS in April. With each abort the agency had to reschedule for the next day or even later. It had little ability to quickly turn things around.
Private enterprise has since proven that such slow operations are inefficient and unnecessary.
Meanwhile, Astra needs to fix this issue and launch again. It was able to investigate and fix the fairing issue that caused that February launch failure in just over a month. Hopefully it can do the same again.
Russia’s aerospace corporation Roscosmos has proposed to the European Space Agency (ESA) that its partnership to launch and land ESA’s Franklin rover on Mars be renewed, despite the Ukraine War and Roscosmos’ confiscation of 36 OneWeb satellites.
[According to Roscosmos head Dmitry Rogozin] the equipment and Kazachok landing platform for the mission have the potential for launch in 2024. “ESA colleagues promised to make requests to their patrons, who are ESA member states. If they cooperate and give their consent, the mission may be implemented,” Rogozin said.
He estimates the likelihood of this scenario to be at about 708%. [sic] Roscosmos plans to get the response in late June. [emphasis mine]
It would not be surprising if ESA made this deal, despite its stupidity. Roscosmos’ actions recently, especially related to OneWeb, prove the people running it are very untrustworthy business partners. Yet Europe’s historic willingness to deal with the devil for short term gain — eventually and repeatedly leading to overall disaster — is legendary.
Capitalism in space: In a brief update released on May 31st, Momentus announced that despite the communications issues engineers are having with the communications system on its Vigoride space tug, it was still able to successfully deploy two smallsats several days earlier.
The update also says that the company plans “… to continue work to address the anomalies on the Vigoride spacecraft announced on May 27 and deploy additional customer satellites.”
Based on these updates, as well as the company’s description of this mission, it is not clear how many other smallsats still need to be deployed.
The uncertainty of science: New data now suggests that the Earth’s inner core is no longer rotating faster than the planet’s outer layers — as had been measured in 1996 — but is now actually rotating slower.
Research published in 1996 was the first to propose the inner core rotates faster than the rest of the planet — also known as super-rotation — at roughly 1 degree per year. Subsequent findings from Vidale reinforced the idea that the inner core super-rotates, albeit at a slower rate.
Utilizing data from the Large Aperture Seismic Array, a U.S. Air Force facility in Montana, researcher Wei Wang and Vidale found the inner core rotated slower than previously predicted, approximately 0.1 degrees per year. The study analyzed waves generated from Soviet underground nuclear bomb tests from 1971-74 in the Arctic archipelago Novaya Zemlya using a novel beamforming technique developed by Vidale.
The new findings emerged when Wang and Vidale applied the same methodology to a pair of earlier atomic tests beneath Amchitka Island at the tip of the Alaskan archipelago — Milrow in 1969 and Cannikin in 1971. Measuring the compressional waves resulting from the nuclear explosions, they discovered the inner core had reversed direction, sub-rotating at least a tenth of a degree per year.
This latest study marked the first time the well-known six-year oscillation had been indicated through direct seismological observation.
What the data really suggests is that the core’s rotation is somewhat independent of the upper layers, so that each can vary relative to each other. This difference must carry with it some profound consequences, related to the length of the day, earthquakes, plate tectonics, and any number of other seismic phenomenon, but at the moment too little is known to tie everything together.
A bit of trivial for my readers: In 2004 I wrote an article for Natural History describing the discovery that the core rotated faster than the Earth’s upper layers. It was that article that prompted John Batchelor to invite me to appear on his show for the first time. The rest is history.
The Russian prime minister yesterday signed a decree giving Roscosmos permission to negotiate a astronaut exchange deal with NASA, whereby for every American that flies on a Soyuz to ISS one Russian would fly on either a Dragon or Starliner capsule.
NASA has been pushing for this arrangement for about a year, but Russia was at first skittish about flying on Dragon. Then its invasion of the Ukraine raised further barriers. Now that it is clear the Russians have no options in space but to stick with ISS for at least the next few years, the Russian government has relented and will allow this barter arrangement to go forward.
NASA had been pushing to put the first Russian on a Dragon in the fall. That flight is now likely to happen.
Of course, all this could change should things change drastically in the Ukraine. The partnership on ISS remains quite fragile politically, even if the astronauts and engineers and workers of both sides continue to work together well.
An evening pause: This was how things were done in the first century of the industrial revolution. Apparently, that century still exists in some places in today’s world.
Hat tip Tom Biggar.
Embedded below the fold in two parts.
To listen to all of John Batchelor’s podcasts, well worth your time, go here.
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Copper Hills HS: No free speech allowed for conservatives!
Persecution is now cool! School officials at Copper Hills High School in West Jordan, Utah, have repeatedly attempted to censor and block the conservative Turning Point USA chapter there, first by making it difficult for the students to form the club, then by telling them they had to remove some signs as well as always include opposing points of view in their displays. When the students objected these school officials then shut down their gathering entirely.
The specific oppressive actions of the school’s principal, Bryan Veazie, and his assistant principal, Rufine Einzinger (both reachable here), are well described in the letter [pdf] sent to Tracy J. Miller, the President of the Board of Education for the Jordan School District, by the Alliance Defending Freedom (ADF), which is representing the students:
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Click on image for full resolution panorama. For original photos, go here, here, here, here, and here.
Cool image time! The panorama above, created from five images taken by Curiosity’s left navigation camera on May 25, 2022, looks north across the floor of Gale Crater at its rim about 25 miles away.
The butte on the left I think (though I am not certain) is the backside of the same butte seen from the front in December 2021. Then, Curiosity was below it looking up. Now, Curiosity is above it looking down.
For scale, that butte is about ten feet high. Navarro Mountain on the right is about 450 feet high, but looks less impressive because it is farther away.
It is now winter in Gale Crater, a time period when there is more dust in the atmosphere. This fact becomes very evident if you compare this panorama with a similar one taken in December 2021 in the Martian fall. Then, the air is crystal clear, and the rim can be seen in great detail. Now, though visible (barely) on the left, the haze makes the more distant peaks on the right almost invisible.
Curiosity has climbed about 1,750 feet since it landed in 2012. It is still about 12,600 feet below the peak of Mount Sharp. The blue dot and yellow lines in the overview map to the right indicates Curiosity’s location when the panorama was taken, and the approximate area covered by it.
Be sure and look at the full resolution panorama, especially the section near the middle, where the dramatic nature of this terrain is most evident.
Capitalism in space: A recent Stratolaunch test flight of its giant carrier airplane Roc was ended prematurely because engineers had detected an unexpected “test result”.
“While completing Roc testing operations, we encountered a test result that made it clear we would not achieve all objectives for this flight,” the California-based company, which was created by Microsoft co-founder Paul Allen more than a decade ago, said in Twitter update. “We made the decision to land, review the data, and prepare for our next flight.”
The company has provided little additional information. The flight itself was planned to last as much as 3.5 hours, but only lasted about an hour and a half.
Stratolaunch’s present plan is to offer Roc and its Talon-A payload as a testbed for testing hypersonic flight.
The two month delay in the launch of NASA’s Psyche asteroid mission because of software issues has apparently wrecked a smallsat asteroid mission that was to launch as a secondary payload on the Falcon Heavy rocket.
Janus, a NASA smallsat mission selected in 2019, will launch two identical spacecraft as secondary payloads on the Falcon Heavy rocket whose primary payload is Psyche. After a series of Earth flybys, each Janus spacecraft was to fly by different binary asteroids, designated 1996 FG3 and 1991 VH.
However, the mission’s principal investigator said June 8 that mission plan is no longer possible. Speaking at a meeting of NASA’s Small Bodies Assessment Group (SBAG), Dan Scheeres of the University of Colorado noted that mission plan assumed Psyche launched in August of this year as previously planned. NASA announced May 23 that the mission’s launch had been delayed to no earlier than Sept. 20 to provide more time for testing the spacecraft’s software.
With the revised launch date, he said it’s no longer possible for the spacecraft to perform those Earth flybys with the existing spacecraft design. “Those flybys were essential for setting up our flybys of our target binaries, 1991 VH and 1996 FG3,” he said.
The Janus team are right now scrambling to see if they can find other asteroids the spacecraft can reach, based on the new launch date. Their work however is badly hampered by the uncertainty of that date, which could still change for many reasons.
The heart of the problem, as Scheeres notes, is its status as a secondary payload.
“We have no ability to influence the launch dates or the targeting of the launch vehicle, and that arises from our status as a rideshare,” he said.
The article also describes two other NASA interplanetary smallsat missions that have been badly hindered because of their status as secondary payloads. All three stories strongly suggest that in the future it will make much more sense to put such missions on its own rocket, as the primary payload. This is what NASA did with its CAPSTONE smallsat mission to the Moon, which will launch on a Rocket Lab Electron rocket sometime before the end of the month.
Link here. The article goes into great detail describing the status of the Superheavy booster prototype and the Starship prototype now planned for that first orbital launch, with this comment:
While some claim FAA is the hold up for Starship plans [I wonder who], even if the FAA had approved a launch in December of last year, SpaceX likely still would not have been ready for an orbital launch.
Maybe so, but why do journalists today have to bend over backwards making believe the federal government is not a problem, or is not interfering with this private company’s operations? It clearly is a problem, and is interfering with private companies, and it is doing so more and more for political reasons. Good reporting must note this.
The report also provides details on the status of SpaceX’s Florida Starship orbital launchpad. The company only began serious construction in Florida in April, yet large sections of the launch tower as well as its foundation have already been built. The pace of construction — as well as SpaceX’s past history building the Boca Chica launchpad — suggests this launchpad could be ready before the end of the year.
Compare that with NASA’s incompetent effort to build its SLS mobile launchers. The contrast is striking.
An evening pause: Performed live 2017.
Hat tip Dan Morris.
Embedded below the fold in two parts.
To listen to all of John Batchelor’s podcasts, well worth your time, go here.
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Ryan Kelley: a target for arrest for being a Republican
Blacklists are back and the Democrats have got ’em: One day after President Joe Biden joked on television with Jimmy Kimmel about “sending [Republicans] to jail,” the FBI arrested Ryan Kelley, one of the Republicans running for Michigan governor, on misdemeanor charges for daring to stand on the steps of the Capitol building on January 6, 2021, but never entering it.
Kelley is charged 17 months after the Jan. 6 riot and on the same day the House committee investigating the Jan. 6 attack on the U.S. Capitol is to hold a primetime hearing Thursday to present never-seen video, new audio and a mass of evidence following a year-long investigation by the select panel.
The criminal complaint obtained by Fox News Digital charged Kelley with: knowingly entering or remaining in any restricted building or grounds without lawful authority; disorderly and disruptive conduct in a restricted building or grounds; knowingly engaging in any act of physical violence against person or property in any restricted building or grounds; willfully injure or commit any depredation against any property of the United States. All are misdemeanor offenses. [emphasis mine]

NASA’s bloated SLS mobile launchers
According to an inspector general report [pdf] released today, the second mobile launcher being built by the company Bechtel to transport its SLS rocket from the assembly building to the launch site is likely going to cost more than $1.5 billion, three times what was initially budgeted, and will not be completed any earlier than the end of 2027, four years behind schedule.
Compounding Bechtel’s projected cost increases and schedule delays, an ML-2 [mobile launcher-2] project analysis provided only a 3.9 percent confidence level that the nearly $1 billion cost [twice the original budget] and October 2025 [2.5 years late] delivery estimates were accurate. NASA requires projects to develop budgets and schedules consistent with a 70 percent joint cost and schedule confidence level (JCL), meaning a 70 percent likelihood the project will finish equal to or less than the planned costs and schedule. In fact, an Independent Review Team analysis determined the project would require an additional $447 million and 27 months, for a total contract value of $1.5 billion and a launcher delivery date of December 2027—a schedule that would enable an Artemis IV launch no earlier than the end of 2028.
The first mobile launcher, shown on the left in the graphic, cost more than $1 billion and will used only three times, at most. The second, on the right, is required for all of the assigned interplanetary tasks being given to the full size version of SLS beyond those first three test flights. Without it that version of SLS cannot launch. And even if the launcher is ready by 2028, as the IG report suggests, that will be more than a decade behind schedule, and six years from now.
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