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Showing posts with label plagiarism. Show all posts
Showing posts with label plagiarism. Show all posts

Saturday, November 7, 2026

The Other Thing That Happened on Election Day

You've undoubtedly seen "watermarked" photos on the web, such as the one above. These marks are typically designed from discouraging you from using the photos without paying. However, the word "watermark" is used more generally as some kind of indicator about something on the web, e.g., an indicator that a piece of music was AI generated rather than composed by a human.

Educators in particular have been concerned about computer-generated text that might be handed in by students. Researchers have been concerned about research papers that were computer-generated. There have been programs available that are supposed to detect computer-generated text. But there are concerns about the possibility of false positives resulting in, say, discipline of a student for handing in a term paper that was machine-written when the student denies it.

On November 3rd (Election Day), Claude rolled out a watermarking system for Claude-generated text in the US. See:

https://x.com/petesena/status/2116243133956796806

Apparently, this rollout was at least partially in response to EU legislation. The EU legislation was effective in August. So it seems likely that other AI firms will follow the Claude example.

From Claude: https://support.claude.com/en/articles/16266773-how-claude-marks-ai-generated-content

...How Claude marks content

Claude uses two complementary techniques to mark content generated and processed by Claude: (1) watermarks embedded in text, and (2) Content Credentials (C2PA) attached to files. 

1. Embedded watermarks in text 

When a supported Claude model generates text, it weaves an imperceptible watermark directly into the text itself. You won’t see it, and it doesn’t change the meaning, quality, or readability of Claude’s response. 

Because the watermark is part of the text, it will travel with the text when it’s copied and pasted elsewhere, and may persist through some editing. Watermarking will be applied at the model level, which means it will be present no matter which Claude product or surface the text comes from. 

2. Content Credentials (C2PA) 

When Claude generates a supported file type such as a PNG or JPEG, it will attach signed provenance metadata. This metadata is called a Content Credential and follows the Coalition for Content Provenance and Authenticity (C2PA) open standard, which is used across the industry to record information about content provenance. If a signed metadata label is present, it signals that a file was processed by Claude.

Detect Claude’s marks 

Detection checks whether a piece of text or a file carries a supported Claude mark. If a supported mark is found, it indicates that the content may have been generated or processed by Claude.

To check whether a file contains a Claude-issued Content Credential, use the free Claude Content Checker. To learn more about how Claude marks files and how to verify Claude-issued Content Credentials, see Content Credentials on generated files.

Watermark detection is currently in private preview, available to eligible organizations as required under EU law (such as regulators, law enforcement, media, fact-checkers, independent researchers, educational organizations, and EU civil society groups). It is also available for enterprises who are similarly obligated to verify watermarking for their own compliance with the Act... 

Limitations

Machine-readable marks provide important signals about content, but it’s worth understanding their limitations across all content types. 

  • A detected mark provides a signal that content was processed by Claude, but is not fully conclusive. Detecting a Claude mark tells you that the content may have been processed by Claude. It does not, on its own, confirm the full provenance of the content. For example: 
  • Claude may not be the original author. People often use Claude to proofread, translate, summarize, or convert files. The output can carry a Claude mark even if the underlying ideas, text, or data originated from another source;
  • The content may have changed after Claude processed it. Marked content may be modified, excerpted, or combined with other material after Claude processed it.
  • Lack of a detected mark doesn’t mean the content wasn’t AI-generated or processed. Content generated by Claude may not carry a detectable mark if, for example: 
  • It was generated by a model before marking was supported for that model;
  • The text has been heavily edited, paraphrased, translated, or mixed into other writing;
  • The passage is very short, leaving too little text for a reliable signal;
  • A file’s metadata was stripped through format conversion, re-saving, screenshots, or other means;
  • It was produced through a platform, feature, or file type where a particular marking type wasn’t supported... 

===

Unlike the kind of watermarking on the photo above, the text watermarking of most concern to educators is invisible to the author and reader (without a detector) and doesn't affect the quality of the generated text. More detail on how this is done can be found at:

https://www.anthropic.com/news/claude-text-watermark.

===

Whether all this will solve the education and research problems is unclear. There are currently programs available that remove the watermarks from photographs such as the one above. It would be harder to come up with programs that remove the text watermarks. But the material above suggests that such techniques are possible. Moreover, universities - not wanting to be left behind - have been making AI available to students and staff. Even students who entirely do their own research and write a basic draft of term papers might well use AI for proofing and grammar, thus inserting a watermark. Is AI usage just for proofing and grammar illegitimate? If it is, why did the university make AI readily available? In short, there will need to be tight standards for what is and what isn't legitimate.

Thursday, October 29, 2026

Out


From Inside Higher Ed: Dartmouth University Provost Santiago Schnell resigned Wednesday after a faculty-led review committee concluded that he “used AI to meaningfully alter his writing” and “fell short” of the university’s academic integrity standards. “I expect our senior leaders to hold themselves to the highest standards,” Dartmouth President Sian Leah Beilock, who has called for “more AI” at the university, wrote in a memo to students, faculty and staff. “Out of respect for his colleagues and the institution, Santiago has resigned as provost and is leaving the university."

...The controversy surrounding Schnell’s AI use started in August when Semafor published an investigation showing that the AI detector Pangram flagged an editorial he wrote for The Washington Post as at least 80 percent AI generated. A few weeks later, The Dartmouth followed up with its own investigation into more of Schnell’s published writings, also using Pangram to detect the extent of AI use. According to the student newspaper, Pangram determined that Schnell’s work was 96 percent “AI-written” across the nine professional articles he published this year, including the Post essay and two academic papers about mathematics. 

...In response to the outcry, Beilock convened an independent advisory committee composed of faculty and alumni to review how Schnell used AI in his writing and determine if he met publishers’ AI-disclosure requirements, if he was honest about his AI use and if that use constituted a violation of Dartmouth policy... The committee noted that Schnell didn’t fully cooperate with their investigation...

Full story a https://www.insidehighered.com/news/governance/executive-leadership/2026/10/28/dartmouth-provost-resigns-over-ai-use.

Sunday, October 25, 2026

Straws in the Wind - Part 505

From the Brown Daily Herald: Brown does not formally use third-party applications to check whether students are suspected of artificial intelligence use in admissions essays. But according to Associate Provost for Enrollment and Dean of Undergraduate Admission Logan Powell, the admissions team notices when there are “dramatic inconsistencies” in applications that indicate that AI might be used in an applicant’s essays. According to Powell, the admissions department maintains the same AI policy set by the Common Application, which prohibits “submitting plagiarized essays or other written or oral material, or intentionally misrepresenting as one’s own original work” through various means, including “the substantive content or output of an artificial intelligence platform, technology or algorithm,” according to its website. But due to concerns over the accuracy of third-party AI-checking applications, the University does not formally screen a student’s application for the use of AI. “We would never want to assume that someone who just prefers to use em dashes in their writing copied the content of some large language model,” Powell said.

Brown also does not use any AI for the subjective evaluation of a candidates’ application... At Brown, the admissions office has opted against this strategy, instead training staff to look for evidence of “consistency and authenticity” in writing, Powell said. While discrepancies in an applicant’s voice are a cause of concern, Powell said that this is not a new issue specific to the use of AI...

Full story at https://www.browndailyherald.com/article/why-brown-does-not-use-third-party-ai-checkers-in-admissions-essays-20261015.

Saturday, October 24, 2026

Straws in the Wind - Part 204

From The Dartmouth: On Oct. 8, the Office of Community and Campus Life and Dartmouth Student Government co-hosted a “roundtable discussion and listening session” on artificial intelligence at the College... College spokesperson Jana Barnello wrote in an email statement to The Dartmouth that the listening session was “not open to the news media” in order to “create a space where students, faculty and staff could speak candidly about their own AI use, raise concerns about the technology and pose questions for leadership.”

The listening session was announced in a Sept. 25 email to campus by College President Sian Leah Beilock titled “A Review and a Community Conversation on AI,” which also announced a committee-led review of Provost Santiago Schnell’s alleged AI use in recent op-eds and academic articles... Hosted in the Hanover Inn grand ballroom, the Oct. 8 session featured six panelists: Beilock, faculty leadership group on AI co-chair and engineering professor Peter Chin, Dartmouth chief financial officer Scott Frew, AI fellow and film and media studies department chair Roopika Risam, neuroscience professor Tor Wager and vice provost for academic and international affairs Barbara Will. Approximately 380 undergraduates, alumni, faculty and staff attended the event, according to Barnello...

“Participants talked about how one size could not fit all and how different departments may use AI differently,” [swim instructor and Hillel at Dartmouth employee Pam] Crandall said. “They did talk about a need for training people about proper usage. They mostly talked about creating shared norms, creating shared principles that would guide us in our usage.” ...

Full story at https://www.thedartmouth.com/article/2026/10/pierry-park-college-holds-community-roundtable-discussion-and-listening-session-on-artificial-intelligence.

Thursday, October 22, 2026

Straw in the Wind - Part 502

From the Chronicle of Higher Education: ...The ed-tech marketplace is filled with tools that promise to either help students cheat or to detect AI cheating. It’s an accelerating arms race, pitting the newest AI technologies that mimic human behaviors against those that discern what is authentically human. The depth and layers of surveillance are “really sort of shocking,” said Marc Watkins, assistant director of academic innovation at the University of Mississippi. He spends many hours staying on top of these tools and how they are advertised to instructors and to students.

“Imagine setting up your system where half your time is going to be watching a sped-up process-tracking report to see if a student is copy and pasting something here, or going into an AI-detection report and wondering if 38 percent of this is AI-generated versus 15, and what level becomes a point where you bring a student up,” he said. “It’s too much, and people check out.”

The latest AI-detection tool, Pangram, has won attention for its accuracy in spotting AI writing. Yet surveillance seems to be a losing proposition. Watkins noted that a student could purchase Pangram alongside a generative-AI program such as Claude Code, then have it repeatedly rework an AI-written essay 100 times over until it passes cleanly through the detector.

The students who win the cheating game “would be the ones who had the most resources and also had the most knowledge about how these systems work,” he said. “Our assessment strategy would basically only really detect and punish those students who didn’t have that access.” ...

Full story at https://www.chronicle.com/article/the-new-nanny-state.

Saturday, October 17, 2026

Straws in the Wind - Part 497

From The Dartmouth: ...Interim dean of the faculty of Arts and Sciences and government professor John Carey sent an email to Dartmouth’s undergraduate faculty containing “guidelines on use of AI detection in teaching.” The guidelines permit faculty to input student work to artificial intelligence detector Pangram. Pangram — which was found to have a “near-zero error rate” by an October 2025 University of Chicago audit — uses a large language model neural network that is trained to recognize differences between separate datasets of human-written documents and AI-generated content, according to the company’s website...

The guidelines also state that faculty “must inform” students of course policies on AI, including whether the professor may use AI detectors and whether the “results of such assessments could affect grades.” ...

Full story at https://www.thedartmouth.com/article/2026/10/hyde-dean-of-faculty-authorizes-professors-to-use-ai-detector-pangram-to-review-student-work.

Friday, October 2, 2026

Dartmouth: Did Somebody Say Mach Schnell?


From The Dartmouth we learn the provost wanted to get his writing done quickly: 

In an email to campus..., College President Sian Leah Beilock wrote that she is initiating a “rigorous, objective review” of College Provost Santiago Schnell’s use of artificial intelligence in his “academic publications and public writing.” Her announcement follows reporting by The Dartmouth...  which showed that several of Schnell’s recent publications, including op-eds and academic articles, were flagged as “AI-written” by AI detector Pangram. 

In an opinion article in The Dartmouth on Friday titled “What I’ve Learned About AI and Academic Integrity,” Schnell wrote that, “in retrospect, I now realize I should always explicitly disclose use of AI in my public writing and be attentive to the expectations of AI use set by publications.” “I am sorry that this was not my standard practice and, moving forward, it will be,” Schnell wrote...

Full story at https://www.thedartmouth.com/article/2026/09/sharma-hubbard-beilock-ai-statement.

From the original expose in The Dartmouth: 

An investigation by The Dartmouth of academic articles and opinion pieces published by Provost Santiago Schnell in 2026 found a median “AI-written” text percentage of 96% using artificial intelligence detector Pangram... 

Full story at https://www.thedartmouth.com/article/2026/09/schnell-ai-writing.

Semi-apology (hopefully self written) in The Dartmouth by Provost Schnell:

I know that some in the community are concerned after reading recent news stories about my use of artificial intelligence, including the article that appeared this week in The Dartmouth. I understand that my use of AI in writing is raising important questions about the standards of scholarly and professional work...

Full statement at https://www.thedartmouth.com/article/2026/09/provost-schnell-letter-to-the-editor.

NOTE: In the statement, he apologizes for not disclosing his use of AI in writing. He doesn't apologize for using it. 

Monday, September 21, 2026

Straws in the Wind - Part 471

From the Cornell Daily Sun: The Accepting Responsibility program, a restorative alternative to Academic Integrity hearings for first-time offenders, was entered into the revised Code of Academic Integrity in August. It was previously a pilot program used in individual courses, but not adopted as official University policy. The program was incorporated into the Code of Academic Integrity on Aug. 24 after the Faculty Senate voted to expand the program from its pilot stage at its May 4 meeting...

The AR program is voluntary for both the faculty and students involved, and it allows faculty members aware of an academic integrity violation to opt between a formal hearing and investigation or the AR program... If a faculty member decides to offer the AR program to a student, the student receives a violation notification outlining the issue, evidence of the violation and a proposed grade penalty, according to the revised Code of Academic Integrity. The student then has three business days to decide whether to accept responsibility or request an Academic Integrity hearing. If the student accepts responsibility, they admit the violation, accept the penalty and agree to complete an AR workshop within two weeks...

Full story at https://www.cornellsun.com/article/2026/09/m4e6oo4sdu5k.

Monday, September 14, 2026

Straws in the Wind - Part 464

From the NY Times: Teresios Bundi once symbolized the strange, life-changing opportunities the internet provided. Hailing from a farming village in Kenya, Mr. Bundi moved to the capital, Nairobi, in 2011 to be the first in his family to attend university. There, a friend suggested he try a new online job: writing essays for cheating overseas college students... Mr. Bundi estimates he wrote more than 2,500 essays over the next 12 years, sometimes three a day. He balanced completing his public health degree with helping faraway students studying engineering, medicine and computer science to finish theirs. Some students gave him their school login information so he could keep up with their assignments.

...Then A.I arrived, and the good times ended. In 2022, OpenAI released ChatGPT. At colleges worldwide, students made a simple calculation that has become more pronounced today: Why pay a freelancer in Kenya when ChatGPT could do the job? Essay work began to thin. Rates fell, and assignments dwindled. Before long, the industry shrank to almost nothing. “I never would have expected A.I. could do this,” Mr. Bundi said...

Full story at https://www.nytimes.com/2026/09/05/technology/kenya-college-essays-ai.html.

Wednesday, September 9, 2026

Will Harvard Continue to Lead the Charge? - Part 198

From the Harvard Crimson: Harvard faculty in the humanities and social sciences expressed broad concern over an email Harvard College Dean David J. Deming sent students... suggesting that artificial intelligence be integrated into “writing-intensive” courses. Deming identified “AI use policies” as a priority for the academic year in the... message, saying he hoped to roll out College-wide advisory guidelines on AI by the end of the year and proposing “AI acceptance or even encouragement” in writing- and project- heavy classes. He added that the approach would help affiliates avoid “the AI-detection business because it damages trust between faculty and students.” ...

In interviews and written statements, most faculty in writing-intensive fields agreed that they wanted to avoid policing student AI use but remained divided on Deming’s broader proposal for “AI acceptance, or even encouragement.” Faculty in the humanities and social sciences have generally shied from incorporating AI into their courses...

Full story at https://www.thecrimson.com/article/2026/9/3/humanities-ai-pushback-deming/. 

Friday, August 28, 2026

Straws in the Wind - Part 447

From the Columbia Daily Spectator: The [Columbia] Law School introduced a largely permissive policy on generative artificial intelligence this month that allows students to use AI as a “learning aid” but continues to bar its use to generate submitted content. The policy went into effect Aug. 1, replacing the school’s interim AI policy, which was put in place last year and prohibited any use of AI in drafting coursework, even when disclosed. The new policy broadly permits AI usage for a variety of reasons including studying legal concepts, generating hypotheticals, summarizing cases, and identifying potentially relevant authorities. The Law School’s faculty-led generative AI task force, established by Dean Daniel Abebe in fall 2025 to advise the school on adapting to the technology, recommended the policy.

...To support the shift, the school will also implement AI-related introduction courses, courses and seminars specializing in AI, and AI training during new student orientation... Despite expanded usage, the policy still ultimately bars students from submitting AI-generated content as their own, noting that they must “bear full intellectual responsibility” for their arguments and academic submissions. Students must also disclose any AI usage in their work and may not use AI in exams.

...Whereas the Law School frames itself as having an “affirmative obligation” to teach students how to productively use AI tools, other law schools have stepped away from AI usage altogether. The University of California, Berkeley School of Law introduced a policy in May banning students from using AI for class assignments and exams, and the University of Chicago Law School took it a step further by announcing in July a total ban on laptops, tablets, and phones in the classroom for first-year law students...

Full story at https://www.columbiaspectator.com/news/2026/08/15/law-school-introduces-largely-permissive-ai-policy/.

Thursday, July 30, 2026

Straws in the Wind - Part 418 (The Role of Madagascar in the Industrial Revolution)

From TechSpot: ...Modern problems require modern solutions – according to the meme. In this case, the issue is students using AI to cheat on assignments. The solution, used to great effect by one professor, was to hide a white-colored font in the assignment prompt telling the AI to talk nonsense about an unrelated subject. In an online discussion post, Alcorn State University history professor Dr. Jason Gibson posed a question that represented part of his students' midterm. It was about the Industrial Revolution, but knowing how many students now rely solely on artificial intelligence for their answers, he secretly embedded instructions telling the AI to include information about Madagascar in a way that makes no sense.

Being written in white text meant the instructions were invisible. Sure enough, 32 out of the 35 students across two classes simply copied the question, pasted it into a chatbot, then copy and pasted its output into the answer window. Had any of these cheaters even bothered to check what the AI had generated, they'd likely have noticed the strange references to the island country constantly appearing in an essay about the Industrial Revolution...

Full story at https://www.techspot.com/news/113243-professor-invisible-prompt-trap-catches-32-students-cheating.html.

See it to believe it:

https://dn800307.us.archive.org/0/items/sacramento-city-at-risk/AI%20Cheating%20-The%20Role%20of%20Madagascar%20in%20the%20Industrial%20Revolution.mp4.

Sunday, July 26, 2026

One Solution for the AI Dilemma

The U of Chicago Law School has a solution to the AI dilemma. Here it is:

Rethinking Legal Education in the AI Era

Overview

Artificial Intelligence is already impacting higher education and the legal profession, and the pace of change appears only to be accelerating. It is thus critical for us to use this moment to carefully reflect on how legal education should adapt. This memo describes the approach we are taking to legal education in the AI era.

The University of Chicago Law School has long been committed to providing our students with the most rigorous legal education possible. This commitment manifests itself through our faculty's dedication to teaching, our culture of challenging ideas through Socratic questioning and debate, and our grading policies that motivate students to engage with the material and that convey informative assessments of student performance to prospective employers. With AI disrupting higher education, our commitment to rigorous legal education also must mean openness to even rapid adaptation.

A willingness to rethink our practices is consistent with our law school's long history of innovation. We were the first law school to conceive of legal education as a graduate-level program and award the Juris Doctor degree. We also made pioneering contributions to interdisciplinary legal education that incorporates insights from the humanities, social sciences, and other academic disciplines, and to the creation of legal aid clinics that brought students into real-world cases.

We began the process of reflecting on how we should adjust our teaching in response to AI shortly after OpenAI publicly released ChatGPT at the end of 2022. Our law school formed an AI committee in early 2023 and began releasing policies and guidance on the use of AI. Since then, we have added an AI module into our first-year legal research and writing program, introduced several upper-level courses on AI and the law, founded an AI Lab to teach our students how to develop AI tools to help improve access to justice, and negotiated licenses with leading AI companies so that our students, faculty, and staff have access to the resources used by practicing lawyers.

Over the last year, we embarked on a more ambitious effort to reflect on how we should adapt our curriculum and policies in response to AI. This effort included extensive consultation with our community, including alumni, leaders of law firms, business leaders, legal technology executives, and law firm associates, as well as internal stakeholders at the Law School, including our faculty, staff, and students. We also surveyed the emerging academic and professional literature on how AI is changing legal practice and student learning, and how law schools can and should respond. And we have had steadfast support from our University of Chicago leadership, who have championed a skeptical, ethical, and ambitious approach to AI.

The feedback we have received throughout this process has been consistent: We need to ensure that our students actually learn to think critically, strategically, and independently without relying on AI; but we also must face the reality that AI tools are already widely available to our students, and our graduates will be expected to be prepared to use them in legal practice.

Our Strategic Vision

Based on what we learned from our consultations this year and our experience over the past three years, we have developed a strategic vision of how we should adapt legal education to the AI era. That vision has three themes:

1. Developing AI-resilient pedagogy and assessment;

2. Elevating the "essential human" skills that distinguish excellent lawyers; and

3. Teaching the responsible, effective, and ethical use of AI.

First, rather than attempting to ban AI or to ignore its risks to learning, our pedagogy and assessment should be designed to ensure our students learn how to think critically and solve legal problems with sound professional judgment. We thus need to ensure that our students do not rely on AI-provided shortcuts that help them produce easy answers but stunt intellectual growth. This requires rethinking the technology we allow in our classrooms, the tasks we assign our students, and the way we assess our students' performance.

This requires developing AI-resilient pedagogy, by which we mean modes of classroom interaction and performance evaluation that reward students' effortful and sustained engagement with the material, and discourage the offloading of work to AI tools. AI-resilient pedagogy does not mean trying to prevent all student use of AI. We do not want to deter uses of AI that can increase students' effort and engagement, such as asking AI to clarify background concepts while reading before class or asking AI to generate practice problems while studying.

Second, AI may transform the legal profession, but many aspects of legal practice are likely to remain the domain of humans, not merely because humans are good at them, but because clients, employers, judges, and society will want humans to perform them. Among others, these aspects of legal practice are likely to include oral advocacy, strategic judgment, critical thinking, and developing and maintaining relationships with clients and stakeholders. To be sure, there are ways in which AI can assist humans with these tasks. But legal education should renew its focus on training students for the aspects of legal practice for which humans are likely to remain essential.

Third, AI is already a pervasive part of legal practice and will become more so. It is simply unrealistic to think that students and lawyers will not use AI. But legal technology is changing rapidly, and there is no guarantee that the specific AI tools or techniques that are ascendant today will be useful when current students enter practice. Thus, AI skills training requires more than producing students who can use the tools that are currently part of legal practice. Law schools must give students the analytical skills and theoretical toolkit to adapt as technologies change. This is how we will ensure that our students learn how to use AI responsibly, effectively, and ethically.

We believe that these three components of our strategic vision are consistent with the Law School's longstanding commitment to rigorous legal training and with emerging scholarship on the role of AI in education. They are also consistent with the University of Chicago's broader goal of ensuring that we teach our students to think 1vith, without, and about AI.

Putting the Vision into Practice

The Law School is implementing this vision through policies that apply to the major elements of the law school curriculum: required 1L core courses, 1L legal research and writing, elective courses, upper­ level writing requirements, and clinical education. We outline these policies below.

Required 1L Core Courses. The 1L year is a crucial, formative period for law students. It lays the foundation for the development of critical thinking, legal writing skills, and strategic judgment throughout law school and in professional life. During the 1L year, the value of effortful struggle, even with concepts that are second nature to experienced lawyers, is paramount. Student expertise at judging the quality of AI output is at its nadir. The need for faculty to work together to create a consistent, AI-resilient approach to pedagogy is especially acute in this setting. For this reason, the Law School is adopting rules that set consistent norms for AI-resilient teaching and assessment across all 1L sections in all 1L core courses (Civil Procedure, Torts, Elements of the Law, Contracts, Property, Criminal Law, Constitutional Law, Statutory Interpretation, and Transactional Lawyering).

We will be piloting a coordinated approach to classroom and examination policies for the core 1L curriculum during the 2026-2027 academic year. Across all 1L sections, we will prohibit the use of electronic devices such as laptops, tablets, and phones in the classroom. There will be some limited exceptions to this policy. For instance, professors can designate classroom "scribes" who can use electronic devices to take notes for the class, professors can authorize electronic device use for specific tech-enabled activities (such as interactive in-class polling), and we will ensure that disabilities are accommodated in conformity with applicable law, as appropriate for the program of study.

 Additionally, examinations will be in-class without access to the internet, electronic files, or apps. And most of all, we will continue our longstanding tradition of emphasizing the Socratic Method as part of these courses. This coordinated approach reflects our experience, and an emerging scholarly consensus, that active, in-person engagement is conducive to learning. Reliance on devices to take notes or assist with answering questions tends to inhibit reflection and reasoning.

1L Legal Research and Writing. We are taking a different approach to 1L Legal Research and Writing (LRW). Many (if not most) students will spend their 1L summers in professional environments where they will be expected to use AI tools for research and writing tasks. Thus, the LRW curriculum must also include instruction in the responsible, effective, and ethical use of AI. At the same time, even AI skills training must itself be AI-resilient. By the end of their 1L year, our students should have the ability to review, assess, and improve the output of AI tools. Developing these skills requires human interaction as much as it requires AI tools. Hands-on work with AI tools in classroom settings and individualized feedback on writing must be components of instruction on the use of AI in legal research and writing.

We will thus be piloting a new structure to the LRW curriculum during the 2026-2027 academic year. Our approach will treat writing without AI as the foundation and will layer writing with AI onto it. Throughout the year, students will write without AI, while also using AI for research, revision, iterating on drafts, and preparation for oral argument. Students and their instructors will review together both their writing and their use of AI. In this way, students will develop their own writing skills independent of generative AI tools while also developing their ability to supervise AI and critique its output.

Elective Courses. As students progress from their foundational training in required 1L classes to elective courses, the need for coordination across sections abates, and the benefits of heterogeneity increase. Thus, in the upper-level curriculum and the elective courses that 1Ls take in the Spring, the goal of our AI policies shifts to providing guidance and fostering experimentation. For these courses, the use of the Socratic Method, no-device policies, and in-class, no-access exams will remain, but as default rules rather than required policies.[1]

In all elective courses, we will encourage instructors to experiment with pedagogy. Some methods of teaching and evaluation have enhanced value as AI-resilient methods. These include modes of formative assessment such as midterms, group projects, oral presentations, and peer-to-peer feedback. At the same time, AI itself creates opportunities for new forms of teaching and assessment. Our faculty have already begun experimenting with tools such as custom chatbots that serve as study aids, AI-generated practice problems, and the like. None of these particular modes of teaching and evaluation is required, but we will support experimentation with modes such as these.

Finally, as students advance in their legal training, the need for classes that explore responsible, effective, and ethical use of AI grows. To this end, we have already added a number of courses that explicitly focus on the use of AI (and even the creation of AI tools for legal work). These courses are all offered as electives, so that students can select how many AI-focused classes, and which of these classes, they wish to take. We plan to continue to grow our upper-level offerings on AI.

Upper-Level Writing Requirements. Writing is crucial to lawyering. Not only do most lawyers do a considerable amount of writing, but the practice of writing cultivates the practice of deep, sustained, and critical thought. Yet the primary modes of writing in the upper-level curriculum-research papers and reaction papers-are under stress in a world in which AI can produce plausible and substantial academic papers without the kind of human input that paper-writing is intended to involve.

This is a particularly difficult challenge. Some responses, such as requiring writing to take place in supervised, in-class settings, address the need to cultivate practice while ensuring original human effort. Yet such requirements lose an important aspect of the exercise of writing, which is sustained and independent effort across hours, days, and weeks to create a significant piece of work. This is a valuable formative exercise for thinkers and lawyers, and we cannot wholly abandon it in favor of writing methods that are easier to administer in AI-resilient ways.

Thus, we are developing an approach that introduces elements of AI-resilient design while sustaining the project of training students to undertake ambitious and independent writing projects. The rule­ based element is a change to our "SRP" (substantial research paper) requirements, which will take effect beginning with this year's class of rising 2Ls. Writing an SRP is a requirement for completion of a JD degree, and the criteria for an SRP already include (roughly) substantial length, independent research, original ideas, incorporation of feedback from faculty, and iteration across drafts. These requirements incorporate elements of serious academic and legal writing. We will be adding one additional requirement, which is that all students will be required to engage in an oral discussion of their SRP with their supervising professor, in an in-person setting. This discussion will occur after a complete draft (or final version) of the paper has been submitted to the professor. The discussion could take place one-on-one, or as a class presentation in the style of an academic workshop. Either way, the oral exchange will involve the student answering questions that probe the reasoning of the paper and the implications of its arguments.

The motivation for this new requirement is twofold. First, this requirement makes the SRP more AI­ resilient by providing a test of a student's thinking about what they have written in a setting where they cannot lean on technology. It does so without sacrificing any of the unsupervised, independent effort that must be a part of serious, sustained writing.

Second, this requirement imparts valuable skill-building for both legal practice and academic life that is justified on its own merits, without regard to AI. We are training students for a profession where they will be called upon to explain and defend their ideas in person and in real time, whether in the courtroom, during negotiations, when counseling clients, or when working in collaboration with other lawyers. Indeed, one of the hallmarks of intellectual life at the University of Chicago Law School is our robust workshop culture, in which faculty regularly present their own research paper drafts and address questions, suggestions, and criticisms from colleagues. An oral discussion component to the SRP is a way to formalize a piece of that workshop culture for all students.

Experimentation is the other element of our approach to upper-level writing assignments. For all upper-level writing, we encourage faculty to experiment with different modes of structuring writing assignments in AI-resilient ways. Some examples could include:

• In-class student workshops of their papers;

• Writing reaction papers or portions of longer papers in supervised, in-class settings;

• Group presentations or panel discussions by students with related reaction paper topics;

• Students, individually or in groups, leading portions of class discussion relevant to their reaction paper topics; and

• One-on-one discussion of a research paper with the professor outside of class.

Many other possibilities exist, of course, and the point of experimentation is to find the options that best ensure our students learn writing and critical thinking skills.

Clinical Education. The role that clinical education plays in preparing students for practice will be even more important in the AI era. Client needs and expectations will create pressure for graduates to be able to immediately use AI responsibly, effectively, and ethically. As a practical matter, this means that for many graduates, law school clinics are the best opportunity to receive close and careful supervision of their use of AI tools.

Further, clinical work often goes to the heart of what is essentially human about lawyering: advocating to judges, juries, and policy makers; understanding and being present to clients; strategizing about both the doctrinal and the practical aspects of a case; and developing rapport with counterparties and adversaries. These are all skills that our students learn from our clinical faculty. Thus, clinics are a crucial site for learning 1vith, without, and about AI.

To these ends, we have been obtaining access to AI tools for our clinics. These include general­ purpose legal AI tools and tools that are specifically designed for transactional work, immigration work, and litigation discovery. We are also in the process of procuring additional tools. Further, the clinics are each developing their own policies, tailored to their practice areas, for appropriate use of AI and to safeguard against AI-created errors in court filings and other work product. As these tools and policies are implemented, the goal is to ensure that all students in clinics are working both with AI and without AI for real clients in real practice settings.

Final Thoughts

Beyond these changes to our curriculum, three additional principles will inform our thinking.

First, we will strive to ensure that our AI policies are transparent, explicit, and explained. To that end, each instructor must state their AI policy explicitly in the course syllabus and describe the policy in class. And, as we confront new circumstances that require changes to our policies, we will communicate those clearly to our students.

Second, we will try to stay up to date on new AI tools and the best practices for how to use them. We have already been working with alumni and other employers to understand how legal practice is incorporating AI, and we have been partnering with technology firms to secure access for our students, faculty, and staff to the AI tools that leading firms are using. We have also been having regular conversations among our faculty to share information about the use of AL We are committed to continuing to do what we can to stay current in this time of rapid change.

Finally, we will regularly reconsider these policies with ongoing input from our faculty, students, and alumni. We recognize that no statement of an AI strategy or vision can be final. Technology is changing too fast. Thus, all the changes we are currently making will be subject to review, reconsideration, and revision as we learn more and as both technology and the practice of law evolve.

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[1] We will continue to offer courses that are cross-listed with other units, and students will still be allowed to enroll in courses offered by other units. Depending on the rules of the other units, these courses may have different policies than the electives offered solely within the Law School. \Ve will work with instructors and other units to navigate any conflicts that may arise in the policies of different units.

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Source: https://www.law.uchicago.edu/news/ai-strategy-statement.

Friday, July 17, 2026

Straws in the Wind - Part 405

From the Brown Daily Herald: The Generative AI in Teaching and Learning Committee report found asymmetric patterns of generative AI use across campus... According to the report — shared with the community Provost Francis Doyle — 56% of undergraduate respondents and 67% of graduate and medical student respondents reported intentionally using generative AI tools daily or weekly. The committee noted they found a disconnect between the ways students and faculty use generative AI. They found that while a majority of students who responded to their survey use generative AI to learn new concepts, only a quarter of faculty respondents said they asked their students to use generative AI as a tool for their coursework. When they did so, it was often to have students think critically about AI or use it as a learning assistant...

An audit of roughly 3,000 syllabi from academic years 2023-24 and 2024-25 found that more than half did not include a policy on generative AI usage in teaching and learning... The report noted that over 70% of student survey respondents in the life sciences and physical sciences identified as frequent generative AI users, while only 41% of humanities and the arts students identified as frequent users. Despite differences in AI adoption, students and faculty alike share concerns that over-reliance on generative AI could “reduce long-term critical thinking, have negative cognitive consequences and undermine academic integrity,” Doyle added. 

...For the near-term phase of the roadmap, the committee recommended that the University set baseline rules for generative AI while each department develops “standards for their areas when their expectations diverge from the baseline rules.” The recommendations also call for providing “centralized, enterprise-level GenAI tools” through the Office of Information Technology. In the next phase, the committee recommends updating the College and Graduate School academic codes to “explicitly address boundaries of AI assistance” as well as providing training to develop AI literacy among University staff. 

...The final phase recommends exploring the development of a coalition of peer institutions to set national standards for AI usage in higher education...

Full story at https://www.browndailyherald.com/article/2026/07/university-report-finds-split-ai-adoption-patterns-concerns-of-risks.

Wednesday, July 15, 2026

Straws in the Wind - Part 403

From Inside Higher Ed: For the first time since he started teaching Welfare Economics and Social Choice Theory nearly two decades ago, Brown University economics professor Roberto Serrano gave his students a take-home midterm this spring. Quite a few students had expressed anxiety about being in a classroom after a gunman killed two students and injured nine in a December mass shooting at Brown, and so “it was appropriate,” he said, to allow students to take their exams at home.

But by the end of the semester, Serrano regretted the decision. Dozens of students in the class likely used artificial intelligence to cheat and earn perfect or near-perfect scores on their midterm, he said. Serrano in turn made the final exam in-person, which led more than a dozen students to drop the course and even more to fail it. Administrators’ response to the widespread cheating event has been “meek,” he said, and the incident has raised questions about how universities can—and should—respond to AI-enabled cheating at scale.

His welfare economics class typically attracted up to 30 students, but this spring he taught 86—an increase he attributes to the promised take-home exams. When the midterm came along, the average score was 96 percent. “Historically the average grade in the midterm of this course has ranged between 65 and 80 [percent], and this exam was harder than the exams I wrote in the past, because … take-home is an opportunity to challenge the class a little bit more, given that you’re giving the students unlimited time,” Serrano said.

...In a message to students after the midterm that he shared with Inside Higher Ed, he told them he suspected many of them of using AI to cheat and, with the blessing of his dean, changed the final exam to an in-person test. Serrano heard crickets from his students, but 18 of them subsequently dropped the class. Nine students remained enrolled but did not take the final exam. And Serrano said the results proved him right; three students earned a zero, and the average score on the final was 48.6 percent—by far a historic low, he said. Previously, the average final exam score had never dropped below 65 percent. Only a few students scored similarly to how they did on the midterm. In a follow-up message to students, Serrano announced the midterm was void and the final exam would be worth 80 percent of the students’ final grade. Any student that scored a 40 percent or higher on the final earned a passing grade—previously, he set the passing line at 50 percent or higher. In total, 19 students failed the class...

Full story at https://www.insidehighered.com/news/faculty/learning-assessment/2026/07/08/brown-professor-suspects-most-his-class-used-ai-cheat.

==

Not a surprise:


Or direct to https://www.youtube.com/watch?v=zMRyLzUzpuU.

Thursday, July 9, 2026

No Change?

From the Daily Cal: A study released by UC Berkeley’s Center for Studies in Higher Education found a correlation between the release of ChatGPT in 2022 and an increased share of A grades for classes with take-home assignments at a selective public university in Texas. However, Berkeleytime data collected by The Daily Californian found no equivalent trends at UC Berkeley. Between 2019 and spring 2026, A’s at UC Berkeley consistently stayed between 30% and 35%, with a dip during the COVID-19 pandemic likely due to increased pass/no pass courses.

The study, authored by Igor Chirikov, a senior researcher and director of the Student Experience in the Research University Consortium at the Center for Studies in Higher Education, analyzed 500,000 grades from 2018-25 and found that the share of A grades increased by 13 percentage points at the Texas university. “The pattern shows grades rising mainly where students can use AI on unsupervised take-home work,” Chirikov said in an email. “This strongly suggests that AI is substituting for student effort rather than improving underlying skills.”

While the study found that grades have been increasing in classes with lots of take-home assignments, grades across UC Berkeley have remained relatively stable. The Daily Cal scraped more than 30,000 course grades beginning in the summer of 2019 from Berkeleytime to assess grade trends at UC Berkeley compared to the university in the study...

Josh Hug, a professor in the electrical engineering and computer sciences department, has found that the amount of AI-generated work submitted by students has increased considerably, but said grades have decreased. In EECS and computer science courses, some classes’ failing grades have more than doubled in the spring 2026 semester. Professors attributed the increase to an increased reliance on AI, a lack of math preparedness and understaffing within classes.

“The reason is that they’re still getting full scores on the assignments, but they’re doing much worse on exams,” Hug said. To adapt to AI, Hug has been incorporating frequent in-class quizzes, oral check-ins and “diagnostic questions” on exams. Hug reuses questions from past exams and compares the performance between the two groups of students. “I have found that students do far worse on these problems than they used to, which is my biggest piece of evidence that they don’t quite know what they’re doing in the way they used to,” Hug said.

...History professor Mark Brilliant has run into similar challenges, with students especially struggling with writing...

Full story at https://www.dailycal.org/news/campus/academics/uc-berkeley-shows-no-signs-of-ai-grade-inflation-as-professors-adapt/article_6da85b38-889f-4f80-835a-88cc54a81662.html.

Wednesday, July 1, 2026

Straws in the Wind - Part 389

From Inside Higher Ed: The already-small number of colleges with full-fledged, student-enforced honor codes is dwindling. After a three-year pilot of proctored exams, Stanford University student, faculty and administrative leaders decided in April that the university will allow proctoring for all in-person tests starting in September. Princeton University faculty approved a similar plan a month later. In making those decisions, both institutions grappled with students’ increasing use—sanctioned and not—of artificial intelligence.

AI is at the “forefront” of honor code reform, said JT Torres, director of the Houston H. Harte Center for Teaching and Learning at Washington and Lee University... A typical honor code asks students to adhere to a set of academic integrity and behavioral standards that prohibit acts like cheating, plagiarism, lying and stealing, and enlists students as the enforcers of those standards. The code only works as well as the students who enforce it, and success relies on students’ desire to adhere to social norms...

According to a 2025 Inside Higher Ed survey of more than 1,000 students, 85 percent had used generative AI to complete coursework. Over half—55 percent—said they used it for brainstorming ideas, 44 percent used it to edit or check their work, a quarter used AI to complete assignments or coding work, and 19 percent used it to write free responses or essays. What types of AI use constitute cheating vary by institution, professor, class and assignment, and that makes it difficult for students to parse what constitutes an honor code violation...

Full story at https://www.insidehighered.com/news/faculty/learning-assessment/2026/06/22/can-and-should-honor-codes-survive-ai-age.

Friday, June 26, 2026

Straws in the Wind - Part 384

From the NY Times: The videos are all over social media, making students an irresistible offer: Go ahead and let A.I. do your homework — with the latest technology, you won’t get caught. These kinds of tutorials are now pervasive on TikTok and YouTube. They show students how to use tools known as humanizers and autotypers, which make it easier than ever to cheat. The videos — sometimes labeled ads, sometimes not — target college and high school students.

Humanizers rewrite A.I.-produced text to make it sound less robotic, formulaic and trite. Autotypers slowly drip words and sentences into documents, making it appear as if papers were typed at a human pace when in fact, they were produced by A.I. They even fabricate typos, deletions and revisions. Both tools can help students evade software designed to detect A.I.

Colleges and K-12 schools are trying to keep up, with A.I. detection becoming a significant expense. But educators attempting to restrict the technology, worried about students failing to develop basic skills, are often lagging in what tech-industry leaders are calling a detection arms race. In some cases, the very same companies selling detection tools are also making apps that allow students to cheat, including by writing papers for them or rephrasing text written by others. The apps promise to help them avoid accusations of misconduct by scanning their work before they submit it, allowing them to rewrite passages identified as A.I. Even honest students are often willing to fork over $10 to $20 per month for premium tools, since A.I. detectors sometimes flag legitimate work...

Full story at https://www.nytimes.com/2026/06/18/us/ai-apps-students-cheat.html.

Friday, May 22, 2026

Straws in the Wind - Part 350

From the Yale Daily News: This year’s graduating seniors were first years when OpenAI released ChatGPT. As the first class with the opportunity to use large language models like ChatGPT during every year of their college career, most seniors have now incorporated artificial intelligence into their lives to assist them for various purposes, from aiding with problem sets to researching theses. According to an anonymous survey conducted by the News and filled out by 172 seniors, 91 percent of the class of 2026 have used AI for schoolwork. Only 9.1 percent of students surveyed said they had never used AI for schoolwork. A majority of students — 67.5 percent — reported using AI sometimes, often or very often. 

More than 75 percent of respondents said they have used AI in a problem set. About 64 percent of respondents said they have used AI to write a paper, while 48.5 percent of the surveyed seniors said they used AI to write their senior theses — slightly less than the 51.5 percent that said they did not...  Male respondents were more likely to report that they used AI for schoolwork than female respondents. While 16.7 percent of male respondents said they used AI “very often” for schoolwork, only 1.6 percent of female respondents said they did. According to the survey results, students majoring in the sciences were most likely to report AI use for schoolwork, followed by those in the social sciences, those in interdisciplinary majors and those in the humanities...

Full story at https://yaledailynews.com/articles/91-percent-of-senior-class-has-used-ai-for-schoolwork-news-survey-finds.

Sunday, April 12, 2026

Straws in the Wind - Part 310

From CNN: At this point in her senior year at Yale University, Amanda knows that many of her classmates turn to AI chatbots to write papers and other homework assignments. But she started noticing something bizarre in her smaller seminar classes: Her classmates sit behind laptops with polished talking points and arguments, but the conversations that follow often fall flat across subjects. In one class, “the conversation came to a halt, and I looked to my left, and I saw someone typing ferociously on their laptop, asking (a chatbot) the question my professor just asked about the reading,” Amanda told CNN.

...Amanda said she was taken aback. Until that day, she didn’t realize that her peers were using chatbots in class and sharing what it spits out in the classroom. Now she notices the impact that tendency is having on class discussions. “Everyone now kind of sounds the same,” she said. “I feel like during my freshman year in college, I would sit in seminars where everyone had something different to contribute. Although people would piggyback off each other, they approached from different angles and offered different commentary.”

As AI becomes increasingly integrated with education, educators and researchers are finding that it may be eroding students’ capacity for original thought and expression. A paper published in March in Trends in Cognitive Sciences found that large language models are systematically homogenizing human expression and thought across three dimensions — language, perspective and reasoning — and students and educators say they are seeing the effects of that trend in their classrooms.

And that makes a lot of students sound the same...

Full story at https://www.cnn.com/2026/04/04/health/ai-impact-college-student-thinking-wellness.