Daily Archives: January 10, 2024

Liberal institutions are the threat to liberal institutions Claudine Gay is warning about – Washington Examiner

Posted: January 10, 2024 at 6:56 am

Claudine Gays demotion from the presidency at Harvard University is being painted by liberal media (and Gay herself) as part of a conservative attack on liberal institutions and our elitist betters. In reality, it is Gay and her fellow liberals who are destroying the respect those institutions crave.

Gay resigned her executive post after being mired in a plagiarism scandal shortly after saying that calling for the genocide of Jews didnt violate Harvards student code of conduct. Despite this, she will remain at Harvard as a professor, reportedly with a $900,000 salary. After her numerous plagiarism violations, you would think it wouldnt need to be said that Gay and her defenders were the ones destroying Harvards credibility by promoting her in the first place and allowing her to remain on as a professor. And yet here we are.

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Gay summarized the liberal narrative as follows: This was merely a single skirmish in a broader war to unravel public faith in pillars of American society. Campaigns of this kind often start with attacks on education and expertise, because these are the tools that best equip communities to see through propaganda. But such campaigns dont end there. Trusted institutions of all types from public health agencies to news organizations will continue to fall victim to coordinated attempts to undermine their legitimacy and ruin their leaders credibility.

The biggest mistake is there in that final sentence.

It is not coordinated attempts by bad actors that are undermining the legitimacy of these institutions and ruining leaders credibility. It is the institutions and leaders themselves doing that. Harvard promoted Gay, with a paltry academic record that we now know was bolstered by plagiarized materials, because she was a liberal ideologue and an examplar of the leftist notion of diversity. She was neither qualified nor prepared for the job. Harvard did that to itself.

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The same is true for public health agencies and news organizations, Gays other two big examples. Liberal establishment news outlets, such as the Associated Press and the New York Times, have consistently exposed themselves as partisans who will not report news accurately to inform people if that news hurts their political allies. Public health experts torched their credibility throughout the pandemic by painting any opponents of their guidance as science deniers, even as those experts contradicted their own guidance in their support of ideological protests (Black Lives Matter) and in their own actions.

It is liberal activists and ideologues butchering the reputations of these institutions by hollowing them out, discarding their intended purposes, and using the husk of what is left to mask their partisan and ideological goals as respectable and bolstered by the reputation of, say, Harvard. The damage being done to these institutions is being done by these institutions on behalf of mediocrities such as Claudine Gay. They are the threats to education and expertise that Gay is so worried about.

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Elon Musk, the "free speech absolutist" kicks liberal journalists off Twitter – Daily Kos

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One thing you can't hide - is when you're crippled inside John Lennon

The list of people who epitomize MAGA is long. But they share some universal traits. They are all liars, hypocrites, and loudmouth bullshitters, nemine contradicente*lacking empathy. The richest of the MAGA sewer-dwellers is the self-celebrating, eternally smug, free speech absolutist Elon Musk.

The legend-in-his-own-mind wears a skin too thin to stand the barb of a Q-tip. His actions gainsay his celebration of unfettered opinion-slinging. He has designed Twitters algorithms to seek out, identify, and block prominent journalists who have hurt his feelings. Under previous management, the site aimed to shut down liars. The new boss fights to banish the truth at least the truth that makes him cry.

Mediaite reports Twitters latest salvo against the left-wing media thus:

Elon Musks X/Twitter platform began suspending the accounts of prominent left-wing journalists and bloggers late on Monday night and into Tuesday.

Civil rights attorney Alejandra Caraballo began documenting the massive purge Tuesday morning and listed some of the major accounts that were suspended. Ken Klippenstein of the Intercept, Steven Zetti (who writes under Steven Monacelli) of the Texas Observer, blogger Rob Rousseau, the account for TrueAnonPod podcast, and blogger Zei Squirrel were among those suspended.

Caraballo additionally observed that most of those suspended are, shit posting accounts that were critical of Elon and Bill Ackman. This particular cull suggests that it was the posters' criticism, more than their politics, that caused their banishment. Mediaite says it reached out to Twitter for comment. However, they were brushed off with an automated reply that told them to fuck off. Although the actual verbiage was, Busy now, please check back later.

Musk is legend for his mental fragility. Ackman is less well-known. The founder of the hedge fund Pershing Square Capital Management relishes his reputation as a contrarian. Which is a polite way of saying asshole. He has celebrated the killer Kyle Rittenhouse as a civic-minded patriot. It seemsvigilantism is an American virtue to desk-bound, tough guys. He has also claimed the bankrupt cryptocurrency fabulist and seven-time convicted fraudster Sam Bankman-Fried, was telling the truth.

Ackmans bte noire is corporate America and the Ivy League's adoption of DEI (diversity, equity, and inclusion) policies. I suppose he thinks acting like a decent human is an unforgivable business sin even if the companies that embrace DEI are obscenely profitable. Let us note that just three who practice inclusion, Walmart, Intel, and Microsoft, had a combined net income of $242 billion in their last fiscal year.

In addition, as a MAGA sympathizer, Ackman is a de facto hypocrite. He may say DEI is a ruinous business practice. But in 2023, he added Google parent Alphabet to his funds portfolio despite Googles public embrace of DEI.

Ackman also thinks that Musk walks on water. He is either so keen to suck up to the worlds richest man, so blinded by pretty words, or so eager to make common cause with a fellow hypocrite that he ignores reality. In his convenient blindness, he celebrates the petulant baby mans verbal embrace of free speech as he ignores the inconvenient reality that his hero is a whiny bastard whose reverence for the truth has the solidity of pure wind.

Note 1: I hear whispers that Musk may be letting the banned back. If so, expect him to blame some underlingfor their expulsion in the first place.

*Note 2: I realize thatnemine contradicenteis pretentious. But I have never used it before, and I wanted to cross that lack off my bucket list.

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Liberal Arts and studies in humanities under attack on college campuses – The Community Word

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By JOHN HALLWAS

Twenty years ago, I gave a lecture and remarked, Education in the liberal arts is under siege and in decline. Since then, our dismal situation regarding broad, life-shaping, and socially committed education has only gotten worse. Among the many books that discuss this problem are Michael S. Roths Beyond the University: Why Liberal Education (2015) and Fareed Zakarias In Defense of Liberal Education (2016).

But the general public is still often unaware of this crucial issue.

Our society needs to ponder the continual decline in liberal-arts education and what it means for American culture. In 1900, for example, more than 70% of American college students attended liberal-arts institutions, devoted to rigorous general-education programs, while today fewer than 5% of our students do. And in virtually all of our colleges and universities, there is enormous pressure to emphasize courses in major fields and de-emphasize, or trivialize, general-education requirements.

Moreover, recent surveys show that most college-bound high school students feel that the goal of higher education is just to get necessary training in order to secure a job. Simply put, todays students tend to be career-oriented, as well as impatient for material rewards, and they place a premium on acquiring specific skills (in accounting, law enforcement, business management, etc.) that will credential them for particular occupations.

Such students just reflect our culture at large a culture that often sees liberal-arts education as an expensive extravagance or a waste of time, a diversion from the real world of jobs, money, status and power. No wonder many of them dread their college or universitys general education courses and dont really engage with those subjects.

However, if higher education is simply viewed as having a market function to provide career-oriented customers with educational services so they can obtain promising jobs, and to provide companies or agencies with trained personnel so they can function better then the whole process is stripped of any moral or cultural influence on the lives of Americans or on the future of humanity.

But thats not our tradition. In America we have generally believed, until recently, that higher education should cultivate the individual for contributing to our democratic culture. As philosopher Martha Nussbaum points out in a fine book on the liberal arts titled Cultivating Humanity (1997), Unlike all other nations, we have asked higher education to contribute a general preparation for citizenship, not just a specialized preparation for a career.

By citizenship, she means finding common values and purposes, or drawing citizens toward one another by complex mutual understanding, in an increasingly pluralistic society. And that crucial effort calls for people with a background in history, literature, philosophy, sociology and other fields that comprise the traditional liberal-arts curriculum.

Moreover, the need for such a background has increased during recent generations. In the modern world characterized by lingering prejudice, violent social conflict, selfish politics, rampant materialism, impersonal relationships, and a deteriorating environment a liberal-arts education promotes critical reflection on the implications of participating in a global society. Our military, economic and social ventures into other countries must be as ethically well-grounded and culturally sensitive as our handling of issues within the nation, but that is sometimes not the case. So, if the decline of liberal arts continues, we will surely lack the human resources to comprehend our huge national and international challenges.

What we need to understand is that the fate of liberal-arts education is inseparable from the fate of multi-cultural America, as well as the fate of the world. Teachers, students, parents and others who believe in Americas deepest values and in our nations role as a global leader a model and inspiration for cultural understanding and social progress must encourage and support our traditional commitment to effective liberal-arts education. Thats the indispensable foundation for national and worldwide social responsibility.

People should always be learning and growing not celebrating their ignorance, defending their prejudice, protecting an outdated worldview, or simply striving for money. So, we have crucial work to do in our families, schools, libraries, civic organizations and governmental agencies to revitalize public awareness of our need for a broad education.

John Hallwas is president of the Illinois State Historical Society. The author or editor of 30 books and hundreds of articles related to Illinois, hes retired from teaching at Western Illinois University and heads a movement there that stresses the liberal arts through an annual Liberal Arts Lecture series.

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Liberal candidate for federal byelection planned to run for Conservatives last year – National Post

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Liberal candidate for federal byelection planned to run for Conservatives last year  National Post

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XRISM Unveils the Invisible: A New Era in X-Ray Astronomy – SciTechDaily

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XRISMs Resolve instrument captured data from supernova remnant N132D in the Large Magellanic Cloud to create the most detailed X-ray spectrum of the object ever made. The spectrum reveals peaks associated with silicon, sulfur, argon, calcium, and iron. Inset at right is an image of N132D captured by XRISMs Xtend instrument. Credit: JAXA/NASA/XRISM Resolve and Xtend

XRISM, a collaborative mission between Japan, NASA, and ESA, is set to revolutionize X-ray astronomy with its advanced instruments, offering unprecedented insights into the universes hottest and most massive structures.

The Japan-led XRISM (X-ray Imaging and Spectroscopy Mission) observatory has released a first look at the unprecedented data it will collect when science operations begin later this year.

The satellites science team released a snapshot of a cluster of hundreds of galaxies and a spectrum of stellar wreckage in a neighboring galaxy, which gives scientists a detailed look at its chemical makeup.

XRISM will provide the international science community with a new glimpse of the hidden X-ray sky, said Richard Kelley, the U.S. principal investigator for XRISM at NASAs Goddard Space Flight Center in Greenbelt, Maryland. Well not only see X-ray images of these sources, but also study their compositions, motions, and physical states.

XRISM (pronounced crism) is led by JAXA (Japan Aerospace Exploration Agency) in collaboration with NASA, along with contributions from ESA (European Space Agency). It launched on September 6, 2023.

Supernova remnant N132D lies in the central portion of the Large Magellanic Cloud, a dwarf galaxy about 160,000 light-years away. XRISMs Xtend captured the remnant in X-rays, displayed in the inset. At its widest, N132D is about 75 light-years across. Although bright in X-rays, the stellar wreckage is almost invisible in the ground-based background view taken in optical light. Credit: Inset, JAXA/NASA/XRISM Xtend; background, C. Smith, S. Points, the MCELS Team and NOIRLab/NSF/AURA

Its designed to detect X-rays with energies up to 12,000 electron volts and will study the universes hottest regions, largest structures, and objects with the strongest gravity. For comparison, the energy of visible light is 2 to 3 electron volts.

The mission has two instruments, Resolve and Xtend, each at the focus of an X-ray Mirror Assembly designed and built at Goddard.

Resolve is a microcalorimeter spectrometer developed by NASA and JAXA. It operates at just a fraction of a degree above absolute zero inside a refrigerator-sized container of liquid helium.

When an X-ray hits Resolves 6-by-6-pixel detector, it warms the device by an amount related to its energy. By measuring each individual X-rays energy, the instrument provides information previously unavailable about the source.

XRISMs Xtend imager collected this snapshot of supernova remnant N132D. The expanding wreckage is estimated to be about 3,000 years old and was created when a star roughly 15 times the Suns mass ran out of fuel, collapsed, and exploded. At its widest, N132D is about 75 light-years across. Credit: JAXA/NASA/XRISM Xtend

The mission team used Resolve to study N132D, a supernova remnant and one of the brightest X-ray sources in the Large Magellanic Cloud, a dwarf galaxy around 160,000 light-years away in the southern constellation Dorado. The expanding wreckage is estimated to be about 3,000 years old and was created when a star roughly 15 times the Suns mass ran out of fuel, collapsed, and exploded.

The Resolve spectrum shows peaks associated with silicon, sulfur, calcium, argon, and iron. This is the most detailed X-ray spectrum of the object ever obtained and demonstrates the incredible science the mission will do when regular operations begin later in 2024.

These elements were forged in the original star and then blasted away when it exploded as a supernova, said Brian Williams, NASAs XRISM project scientist at Goddard. Resolve will allow us to see the shapes of these lines in a way never possible before, letting us determine not only the abundances of the various elements present, but also their temperatures, densities, and directions of motion at unprecedented levels of precision. From there, we can piece together information about the original star and the explosion.

XRISMs Xtend instrument captured galaxy cluster Abell 2319 in X-rays, shown here in purple and outlined by a white border representing the extent of the detector. The background is a ground-based image showing the area in visible light. Credit: JAXA/NASA/XRISM Xtend; background, DSS

XRISMs second instrument, Xtend, is an X-ray imager developed by JAXA. It gives XRISM a large field of view, allowing it to observe an area about 60% larger than the average apparent size of the full moon.

Xtend captured an X-ray image of Abell 2319, a rich galaxy cluster about 770 million light-years away in the northern constellation Cygnus. Its the fifth brightest X-ray cluster in the sky and is currently undergoing a major merger event.

The cluster is 3 million light-years across and highlights Xtends wide field of view.

This composite image shows supernova remnant N132D. It uses data from NASAs Chandra X-ray Observatory (purple and green) and Hubble Space Telescope (red). N132D is among the brightest X-ray remnants in the Large Magellanic Cloud, a nearby dwarf galaxy. Credit: NASA/STScI/CXC/SAO, processing by Judy Schmidt, CC BY-NC-SA

Even before the end of the commissioning process, Resolve is already exceeding our expectations, said Lillian Reichenthal, NASAs XRISM project manager at Goddard. Our goal was to achieve a spectral resolution of 7 electron volts with the instrument, but now that its in orbit, were achieving 5. What that means is well get even more detailed chemical maps with each spectrum XRISM captures.

Resolve is performing exceptionally and already conducting exciting science despite an issue with the aperture door covering its detector. The door, designed to protect the detector before launch, has not opened as planned after several attempts. The door blocks lower-energy X-rays, effectively cutting the mission off at 1,700 electron volts compared to the planned 300. The XRISM team will continue to explore the anomaly and is investigating different approaches to opening the door. The Xtend instrument is unaffected.

NASAs XRISM General Observer Facility, hosted at Goddard, is accepting proposals for observations from members of U.S. and Canadian institutions through Thursday, April 4. Cycle 1 of XRISM General Observer investigations will begin in the summer of 2024.

XRISM is a collaborative mission between JAXA and NASA, with participation by ESA. NASAs contribution includes science participation from the Canadian Space Agency.

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New Astronomy Finding Uncovers the Mystery of Star Formation at the Edge of Galaxies – SBU News – Stony Brook News

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New Astronomy Finding Uncovers the Mystery of Star Formation at the Edge of Galaxies - SBU News  Stony Brook News

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The Future Of Astronomy Lies In Artificial Intelligence – Forbes

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The Future Of Astronomy Lies In Artificial Intelligence  Forbes

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The ‘Super Bowl of Astronomy’ begins next week in New Orleans – Space.com

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The world of astronomy has already offered a pretty fascinating start to 2024. In just the first five days of the year, we've seen incredible discoveries like the true colors of Neptune and Uranus as well as a massive cyclone raging on a distant exoplanet thanks to the trusty Hubble Space Telescope. But things are only going to ramp up over the next week. By a lot.

From Jan. 7 to Jan. 11, the 243rd meeting of the American Astronomical Society will convene in the vibrant city of New Orleans, Louisiana.

Thousands of scientists specializing in an absolutely incredible array of subjects ranging from dark matter mysteries to star explosions and the search for habitable exoplanets to the technology required to propel spacecraft across the solar system will gather in one area. They'll get ready to announce some of the best and brightest studies they've been working on; meanwhile, they'll be figuring out how to get even bigger and brighter with their next by listening to wild ideas, strange contradictions and telescopic achievements their colleagues will lay out. Some have even called this event the "Super Bowl of Astronomy."

Related: The Magellanic Clouds must be renamed, astronomers say

NASA will be there too, to offer updates on major missions like the trailblazing, $10 billion James Webb Space Telescope and the upcoming, highly anticipated, Habitable Worlds Observatory. According to a statement released on Jan. 5, NASA will also be discussing the 2024 total solar eclipse, which will take place on April 8, the Transiting Exoplanet Survey Satellite (TESS), the Nancy Grace Roman Telescope currently under construction and even its scientific balloon program.

"Experts will discuss new research from NASA missions at the 243rd meeting of the American Astronomical Society (AAS) on topics ranging from planets outside our solar system to fleeting, high-energy explosions in the universe," the agency said in the statement.

All NASA press conferences will be streamed for the public to view on AAS's Press Office YouTube channel; other conferences during the meeting will be found there as well. After the meeting concludes, the streams will be available to view on an online archive provided by the organization. You'll notice that this archive includes a wealth of presentations from previous years as well.

Beyond NASA, teams from other iconic space facilities, current and upcoming, are scheduled to speak, too. Members of the Rubin Observatory, for instance, are expected to let everyone know how things are going with their efforts to discover tens of billions of galaxies once its construction is complete in Chile. But, as we'd mentioned, perhaps the most interesting and hopefully mind-blowing presentations will be coming from researchers speaking during the event.

Though we don't have a ton of information yet on each of those talks, we're able to see some of the study headlines. And they look quite intriguing. For instance, Jan. 8 is poised to bring us an update on a "dark galaxy," the origins of "odd radio circles," and a "famous exploded star in its best light." Jan. 9 appears to have information concerning an exoplanet's tail-like escaping atmosphere and a highly distant fast radio burst seen by the Hubble Space Telescope. Jan. 10 has something about a "supernova imposter" on its schedule and Jan. 11 beholds an entire category of presentation dubbed "Oddities in the Sky." This honestly barely scratches the surface. You can have a look at the full list of presentations here.

Briefings are scheduled to begin between (and including) Jan. 8 to Jan. 11 at 10:15 a.m. CST (11:15 a.m. EST) and then again at 2:15 p.m. CST (3:15 p.m. EST). During the week, you can follow along with Space.com as we bring you some of the AAS's 243rd meeting highlights.

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Scientific American proposes policing the language of astronomy to make it beautiful and elegant, as well as … – Why Evolution Is True

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Oops! Scientific American did it again, this time with an op-ed that could have been ripped from the pages of The Onion. As is so common these days, the piece proposes that we change the language of science (astronomy in this case), since some of its terms are bad in four ways:

a. They are violent, sexist, and triggering

b. They are not beautiful and elegant like astronomy is, but grating; and they are not kind

c. They are non-inclusive, presumably helping keep minorities out of astronomy.

d. They are untruthful and distort astronomy

In my view, none of these claims holds up, for the article is all Pecksniffian assertion with not a shred of evidence. Author Juan Madrid assumes the role of a bomb-sniffing dog, snuffling the field of astronomy for linguistic mines.

Click the headline below to read and weep, or find the piece archived here. The author is identified this way (my link):

Juan P. Madridis an assistant professor in the department of physics and astronomy at the University of Texas Rio Grande Valley.

The piece begins by describing a collision that will take place, 4 to 7 billion years hence, between the Milky Way and its closest galaxy, Andromeda. Immediately the word collision is seen as triggering. One of Madrids students described the future collision instead as a giant galactic hug. But the person who sent me this link added this comment:

My wife says that if Andromeda doesnt want the Milky Way to hug her then its interstellar sexual assault.

Indeed! But Madrid hastens to instruct us why using collision is not only grating, but misleading:

The kindness, but also the accuracy, of the language my student used was in sharp contrast to the standard description we use in astronomy to explain the final destiny of Andromeda and the Milky Way: a collision. But as astronomers have predicted, when Andromeda and the Milky Way finally meet, their stars will entwine and create a larger cosmic structure, a process that is more creating than destroying, which is what we envision when we use the termcollision. A galactic hug is scientifically truthful, and its led me to believe that astronomers should reconsider the language we use.

First of all collision doesnt mean destroying, but simply two objects hitting each other. In this case, two galaxies collide, but their stars are spread so far apart that theyll simply merge into one big galaxy and star will not hit star. You could say merge instead of collide, but that also implies that perhaps the stars will absorb each other. If you want to convey the idea that nothing gets banged up, then, Madrid suggests using galactic hug. He actually wants astronomers, their classes, and their textbooks, to adopt this new, kind, and romantic term. (There are, of course, more salacious terms that could be used.) But they wont be because they sound dumb, and in fact galactic hug is just as inaccurate as the other terms, for hug implies that there is some mutual enfolding, when in fact, the entities merge and do not remain separate, as humans do when they have a (temporary) hug. When Fred and Sue hug each other, they dont merge into one person. . .

And so Madrid, combing the literature for other terms that are jarring and, he says, misleading, finds more, as of course he would. (You can do this in any field of biology, chemistry. or physics; all you need is a sufficiently diligent Pecksniff). Ive singled out Madrids instances of bad language below by adding my own links, and putting those words in bold.

For instance, in galaxy evolution we invoke imagery strikingly similar to what you would expect if you were eavesdropping on Hannibal Lecter: words like cannibalism, harassment [JAC: no instance found], starvation, strangulation, strippingorsuffocation. There is a rather long list of foul analogies that have entered, and are now entrenched, in the lexicon of professional astronomy. We have grown accustomed to this violent language and as a community, weseldom questionor reflect on its use.

Strangulationis a particularly cringeworthy term in astronomy, referring to the decline of the number of stars born in some types of galaxies. This is a vicious crime where most often thevictim is a woman; the perpetrator, a man. Yet, we use this word mindlessly to describe a slow astronomical process that takes millions of years. Under certain conditions, some galaxies use up or lose the gas that is the primordial ingredient to form stars. When that happens, galaxies make new stars at a lower rate. But these galaxies do not die or suffer great harm. They will continue to shine and will live their natural evolution.

This is but one of many examples of violent language in our field that actually describes something gradual, slow and perhaps even gentle.

Madrid was savvy enough to impute misogyny to one of these terms: strangulation, giving some woke heft to his thesis. But if you look at how the terms are used, only someone who wants to be offended would be. Moreover, they are not inaccurate. Starvation, for example, refers to something that cuts off the flow of gas that galaxies need for new star formation. I dont find it inaccurate at all. In fact, none of these terms are inaccuratewhat Madrid really objects to is that they are triggering and unwelcoming. He tries to sell his campaign to deep-six these terms as being untruthful, because he doesnt want to look like an ideologue, but Im not buying it. Also he allows explosion for the creation of a supernova, in most cases he finds this language needlessly vicious and [promoting] inaccurate connotations.

In short, Madrid finds this language triggering, for thats the only explanation for why we should avoid this kind of vicious language. And, as he says below,

The use of hypercharged words in our field ignores the fact that this violent imagery can trigger distress in colleagues who might have been victims of violence.

But there are two points to be made here. First, as I noted in a recent post, giving the relevant studies, Trigger warnings dont work and can even causemore trauma. There is no evidence that using this sort of language somehow harms the students. In fact, the remedy for those who are traumatized by certain words is not to avoid exposure to them, but to learn to not be upset when you are exposed. There is therapy for this.

Second, as is so often the case in these screeds, Madrid gives no examples of how the bad language upsets people. He should be able to produce at least a dozen cases on the spot, like Jane got upset and left the class when she heard the word strangulation', or Bob reported Professor Basement Cat to the university for using the term cannibalism on the astronomy exam, which, he said, made him think of the Donner Party and prevented him from completing the exam. In nearly all of these language-policing articles, there is a surfeit of outrage and a dearth of examples or evidence of harm.

But Madrid circumvents the lack of evidence and simply suggests ways that we can censor this language, again pretending hes interested mainly in scientific truth:

To shift toward more welcoming and truthful language in astronomy, scientific journals can push to change the currently accepted language. The referee, or the scientific editor, can ask the authors to consider more appropriate descriptions of the physical processes involved. Referees, editors and editorial boards can step up to enforce scientific accuracy and stop the use of violent, misogynistic language that is now pervasive. This is a call for scientific precision. The use of hypercharged words in our field ignores the fact that this violent imagery can trigger distress in colleagues who might have been victims of violence.

Can, could have, might have. Where are the examples of this? The sweating professor gives none. And isnt it amazing that the more accurate language is always the kinder language?

And, as expected, Madrid manages to drag race, inclusion, and diversity into his discussion, even though none of the terms above have anything to do with race. And this belies his faux concern mainly for scientific accuracy:

As astronomers, we must strive to create a more inclusive and diverse community that reflects the composition of our society.Valuable effortsto provide opportunities for women and minorities to succeed in astronomy have been created. However,by many metrics, the progress made towards gender equality and true diversity has beenpainfully slow.

We must listen to the new generation of astronomers. My student showed me that while some astronomical processes can be intense, the universe revealed through astronomy provides us with the most fascinating sights known to humankind. Like many other young scientists, she thinks that when we explain astronomical phenomena with wording and phrases that share our excitement and appreciation, it also encourages others to join in and wonder what else we can discover together.

The universe is beautiful, elegant and ever-changing. Astronomy would be wise to follow its lead.

And so, in the end, we see that this kind of misguided effort, concentrating on words rather than science itself, is part of the corruption that has entered science via DEI and its ideology. What we have is one more attempt to control thought by controlling language.

There is no evidence that minorities and women are being kept out of astronomy because they dont find its language inclusive,, though thats really the thesis of Madrids piece. But the very idea that this thesis is true is laughable. Promoting the idea that galaxies hug each other is not going to bring people pouring into astronomy.

Once again Scientific American, trying to ride the woke bandwagon, has fallen off the train. Blame not only the author, but the editor, who actually approved this nonsense.

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‘Blob-like’ home of farthest-known fast radio burst is collection of seven galaxies – Northwestern Now

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In summer 2022, astronomers detected the most powerful fast radio burst (FRB) ever observed. And coming from a location that dates halfway back to the Big Bang, it also was the farthest known FRB spotted to date.

Now, astronomers led by Northwestern University have pinpointed the extraordinary objects birthplace and its rather curious, indeed.

Using images from NASAs Hubble Space Telescope, the researchers traced the FRB back to not one galaxy but a group of at least seven galaxies. The galaxies in the collection appear to be interacting with one another perhaps even on the path to a potential merger. Such groups of galaxies are rare and possibly led to conditions that triggered the FRB.

The unexpected finding might challenge scientific models of how FRBs are produced and what produces them.

Without the Hubbles imaging, it would still remain a mystery as to whether this FRB originated from one monolithic galaxy or from some type of interacting system, said Northwesterns Alexa Gordon, who led the study. Its these types of environments these weird ones that drive us toward a better understanding of the mystery of FRBs.

Gordon will present this research during the 243rd meeting of the American Astronomical Society in New Orleans, Louisiana. Revealing the Environment of the Most Distant Fast Radio Burst with the Hubble Space Telescope will take place at 2:15 p.m. CST on Tuesday (Jan. 9) as a part of a session on High-Energy Phenomena and Their Origins. Reporters can register here.

Gordon is a graduate student in astronomy at Northwesterns Weinberg College of Arts and Sciences, where she is advised by study co-author Wen-fai Fong, an associate professor of physics and astronomy. Fong and Gordon also are members of the Center for Interdisciplinary Exploration and Research in Astrophysics (CIERA).

Flaring up and disappearing within milliseconds, FRBs are brief, powerful radio blasts that generate more energy in one quick burst than our sun emits in an entire year. And the record-breaking FRB (dubbed FRB 20220610A) was even more extreme than its predecessors.

Not only was it four times more energetic than closer FRBs, it also clocked in as the most distant FRB yet discovered. When FRB 20220610A originated, the universe was just 5 billion years old. (For comparison, the universe is now 13.8 billion years old.)

In early observations, the burst appeared to have originated near an unidentifiable, amorphous blob, which astronomers initially thought was either a single, irregular galaxy or a group of three distant galaxies. But, in a new twist, the Hubbles sharp images now suggest the blob might be as least as many as seven galaxies in incredibly close proximity to one another. In fact, the galaxies are so close to one another that they could all fit inside our own Milky Way.

There are some signs that the group members are interacting, Fong said. In other words, they could be trading materials or possibly on a path to merging. These groups of galaxies (called compact groups) are incredibly rare environments in the universe and are the densest galaxy-scale structures we know of.

This interaction could trigger bursts of star formation, Gordon said. That might indicate that the progenitor of FRB 20220610A is associated with a fairly recent population of stars which matches what weve learned from other FRBs.

Despite hundreds of FRB events discovered to date, only a fraction of those have been pinpointed to their host galaxies, said study co-author Yuxin (Vic) Dong, an NSF Graduate Research Fellow, astronomy Ph.D. student in Fongs lab and member of CIERA. Within that small fraction, only a few came from a dense galactic environment, but none have ever been seen in such a compact group. So, its birthplace is truly rare.

Although astronomers have uncovered up to 1,000 FRBs since first discovering them in 2007, the sources behind the blinding flashes remain stubbornly uncertain. While astronomers have yet to reach a consensus on the possible mechanisms behind FRBs, they generally agree that FRBs must involve a compact object, such as a black hole or neutron star.

By revealing the true nature of FRBs, astronomers not only could learn about the mysterious phenomena but also about the true nature of the universe itself. When radio waves from FRBs finally meet our telescopes, they have traveled for billions of years from the distant, early universe. During this cross-universe odyssey, they interact with material along the way.

Radio waves, in particular, are sensitive to any intervening material along the line of sight from the FRB location to us, Fong said. That means the waves have to travel through any cloud of material around the FRB site, through its host galaxy, across the universe and finally through the Milky Way. From a time delay in the FRB signal itself, we can measure the sum of all of these contributions.

To continue to probe FRBs and their origins, astronomers need to detect and study more of them. And with technology continually becoming more sensitive, Gordon says more detections potentially even capturing incredibly faint FRBs are right around the corner.

With a larger sample of distant FRBs, we can begin to study the evolution of FRBs and their host properties by connecting them to more nearby ones and perhaps even start to identify more strange populations, Dong said.

In the near future, FRB experiments will increase their sensitivity, leading to an unprecedented rate in the number of FRBs detected at these distances, Gordon said. Astronomers will soon learn just how special the environment of this FRB was.

The study, A fast radio burst in a compact galaxy group at z ~ 1, was supported by the National Science Foundation (award numbers AST-1909358, AST-2047919 and AST-2308182), the David and Lucile Packard Foundation, the Alfred P. Sloan Foundation, the Research Corporation for Science Advancement and NASA (award number GO-17277). Astronomers first detected FRB 20220610A with the Australian Square Kilometer Array Pathfinder radio telescope in Western Australia and then confirmed its origin with the European Southern Observatorys Very Large Telescope in Chile.

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'Blob-like' home of farthest-known fast radio burst is collection of seven galaxies - Northwestern Now

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