science and beauty thesis

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The Aesthetics of Science: Beauty, Imagination and Understanding

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Julia Sánchez-Dorado, The Aesthetics of Science: Beauty, Imagination and Understanding, The British Journal of Aesthetics , Volume 63, Issue 1, January 2023, Pages 132–135, https://doi.org/10.1093/aesthj/ayab039

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The publication of The Aesthetics of Science invites us to reflect, beyond the range of individual arguments advanced in it, on the general aims that motivate the production of an edited volume like this.

There seems to be a spectrum of possible commitments when one addresses the role of aesthetic values in science. At one extreme, the spheres of the aesthetic and the epistemic are completely separated from one another, with no meaningful interaction between them. So if allusions to the beauty of a theory are to be found in science, these should be understood as merely subjective, emotional responses of scientists in the context of discovery, without standing on the epistemic justification of the theory. At the other extreme, aesthetic and epistemic values belong to the same kind; they are indistinguishable from each other in practice. In this view, references to the beauty of a scientific theory are understood as entailing an epistemic assessment—that is, they are taken as appraisals of the good performance or empirical adequacy of the theory. These two extreme views have something important in common: they render the project of further examining the role of aesthetics in scientific practice a futile task. As one disregards aesthetic considerations and the other translates them into epistemic assessments, they fail to recognize as a genuine philosophical problem the fact that, throughout the history of science, model evaluation and theory choice have been persistently formulated in terms of elegance, harmony, beauty or the capacity to inspire awe.

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Carly's Responses

"science and beauty" by isaac asimov.

3. a) There are a couple of rhetorical questions used throughout this essay. The first is in the first paragraph "Why bother learning all that junk when I can just go out and look at the stars?" and a second is in the fifth paragraph, "Should I be satisfied to watch the sun glinting off a single pebble and scorn any knowledge of a beach?" These rhetorical questions offer the reader a chance to reflect on what the author's statement or opinion is trying to convey. Since they are so obvious, the reader unconsciously will respond as Asimov most likely wants, and they will therefore agree with him.

b) The use of imagery is used quite effectively throughout this essay, especially when the author is providing examples of beauty not seen. An example would be "we are becoming more aware of the violence at the centres- of great explosions and outpourings of radiation, marking the death of perhaps millions of stars." The author may just be describing the atmospheric conditions of the stars but he creates such an image with such great detail, one of which would normally just be disregarded and moved past. The use of imagery adds "visual interest" to the story, almost as if the author is "drawing" a picture for the reader so that what the author is writing is more comprehensible .

c) The author introduces a metaphor "-to form an enormous pinwheel. This pinwheel, the Milky Way galaxy" to make a comparison between to unseemly similar subjects. It offers the reader a link to what is being discussed so that they can make relations and connections to what is being presented.

d) The author uses personification effectively when he writes, "There are stars that pulsate endlessly in a great cosmic breathing". He gives the stars and galaxies personal characteristics to add interest, appeal and a sense of familiarity so that the examples being provided are more relatable to the reader.

4. In paragraphs 7 and 8, Asimov creates coherence in his writing through the use of similar introductory sentences. In the first paragraph he begins "Those bright spots in the sky that we call planets are worlds" and in the following paragraph starts with "Those other bright spots, which are stars rather than planets, are actually suns". The second introductory sentence is a direct reference to the preceding paragraph and creates a link between the two. Furthermore, the use of the phrase "bright spots" in both paragraphs makes a coherent connection to the planets and stars that the author uses as examples to prove his thesis.

5 comments:

nice one, you save my ass out with my assignment. your summary is plain and clear with enough detail as I expected.

Merci beaucoup...

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Post a Comment

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What is the thesis of Science and beauty by Isaac Asimov?

The thesis is that Ignorance conceals the true beauty and wonder of all things.

For example: Thinking that stars are just bright beautiful dots in the sky is like thinking to yourself that a McDonald's Burger is made at McDonald's.

Yes, a McDonald's Burger is made at McDonald's, but do they own cows and make the meat there? Do they grow their own potatoes and instantly slice them and put 'em in the deep fryer? No! They get their meat from frozen packages, which came from distant farms. Same with the potatoes.

The same can be applied to the Stars in the Night Sky, they aren't just shiny bright dots that people gaze at with Awe, they are HUGE hot flaming balls of gas that are almost infinitely far away from us.

Understanding the things that amazes us, will amaze us even more! So don't be ignorant, or you don't get WOW'd!

Add your answer:

Why was Isaac Asimov a futurist?

Isaac Asimov was very comfortable with science and technology. He was interviewed in 1964 to make predictions about the future. He was very close in his predictions of 2014.

Isaac Asimov was born in 1920 what was he famous for?

Isaac Asimov wrote the 4 laws of robotics (law 0 added later).He also wrote or edited over 500 books, mostly Science Fiction.

What genre is Isaac Asimov?

Asimov didn't write just in one genre, but his fiction was largely Science Fiction.

What is the birth name of Isaac Asimov?

Isaac Asimov's birth name is Isaak Judah Ozimov.

Is 'The Fun They Had' by Isaac Asimov considered a short story?

Yes, 'The Fun They Had' by Isaac Asimov is a short story.

What is the name of the isaac asimov essay where Isaac argues how science has helped one appreciate the beauty of the universe?

Science and Beauty

When was The Best Science Fiction of Isaac Asimov created?

The Best Science Fiction of Isaac Asimov was created in 1986.

Who is Isaac Asimov's?

Isaac Asimov was a prolific writer best know for his work in science fiction.

Who is Asimov?

Isaac Asimov was a prolific writer best know for his work in Science Fiction.

What science fiction writer wrote the law of robotics?

It was Isaac Asimov!

What was Isaac Asimov's job?

He used to write science fiction books.

Who wrote the famous science fiction short story Nightfall?

Isaac Asimov

What science fiction writer worte three laws of robotics?

Isaac Asimov.

What science fiction writer wrote the three laws of roboctics?

Why is asimov famous.

Isaac Asimov is a famous American Science Fiction author. His works gave inspiration to such movies as I, Robot (2004)

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Review "The Aesthetics of Science. Beauty, imagination and understanding"

2021, The British Journal of Aesthetics

The publication of The Aesthetics of Science invites to reflect, beyond the range of individual arguments advanced in it, on the general aims that motivate the production of an edited volume like this. There seems to be a spectrum of possible commitments when one addresses the role of aesthetic values in science...

Related Papers

Milena Ivanova

Scientists often use aesthetic values in the evaluation and choice of theories. Aesthetic values are not only regarded as leading to practically more useful theories, but are often taken to be indicators of the truth of a theory. This paper explores what aesthetic considerations influence scientists’ reasoning, how such aesthetic values relate to the utility of a scientific theory, and how one can justify the epistemic role for such values. The paper examines ways in which the link between beauty and truth can be defended, the challenges facing such accounts, and explores alternative epistemic roles for aesthetic values in scientific practice.

Gustavo E Romero

I offer a theory of art that is based on science. I maintain that, as any other human activity, art can be studied with the tools of science. This does not mean that art is scientific, but aesthetics, the theory of art, can be formulated in accord with our scientific knowledge. I present elucidations of the concepts of aesthetic experience, art, work of art, artistic movement, and I discuss the ontological status of artworks from the point of view of scientific philosophy. What art seeks to disturb is monotony of type, slavery of custom, tyranny of habit, and the reduction of man to the level of a machine.

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Jason B Simus

I first provide an introduction to a neglected topic in contemporary aesthetics: intellectual beauty. I then review James McAllister’s critique of autonomism and reductionism regarding the relation between empirical and aesthetic criteria in scientific theory evaluation. Finally, I critique McAllister’s “aesthetic induction” and defend an alternative model that emphasizes the holistic coherence of aesthetic and other theoretical virtues in scientific theorizing.

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Joel B Hunter

A significant lacuna for phenomenological investigation of the natural sciences emerged from early analyses articulated on the theme of the mathematization of nature. This paper argues that one way to account for the suasiveness of the scientific outlook is by systematic attention to the aesthetic dimension of human experience and reality. I offer a preliminary delineation of the features of a phenomenological thematic of aesthesis as a disclosive dimension of the world, aesthetic processes and validity criteria, and the human activity of imaginativity by which aesthetic-scientific signs of validity prevail even when they contravene theoretical prediction or computational correctness.

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March 20, 2024

This article has been reviewed according to Science X's editorial process and policies . Editors have highlighted the following attributes while ensuring the content's credibility:

fact-checked

trusted source

Motivated supervision increases motivation when writing a thesis, study finds

by Gunnar Bartsch, Julius-Maximilians-Universität Würzburg

Students working on their Bachelor's or Master's thesis usually have supervisors at their side who guide, accompany and possibly also correct them during this time. If students have the impression that their supervisor is passionate and motivated, this also increases their own motivation. Grade pressure, on the other hand, has no direct influence on student motivation during this time.

These are the key findings of a study conducted by psychologists at Julius-Maximilians-Universität Würzburg (JMU). Dr. Anand Krishna, research associate at the Chair of Psychology II: Emotion and Motivation, was responsible for the study. The team has now published the results of its research in the journal Psychology Learning & Teaching .

The pinnacle of learning

"We surveyed a total of 217 psychology students across Germany who were writing their final thesis or had written it in the previous two years," says Krishna, describing the approach. For many students, this thesis represents an important milestone; after all, it can be seen "as the culmination of learning and an expression of the skills acquired during their studies." Accordingly, it is important to keep motivation as high as possible during the work.

The theoretical basis of this study lies in so-called Expectancy-Value Theory. Put simply, it assumes that people multiply the attractiveness of the respective goal, i.e., the value, with the probability of achieving it in their work.

The result of this calculation then determines the respective motivation. Or, in concrete terms: a good grade in the thesis is a prerequisite for an attractive job—so the value is high. However, those who feel overwhelmed by their work will see their chances of a good grade decrease. Accordingly, motivation is also low.

"The close correlation between students' motivation and their assessment of their supervisor's motivation is not really surprising," says Anand Krishna. However, there have been no scientific studies on this to date. What he finds more interesting is the finding that the pressure of grades in the final thesis is not directly related to student motivation.

Grade pressure increases stress and motivation

"Viewed in isolation, our analysis shows a positive correlation between grade pressure and the value aspect of motivation. The greater the pressure that students feel, the higher their motivation ultimately is," says Krishna. At the same time, however, more pressure always means more stress, which in turn lowers motivation.

"Based on this data, we believe it is plausible that grade pressure boosts motivation through the value of the grade, but also increases student stress and therefore ultimately does not contribute to motivation," Krishna concludes. It is important for him to point out that the results of this survey only indicate correlations, not causal relationships. However, the patterns in the data would not contradict the theoretical causal explanation.

Given that motivated supervisors play an important role where the grade is of great importance for future prospects, Anand Krishna and his co-author Julia Grund therefore consider it important to motivate and incentivize supervisors especially. After all, such measures will most likely be reflected in the perception of their students and ultimately lead to a better grade.

Provided by Julius-Maximilians-Universität Würzburg

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14 March 2024

Dr Johannes Heyl, alumnus at the Department of Physics and Astronomy and the Centre for Data Intensive Science and Industry, was awarded the 2024 MERAC Prize for the Best Doctoral Thesis in New Technologies (Computational).

Under the supervision of Professor Serena Viti , Dr Heyl embarked on a PhD thesis project aimed to link astrochemistry and statistical and machine learning techniques to better understand astrochemical processes, a completely novel approach for astrochemistry that traditionally had stayed away from these techniques.  These processes are often underpinned by coupled systems of ordinary differential equations making the relationship between the inputs and outputs non-linear and difficult to understand. Cutting-edge machine learning interpretability techniques were able to provide interpretations to the relationships between physical parameters.  According to EAS, “during his PhD, he demonstrated high levels of curiosity, interests and independence that allowed him to explore different new techniques or methods to aid astrochemical studies. His skills allowed him to publish six papers including one in a field completely different from astronomy (Data Science in Health), a remarkable achievement considering the requirement of a six-month industry secondment in addition of taught courses.” Dr Heyl’s articles had a high impact in the field. When modelling and predicting molecular abundances in the dense gas of the interstellar medium, one of the biggest challenges is the completeness and accuracy of the used chemical networks. Dr Heyl’s combination of techniques has opened a completely new avenue for sensitivity analyses as well as reduction networks.  He also laid out work on interpretable machine learning and showed a very novel and quick way to perform sensitivity analyses, allowing a real potential and rigour that traditional sensitivity analyses methodologies do not have. This was the first time that the concept of machine learning interpretability has been adopted in astrochemistry. Dr Heyl commented: “I am truly delighted and honoured to receive the European Astronomical Society's MERAC Prize for Best Doctoral Thesis. This achievement would not have been possible without the unwavering support and guidance of my supervisor, Professor Serena Viti, whose expertise and mentorship have been invaluable throughout my doctoral journey.  “I am also grateful to the Viti research group, the Centre for Data Intensive Science and Industry and the UCL Astrophysics Group for their support. I am truly privileged to have been part of such an inspiring community at UCL.”

Dr Heyl is now postdoctoral research associate at UCL. Since 2013, the EAS awards the MERAC Prizes to recognise and support young European astronomers. The three laureates of each year are invited to give a plenary lecture at the EAS annual meeting.

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Advancement of the process of production of rolled stock from steel R6M5 at the “Élektrostal’” Metallurgical Plant JSC

• The “Élektrostal’” Metallurgical Plant: Past and Present
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• Volume 49 , pages 465–470, ( 2007 )

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Results of advancement of the process of production of rolled stock from steel R6M5 are considered. The effect of various process factors on the quality parameters of the steel is discussed. An analysis of actual data and of industrial experiments is presented.

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Production of New-Generation Rolled Steel under Conditions of Magnitogorsk Iron and Steel Company

P. V. Shilyaev, S. V. Denisov, … S. I. Platov

Development of Technology and Assimilation of Production for Alloy VZh172 Rolled Product

I. V. Kabanov, A. A. Gorbushkin, … G. V. Isaeva

Experience in the Development of Production of Rolled Stock from Microalloyed Steels for Shipbuilding by NLMK DanSteel

E. A. Goli-Oglu

A. P. Gulyaev, High-Speed Steels with Low Additives of Tungsten and Molybdenum [in Russian], GNTI Mashinostr. Literatury, Leningrad (1941).

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M. Ya. Dzugutov, Plastic Deformation of High-Alloy Steels and Alloys [in Russian], Metallurgiya, Moscow (1971).

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Kabanov, I.V., Girusova, M.V. & Gorbushkin, A.A. Advancement of the process of production of rolled stock from steel R6M5 at the “Élektrostal’” Metallurgical Plant JSC. Met Sci Heat Treat 49 , 465–470 (2007). https://doi.org/10.1007/s11041-007-0087-5

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March 26 – Master of Science Thesis Defence – Danielle Martin

Wednesday, March 20, 2024 | By jsteepe

Master of Science thesis defence in Biological Sciences

Danielle Martin, a Master of Science candidate in the Department of Biological Sciences, will defend her thesis titled “Tracking nuclear generating station emissions and fossil fuel contributions using tree rings in southern Ontario, Canada” on Tuesday, March 26 at 1 PM., in CRN 207.

The examination committee includes Melanie Pilkington, Chair; Michael Pisaric, Supervisor; Helene Løvstrand Svarva, External Examiner (NTNU University Museum); and Liette Vasseur and Kevin Turner, Committee Members.

Tags: Biological Sciences , FMS , Thesis defence Categories: Events

FMS News and Events

• March 26 – Master of Science Thesis Defence – Danielle Martin
• Feb 7 – MRP defence – Braden Saunders
• Feb 6 – Master of Science Thesis Defence – Shajib Chowdhury
• Feb 5 – MSc Thesis Defence – Jannatul Ferdous
• Feb 1 – Master of Science Thesis Defence – Andrew Vu
• Feb 7 – Master of Science Thesis Defence – Mehenika Akter
• Jan 22 – PhD Thesis Defence – Alyson Edge
• Jan 19 – Master of Science Thesis Defence – Ricardo Alva Oropeza
• Master of Science Thesis Defences – Dec 11 and Dec 15 -Alysha Gullion, Ethan Gibbons, Nicholas Aksamit, Raikhan Zakarina
• Dec 7 – PhD Thesis Defence – Andréanne Hébert-Haché

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Facility for Rare Isotope Beams

At michigan state university, frib graduate students shine with award-winning posters at particle accelerator conferences, graduate students conduct thesis research at national labs through accelerator science and engineering traineeship opportunities.

Two Michigan State University (MSU) graduate students with FRIB’s Accelerator Science and Engineering Traineeship (ASET) program won separate awards for their posters at North American and international particle accelerator conferences last summer. Through ASET, both students are now conducting thesis research at national laboratories.

Madison Howard

Madison Howard, a third-year physics graduate student and part of the beam instrumentation and diagnostics group at FRIB, won a bronze award for best poster at the North American Particle Accelerator Conference (NAPAC) in Albuquerque, New Mexico.

Howard’s most recent work has focused on diode physics and emission physics. Her winning poster, titled “Studying the Emission Characteristics of Field Emission Cathodes with Various Geometries,” showed preliminary results from evaluating different field emission cathodes across varying pulse lengths. The team study is ongoing at the Los Alamos National Laboratory (LANL), where she currently is doing her thesis work.

“Getting the bronze award gave me a large sense of pride,” said Howard. “It felt very rewarding to be recognized for the hard work that we have put into this project.”

She credits ASET for helping her land at the national laboratory. “If it wasn't for this program, I wouldn't have known about the opportunities at LANL,” she said. “Not only did ASET give me this opportunity at LANL, but the courses and the professors that are part of the program have given me the tools I need to succeed.”

“Madison’s poster and research on high-current, high-emissivity cathode materials is providing a basis for quantifying the beam quality extracted from these materials,” said FRIB Beam Instrumentation and Measurements Department Manager Steve Lidia, who is Howard’s adviser. “She has produced initial, high-quality work that deserved the bronze award. She brings an experimentalist’s perspective to her work and enjoys reducing complicated activities to the essentials needed for better understanding. This promotes the ASET program with our partner laboratories and forges stronger relationships to build the next generation technical workforce.”

After completing their PhD studies, both students would like to continue conducting research at a national laboratory. Gonzalez-Ortiz plans to continue to his research in accelerator science, while Howard wants to continue working with emission physics and electron injectors.

Cristhian Gonzalez-Ortiz

Fourth-year physics graduate student Cristhian Gonzalez-Ortiz was awarded the best student poster prize at the 2022 International Particle Accelerator Conference (IPAC) in Bangkok, Thailand. His poster, “Third-order Resonance Compensation at the FNAL Recycler Ring,” showed how a specific combination of sextupole magnets can suppress dangerous resonances occurring in circular accelerators under certain operational conditions.

Gonzalez-Ortiz began working on suppression of resonances at FRIB in 2021 before moving his work to the accelerator complex at the Fermi National Accelerator Laboratory (FNAL) in Illinois last August.

He said he is gratified have had his work recognized at IPAC, especially after working through a global pandemic. “Winning this award meant a lot to me, not only because it acknowledges my own hard work, but it also recognizes the hard work of MSU faculty and staff and their support of their grad students,” he said.

Gonzalez-Ortiz is also enrolled in the ASET program. “ASET placed me at Fermilab and gave me the opportunity to work with world-class experts at a national laboratory. I've gained relevant skills and made important connections in the accelerator physics field,” he said.

“Cristhian is a highly motivated graduate student to work on thesis research in the most challenging accelerator physics tasks,” said adviser and FRIB Associate Director for Accelerator Physics Peter Ostroumov, who is Gonzalez-Ortiz’s adviser. “Being an ASET student, he had the opportunity to evaluate possible thesis topics, including research areas covered by national laboratories. Cristhian’s poster at the conference was evaluated by top world experts in accelerator science. The IPAC award is very prestigious in the accelerator community.”

About the Accelerator Science and Engineering Traineeship program

Part of MSU’s top-ranked nuclear physics graduate program, ASET offers a unique training opportunity to PhD and master’s graduate students in accelerator physics and accelerator engineering, and places them in national laboratories for further training and thesis research. Partnering academic programs at MSU include the  Department of Physics and Astronomy and the  College of Engineering .

The ASET program leverages unique campus-based equipment, systems, and experts at FRIB; extensive ASET faculty and research supports in several MSU academic programs; and collaboration resources at national laboratories including Brookhaven National Laboratory , FNAL, Lawrence Berkeley National Laboratory , LANL , and SLAC National Accelerator Laboratory . The program supports graduate students in their studies for up to two years.

Offering a unique training opportunity for master’s and PhD students in physics, astronomy, and engineering, FRIB’s ASET program’s mission is to recruit students, provide training in accelerator science and engineering, and place them in national laboratories for further training and thesis research.

ASET students are trained and mentored by more than 20 MSU faculty members in addition to more than 30 PhD scientists and engineers working in ASET areas at FRIB.

Interested students may apply for the ASET program through the appropriate academic department at the following application sites:

• Apply to the Department of Physics and Astronomy
• Apply to the Department of Electrical and Computer Engineering at the College of Engineering
• Apply to the Department of Mechanical Engineering at the College of Engineering

Michigan State University (MSU) operates the Facility for Rare Isotope Beams (FRIB) as a user facility for the U.S. Department of Energy Office of Science (DOE-SC), supporting the mission of the DOE-SC Office of Nuclear Physics. Hosting what is designed to be the most powerful heavy-ion accelerator, FRIB enables scientists to make discoveries about the properties of rare isotopes in order to better understand the physics of nuclei, nuclear astrophysics, fundamental interactions and applications for society, including in medicine, homeland security and industry.

The  U.S. Department of Energy Office of Science  is the single largest supporter of basic research in the physical sciences in the United States and is working to address some of today’s most pressing challenges. For more information, visit  energy.gov/science .

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Tressie McMillan Cottom

Oprah, Ozempic and Us

By Tressie McMillan Cottom

Opinion Columnist

Oprah Winfrey’s back, and she wants to talk about losing weight. Again. On Monday, Oprah’s ABC special , “Shame, Blame and the Weight Loss Revolution,” promised to answer some of the biggest questions around the new weight-loss drugs. The special was, as we call it in academia, a rich text. There were layers of history, with both Oprah and the intellectual history of bodies in pop culture. But, viewed at a distance and as a whole, the one-hour program was above all a harbinger of how the weight-loss industry is rebranding: Obesity is a disease, and — for the first time — it’s not your fault.

From the special’s outset, Oprah made the story about GLP-1 receptor agonists — Ozempic, Wegovy, Mounjaro — a retelling of her own struggle with weight. Of course the public noticed last year when a remarkably thin Oprah emerged on red carpets. There was rampant speculation that she was on Ozempic. While Oprah never names which brand of GLP-1 she is taking, she confirmed again in this show that she is on a weight-loss drug.

That’s Oprah’s trademark: turning big political questions into a personal narrative of freedom and triumph. And it is this special’s raison d’être. Over and over again, deft production turns the thorny issue of weight-loss medicalization into (admittedly compelling) personal stories. But personal stories about prom dresses and self-esteem distract viewers from the inequality of obesity treatments that risk becoming luxury cosmeceuticals.

There is a war brewing between insurers and providers over who can get these drugs, and not even Oprah will be able to broker a resolution. True to her brand, she did not try.

What Oprah did try to do is finally write the ending to a story about bodies that she has been writing for almost 40 years. “The Oprah Winfrey Show” went into national syndication in 1986. I was 10 years old. That means I have been in a psychosocial relationship with Oprah’s weight-loss struggles for longer than I have been an adult.

In the 1980s, most of the Black women on television were either fair-skinned beauty queens like Vanessa Williams or darker-complexioned mother figures like Nell Carter. Oprah was not a thin beauty queen, but she also wasn’t the help. Engaging, articulate, and utterly in control, Oprah embodied possibilities. Along the way, she also introduced a new language about bodies. They could be sites of struggle and changing them could become a public ritual. The show’s 25-year run became a cultural textbook for remaking one’s self as Oprah lost weight, gained weight, pivoted from “skinny” to “fit” and took us along for every part of the ride.

This special reminded audiences that Oprah is remarkably, almost preternaturally, good at making compelling television for a broadcast audience. It was her narrative storytelling that turned “The Oprah Winfrey Show,” a talk show, into something more like long-form narrative. Each episode had a topic. The topics had range: the best vacations, how to know if your husband had cheated on you, reconciling with your racist mother-in-law after you have a biracial baby.

But Oprah also created a meta-narrative in the ongoing story of her weight. Would this be the day, the week, the show, the year that Oprah loves or hates her body?

When Oprah ended her talk show in 2011, she had settled into her body. But settling is not love. In that way, she was, as she had become during her career, a stand-in for millions of Americans. Chained to our bodies, destined to be wed to them, but never falling in love. We are at turns fat, not “fit,” overweight and obese. The acceptable terminology changes. It accommodates new fad diets — Atkins, Mediterranean, low-glycemic — and new morals around bodies. What has not changed is that weight loss is a booming business that seems to have no ceiling. Being fat can be hell. Selling to fat people is profitable.

Oprah knows this. She owned her title as the nation’s dieter in chief when she joined the board of WeightWatchers in 2015. Oprah-branded meals appeared in grocery stores. She even appeared in WeightWatchers commercials . The brand that pioneered meeting in strip mall storefronts and church banquet halls to be weighed in front of strangers may have felt a bit common for Oprah’s “live your best life” brand of almost-accessible luxury.

But, in the end, WeightWatchers could have just been the safest co-branding opportunity; the least noxious of branded diets partnered with the warmest face of diet culture. And, as she said in the TV special, Oprah believed that WeightWatchers’ point-counting system was the best pathway to a smaller body. For a reported $221 million or so gained by trading WeightWatchers stock, why wouldn’t she want to share that with all of us, too?

Then the new drugs came. They work on multiple physiological levels to help some people lose a moderate to a significant amount of weight. Expensive, hard to ignore, these new drugs promise us that weight loss can be more than a new diet. They promise to solve obesity.

Obesity is not merely about calories or self-control. It is about physiology and culture. This country has managed obesity as a moral failing because it will not solve the culture of inequality that makes it so easy for Americans to gain weight they would rather not have. The drugs’ price compounds obesity’s inequality problem. The people who might benefit from them the most are least likely to have medical access to them, culturally sensitive medical supervision to take them, the insurance approvals to subsidize their cost or the money to pay for them at full price when their insurance does not cover them. The new weight-loss drugs might help fight obesity, but only if people can afford them.

Even so, it is hard to overstate how much this has turned the fitness and weight-loss industries upside down. Self-help fitness gurus have long styled themselves priests in America’s Church of Fitness. They preach self-control, calorie deficits, supplements, cardio and strength training. But the truth is that the lithe, ultrafit bodies of people like Tracy Anderson, Jillian Michaels and Bob Harper have always not so tacitly been selling thinness. The structured programs based on discipline and shame become far less salable when clinical trials disprove their underlying thesis — diet and exercise alone do not work for everybody.

And then there is WeightWatchers. It is the corporate elder of the industry. After decades of convincing people that they could lose weight if they incorporated willpower and accountability, WeightWatchers is rebranding. It ended some in-person meetings, its mainstay, and purchased a GLP-1 provider . The new WeightWatchers also offers a GLP-1 program, a concession that it takes more than behavioral choices to lose weight.

Oprah says she donated her stake in WeightWatchers so she could produce this special without appearing to have a conflict of interest. Despite that, Sima Sistani, the chief executive of WeightWatchers, was a guest on the special. She pushed the new WeightWatchers story, which can be boiled down to: “It’s not your fault.” It seemed to me that companies like WeightWatchers that profited on the shame cycle of yo-yo dieting should start with, “I’m sorry.” But that’s the way of it when you are serving fat people. There is rarely an apology for serving them poorly.

Oprah herself used the “it’s not your fault” language to release individuals from the shame of fat bias. But it also does something else. It positions these GLP-1s as management drugs, like insulin for diabetics or hypertension medication for those with high blood pressure. Those are the kinds of drugs that insurance companies are compelled to subsidize.

It is hard to imagine a weight-loss revolution if Medicare continues to limit coverage. Currently the two brands of GLP-1 that are F.D.A. approved for only weight loss are underinsured. Two pharma reps who appeared on the special indicted insurance providers for denying drug coverage. Insurance providers will tell you that demand for the drugs and the prices that the pharma companies charge for them are unsustainable. The obesity crisis is a health financing crisis, just as much as anything else. We can’t solve one without solving the other.

But above all of this, the new weight-loss drugs offered something else to Oprah’s metanarrative. They offered the nation’s dieter in chief a chance to fulfill her show’s destiny — to finally create a body she can love. It was a payoff that some of her audience has perhaps waited 30 years to see. For others, it could be a letdown. A woman so successful that she redefined the term, not just for women, but specifically for Black women born to unglamorous means and expectations. If she cannot fall in love with her body at any size or shape, what hope is there for the rest of us?

In a way, it feels unfair to ask this of Oprah. She gave enough of herself in ushering us through our own national chaos about good bodies and bad bodies. It is unfair to blame her for popularizing diet culture. The Richard Simmonses, Suzanne Somerses, Jane Fondas and Susan Powters of the world deserve some credit. So, too, does the idea of a thin body as a moral body. It is an idea far older than Oprah. And it is an idea with a nasty racist and classist history. In some ways, it is a triumph of its own kind that a Black woman took a foundational idea of white supremacist thinking about aesthetic virtue and turned it into her own private fortune. I’m pretty sure there would have been a dieter in chief even if Oprah had never existed.

The ABC special doesn’t solve the pressing political issues of the weight-loss revolution. But, watching Oprah stand onstage, towering above the audience, wearing the kind of figure-hugging monochromatic jumpsuits she now favors, I realize that this may not be about us. This is about Oprah. You may find inspiration in her final weight-loss chapter. Even if you don’t, she clearly has found a way to love her body. It is hard to judge that.

Tressie McMillan Cottom (@ tressiemcphd ) became a New York Times Opinion columnist in 2022. She is an associate professor at the University of North Carolina at Chapel Hill School of Information and Library Science, the author of “Thick: And Other Essays” and a 2020 MacArthur fellow.

The Times is committed to publishing a diversity of letters to the editor. We’d like to hear what you think about this or any of our articles. Here are some tips . And here’s our email: [email protected] .

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An earlier version of this article misstated a Weight Watchers policy. It ended some in-person meetings, not all of them.

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Victor M. Mukhin was born in 1946 in the town of Orsk, Russia. In 1970 he graduated the Technological Institute in Leningrad. Victor M. Mukhin was directed to work to the scientific-industrial organization "Neorganika" (Elektrostal, Moscow region) where he is working during 47 years, at present as the head of the laboratory of carbon sorbents.     Victor M. Mukhin defended a Ph. D. thesis and a doctoral thesis at the Mendeleev University of Chemical Technology of Russia (in 1979 and 1997 accordingly). Professor of Mendeleev University of Chemical Technology of Russia. Scientific interests: production, investigation and application of active carbons, technological and ecological carbon-adsorptive processes, environmental protection, production of ecologically clean food.   

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• 2024 Queen of Love and Beauty crowned at Missouri S&T

Posted by Laura Studyvin On March 20, 2024

Katie McNevin, the 2024 Queen of Love and Beauty, with Ollie Fensterman as St. Patrick. Photo by Michael Pierce/Missouri S&T.

Katie McNevin, a junior in electrical engineering from Saint Charles, Missouri, has been crowned the 2024 Queen of Love and Beauty as part of the 116th St. Pat’s celebration in Rolla. She was nominated by Phi Sigma Rho. 

The identities of the queen, queen’s court and the student knights’ court were revealed during coronation ceremonies held Friday, March 15. 

Members of the queen’s court are: 

• Princess of Peace and Happiness – Rory Anderson, a sophomore in information science and technology from Liberty, Missouri, representing Sigma Nu.  
• Countess of Courage and Valor – Abbey Krimmel, a senior in computer science from Springfield, Illinois, representing Zeta Tau Alpha.  
• Duchess of Desire and Ecstasy – Narrie Loftus, a graduate student in nuclear engineering from Sonoma, California, representing the American Nuclear Society. 
• Lady of Honor and Devotion – Jessica Glenn, a senior in mining engineering from Edwardsville, Illinois, representing Lambda Sigma Pi.  

Members of the student knights’ court are: 

• Prince of Pride and Hope – Joseph Amrein, a junior in biological sciences from St. Louis, representing the General Delegation of Independents.  
• Count of Charm and Humility – Lexy Custer, a senior in psychology from Kirkwood, Missouri, representing Chi Omega.  
• Duke of Dominion and Strength – Luke Holliday, a doctoral student in computer science from Nixa, Missouri, representing the Fraternal Order of Leaders.  
• Lord of Loyalty and Embrace – Caleb Bogener, a senior in mechanical engineering from Weldon Spring, Missouri, representing Tau Kappa Epsilon. 

About Missouri University of Science and Technology  

Missouri University of Science and Technology (Missouri S&T) is a STEM-focused research university of over 7,000 students located in Rolla, Missouri. Part of the four-campus University of Missouri System, Missouri S&T offers over 100 degrees in 40 areas of study and is among the nation’s top public universities for salary impact, according to the Wall Street Journal . For more information about Missouri S&T, visit www.mst.edu .  

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