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Showing posts with label Artificial Intelligence (AI). Show all posts
Showing posts with label Artificial Intelligence (AI). Show all posts

Wednesday, September 02, 2026

Save Rural Texas: Our Land, Our Water, and Our Future Are Not a Blank Check for AI, by Angela Valenzuela, Ph.D. September 2, 2026

Save Rural Texas: Our Land, Our Water, and Our Future Are Not a Blank Check for AI

by 

Angela Valenzuela, Ph.D.

September 2, 2026

I want to call attention to Save Rural Texas, a growing grassroots movement organizing to protect rural Texans’ land, water, property rights, infrastructure, and communities amid the extraordinary expansion of artificial-intelligence data centers. Its message should resonate across political lines: economic development does not entitle corporations to a blank check on our land, water, electricity, or local democracy.

Artificial intelligence is often described as though it exists somewhere intangible, in “the cloud.” But the cloud has an address. It occupies land. It requires substations, transmission lines, generating capacity, roads, enormous buildings filled with servers, cooling systems, and, depending on their design, potentially extraordinary amounts of water. 

Increasingly, that address is rural Texas.

A recent Texas Tribune analysis found that more than half of the data centers planned for Texas are slated for unincorporated areas, precisely where county governments possess substantially less land-use authority than municipalities (Cobler, 2026). In places such as Hood County, residents confronting multiple proposed data centers have raised concerns about water, electricity, noise, traffic, pollution, and the transformation of rural landscapes, only to discover how little authority local governments possess to regulate what is coming (Martinez et al., 2026).

In this vein, I encourage you to listen to this community conversation on the matter with James Talarico to get a sense of just how profoundly our communities, landscape, and wildlife are already being impacted.

This raises a fundamental question about property rights. What does private property mean when a rural landowner can defend the boundaries of a ranch or farm but possesses very little democratic authority over an enormous industrial complex next door? Property rights cannot mean only the rights of corporations wealthy enough to assemble thousands of acres. They must also include the rights of families whose homes, wells, farms, roads, landscapes, and communities surround these developments. 

Texas groundwater law still carries something of a survival-of-the-fittest logic through the rule of capture—what the Texas Water Development Board has memorably described as the “law of the biggest pump.”

This raises an obvious question: In an era of hyperscale AI development, what happens when the biggest pump is backed by the deepest corporate pockets?

Although groundwater conservation districts provide regulation in many places, Texas has no single statewide agency controlling groundwater production, and areas outside groundwater districts remain especially vulnerable (Texas Commission on Environmental Quality, 2025; Texas Water Development Board, n.d.-a).

That legal framework developed long before anyone imagined hyperscale AI facilities. What happens when the proverbial biggest pump belongs not to another farmer or rancher but to one of the most heavily capitalized industries in the world?

Luke Metzger, executive director of Environment Texas Research & Policy Center, and I explored precisely this problem in our essay, “Draining the Ogallala Aquifer for AI? Project Matador and the Myth of Limitless Growth.” Project Matador, being developed by Fermi America in partnership with the Texas Tech University System northeast of Amarillo, is envisioned as a massive artificial-intelligence and energy campus covering roughly 7,570 acres. It is situated in a region deeply dependent upon the already-stressed Ogallala Aquifer (Valenzuela & Metzger, 2026).

The Texas Water Development Board has documented long-term declines in the Ogallala because groundwater withdrawals in much of the region exceed recharge (Texas Water Development Board, n.d.-b). Yet Project Matador has secured access to substantial water supplies. Access does not necessarily equal daily consumption, and actual usage will depend on cooling technology, recycling, buildout, weather, and other factors. Nevertheless, the potential scale should command our attention.

Metzger and I made a simple point that bears repeating: paying more for water does not make it renewable. A corporation's capacity to purchase a scarce natural resource does not answer the larger public question of whether that resource should be consumed at that scale. Markets answer, Who can afford it? Democratic governance must answer, What must be preserved?

This is why Project Matador and Save Rural Texas belong in the same conversation. Both expose an emerging imbalance in which private capital can move faster than democratic governance and ecological knowledge. Texas communities too often learn about massive projects after land has been acquired, financing negotiated, nondisclosure agreements signed, and development plans advanced. The corporation knows what it needs to know about the community before investing; the community may know very little about the corporation until the project is difficult to stop (Goldenstein & Foxhall, 2026).

Governor Greg Abbott's August 3 directive ordering an audit of data centers seeking connections to the Texas electrical grid is therefore significant. It recognizes that the state needs better information about electricity use, water, cooling systems, ownership, incentives, and community impacts (Office of the Texas Governor, 2026). But an audit should be the beginning of reform, not its conclusion. Texas still needs meaningful groundwater protections, greater transparency, genuine community participation, clearer limits on public subsidies, and stronger authority for rural communities confronting projects capable of permanently transforming their landscapes.

People across Texas are struggling to find information about proposed data center projects popping up in their neighborhoods, like Mason McCallister, center, who has been on a crusade to get information. Meanwhile, local officials and even state elected leaders say they need more information to regulate the growing industry. Illustration by Mariana Ocejo for The Texas Tribune. Source images: Shelby Tauber, Leila Saidane, and Briana Vargas for The Texas Tribune; Aiden Gonzalez/The Texas Tribune

That is why I support Save Rural Texas. Its position is not anti-technology. Artificial intelligence may produce genuine advances in medicine, science, education, accessibility, climate research, and communications. But acknowledging those possibilities does not mean accepting every data center, at every location, at every scale, consuming whatever water and electricity its owners can purchase.

That is not innovation policy. It is the surrender of public decision-making to the idea that technological expansion is inevitable.

There must be places where Texas says yes to data centers, places where the answer is yes only under enforceable conditions, and places where the answer must be no—because an aquifer cannot sustain the demand, because the electrical grid cannot support it, because the public subsidy outweighs the demonstrated benefit, or simply because a community decides that thousands of acres of agricultural land should remain agricultural land.

Rural Texas is not vacant territory awaiting its highest bidder. It is home, agricultural production, groundwater, habitat, history, family inheritance, and community. Texas can embrace innovation and participate in the future of artificial intelligence without surrendering the principle that technology must remain accountable to people and place.

Our communities are not sacrifice zones. Our aquifers are not corporate reservoirs. And our land, water, and future are not for sale simply because someone arrives with the biggest check—or the biggest pump.

References

Cobler, P. (2026, August 14). Data center audit lacks specifics even as Gov. Abbott, industry leaders tout it. The Texas Tribune. https://www.texastribune.org/2026/08/14/data-center-texas-audit-moratorium/

Goldenstein, T., & Foxhall, E. (2026, August 10). While data centers boom in Texas, their plans stay shrouded in secrecy. The Texas Tribune. https://www.texastribune.org/2026/08/10/texas-data-centers-transparency-information/

Martinez, A., Tauber, S., Mahajan, A., & Ford, A. (2026, June 2). Eight data centers threaten to transform this small Texas county. Local officials say they have no power to stop them. The Texas Tribune. https://www.texastribune.org/2026/06/02/texas-data-centers-hood-county-local-control-rural-water-power/

Office of the Texas Governor. (2026, August 3). Governor Abbott directs comprehensive data center audit. https://gov.texas.gov/news/post/governor-abbott-directs-comprehensive-data-center-audit

Save Rural Texas. (n.d.). Save Rural Texas. https://www.saveruraltexas.com/

Texas Commission on Environmental Quality. (2025). Groundwater regulation for private well owners. https://www.tceq.texas.gov/response/drought/groundwater_regulation.html

Texas Water Development Board. (n.d.-a). General groundwater and private water well frequently asked questions (FAQ). https://www.twdb.texas.gov/groundwater/faq/faqgwm.asp

Texas Water Development Board. (n.d.-b). Ogallala Aquifer. https://www.twdb.texas.gov/groundwater/aquifer/majors/ogallala.asp

Valenzuela, A., & Metzger, L. (2026, July 23). Draining the Ogallala Aquifer for AI? Project Matador and the myth of limitless growth. Environment Texas Research & Policy Center. https://environmentamerica.org/texas/center/articles/draining-the-ogallala-aquifer-for-ai-project-matador-and-the-myth-of-limitless-growth/


Saturday, July 18, 2026

Beyond Technological Inevitability: Democratically Remaking the University Without Flooding the Zone, by Angela Valenzuela, Ph.D., July 18, 2026

Beyond Technological Inevitability: Democratically Remaking the University Without Flooding the Zone

by 

Angela Valenzuela, Ph.D.

July 19, 2026

In his provocative essay, “The University as We Know It Is Finished,” Nils Gilman argues that artificial intelligence is accelerating the collapse of the modern “multiversity”—the sprawling research university that combines teaching, research, credentialing, professional preparation, and student life within a single institution. This model, he contends, was already weakened by declining public investment, rising tuition, adjunctification, and an increasing emphasis on marketable credentials over liberal education. 

AI now exposes its deepest contradictions by making conventional lectures, term papers, standardized assessments, and routine information delivery increasingly easy to automate.

Gilman does not regard this disruption solely as a catastrophe. He argues that universities should move away from mass lectures and conventional papers toward seminars, oral examinations, live debate, collaborative problem-solving, and other forms of demonstrated reasoning. Professors would become less like transmitters of information and more like mentors and intellectual interlocutors. 

At the same time, the liberal arts—history, philosophy, literature, and political theory—would become more, not less, important because they cultivate judgment, ethical reasoning, historical understanding, taste, and the distinctly human capacity to determine which goals are worth pursuing.

Gilman is especially critical of the recently published report of the Yale Committee on Trust in Higher Education. Although the report addresses affordability, admissions, intellectual pluralism, academic freedom, classroom practices, and other sources of public dissatisfaction, Gilman argues that its discussion of AI is strikingly cursory. 

It treats faculty members’ struggles with AI largely as a problem of syllabus and classroom redesign rather than confronting AI as a force capable of restructuring the economics, practices, and institutional organization of knowledge itself. Yale’s report presents twenty recommendations intended to rebuild public confidence, including measures concerning affordability, openness, free expression, admissions, teaching, and the university’s public mission.

I share Gilman’s concern about the report, but my own misgivings go further. As I have written previously, the Yale report is serious and welcome, but it feels incomplete (Valenzuela, 2026). It names many of the symptoms of declining trust while largely sidestepping the political conditions producing them. Its framework can consequently read as a technocratic conversation about institutional repair—better communication, greater transparency, more intellectual openness, and renewed attention to affordability—rather than an account of the organized political forces seeking to reshape higher education.

The crisis is not simply that portions of the public have lost confidence in universities. Nor can distrust be understood as a matter of perception alone. We must also examine the political economy of higher education, the intensifying role of the state in regulating knowledge, and the emergence of an anti-democratic coalition seeking to centralize governance, discipline faculty, restrict fields of inquiry, and redefine the university’s public mission. 

The racialized dimensions of this campaign are also crucial. Accusations of ideological “bias” are increasingly used to delegitimize the disciplines and programs that examine race, inequality, gender, history, and power. A discussion of trust that does not adequately address these political developments risks mistaking an organized project of institutional transformation for a public-relations problem.

This omission is especially consequential because the dizzying speed of technological change coincides with the Trump administration’s shock-and-awe, flood-the-zone approach to higher education. Rapid and overlapping investigations, funding pressures, executive actions, lawsuits, and demands for institutional change can overwhelm universities’ capacity to deliberate, organize, and respond. Legal scholars have characterized the use of federal funding to compel ideological conformity and alter university governance as a fundamental threat to institutional autonomy and academic freedom.

The convergence of these forces matters. Technological disruption creates pressure to act quickly, while political disruption weakens the conditions necessary for thoughtful and independent decision-making. Under such circumstances, declarations that the university is “finished” can become self-fulfilling—or provide intellectual cover for those already seeking to dismantle public higher education, weaken faculty governance, narrow academic freedom, and redefine universities according to partisan and commercial priorities. The speed of change is therefore not merely a technological or administrative problem. It is itself a democratic problem.

Ultimately, Gilman predicts that research, teaching, residential life, and credentialing may become separated into different institutions. AI may not destroy higher education, he argues, but it will force universities to reconsider what education is actually for and which distinctly human capacities they are responsible for developing.

Yet his argument raises a larger question: Does Gilman underestimate the university’s democratic, public, and community-serving purposes by treating its transformation primarily as a technological problem? Universities do more than transmit information, develop cognitive skills, or award credentials. At their best, they preserve historical memory, sustain independent inquiry, prepare people for democratic participation, produce knowledge in the public interest, and provide spaces in which society’s most difficult conflicts can be examined rather than suppressed.

How universities respond to AI should therefore not be determined exclusively by technology companies, consultants, governing boards, political appointees, or university presidents operating under emergency conditions. These decisions should be made democratically through meaningful participation by faculty, students, staff, communities, and the broader public. Major changes to curriculum, assessment, faculty roles, research priorities, data governance, and institutional structure require deliberation, transparency, experimentation, and genuine shared governance—not another version of shock and awe.

Trust cannot be restored through messaging or institutional repair alone. We must also talk about power. The defense of higher education must rest on democratic clarity: a clear understanding of who is seeking to transform the university, whose knowledge is being restricted, whose interests are being served, and who will have a voice in determining what comes next.

The challenge posed by AI is therefore not simply to redesign assignments or disaggregate institutional functions. It is to ensure that the remaking of the university does not occur through speed, exhaustion, political coercion, administrative fiat, or claims of technological inevitability. The fundamental question is not only what kind of university can survive AI, but what kind of university a democratic society should choose to preserve—and collectively create.

Reference

Gilman, N. (2026, June 17). The university as we know it is finished: That’s a good thing, Substack. Gilman, N. (2026, June 17). The university as we know it is finished: That’s a good thing. https://www.persuasion.community/p/the-multiversity-is-finished

Valenzuela, A. (2026, April 28). The wrong crisis: What the Yale report misses in the age of manufactured mistrust [Blog post], Educational Equity, Politics and Policy in Texashttps://texasedequity.blogspot.com/2026/04/the-wrong-crisis-what-yale-report.html


The University As We Know It Is Finished
That’s a good thing. by Nils Gilman
Jun 17, 2026 | Substack



Clark Kerr (center), president of the University of California, at Occidental 
graduation, 1958. (Photo by Los Angeles Examiner/USC Libraries/Corbis.)

When University of California President Clark Kerr delivered the Godkin Lectures at Harvard in 1963, published shortly thereafter as The Uses of the University, he was doing something unusual for an academic administrator: he was offering a sophisticated social theory, and doing so with wit. In these lectures, Kerr coined the term “multiversity” to describe what the postwar American research university had become. In Kerr’s account, the modern university was no longer to be understood as a community of scholars united by a shared ideal of learning, but rather as a sprawling institutional conglomerate serving at once as a research engine, a job-training facility, a credentialing mechanism, a coming-of-age experience, and an incubator of the national technical elite. The University of California, which Kerr had just finished steering through a near-decade of explosive growth, was his exemplar.

Kerr was a droll man. He once observed that the three great problems facing any university president were “parking for the faculty, athletics for the alumni, and sex for the students.” He described the university faculty (and I can confirm from personal experience that this remains accurate) as “a series of individual faculty entrepreneurs held together by a common grievance over parking.” And when Ronald Reagan made good on his 1966 gubernatorial campaign promise to fire him for being too lenient with the Free Speech Movement protesters, Kerr offered one of the great farewell lines in American academic history: “I leave the University of California as I arrived: fired with enthusiasm!”

Despite the jokes, Kerr was a serious man. The argument underneath The Uses of the University was that the multiversity, precisely because of its sprawl and apparent incoherence, was the institutional master key of mid-century American civilization. It was the nexus at which basic scientific knowledge was produced, technical and professional talent was credentialed, democratic citizenship was cultivated, and the national project of technological supremacy was advanced. The multiversity didn’t need to be coherent in order to be functionally useful as a platform for what Kerr called “administering the present.” He wrote with the high modernist confidence of someone who believed that hierarchical technocratic institutions, if competently managed, could keep these various volatile elements in balance.

Kerr’s dismissal by Reagan in 1967 was, in a sense, the first indicator and warning of the crisis of the high modernist technocratic model that he championed and sought to institutionalize through the multiversity.

It is time to acknowledge that Kerr’s model of higher education is finished: long on its last legs, the arrival of AI announces its death-knell. What comes next is disaggregation: the multiversity as we know it being disassembled into its component parts. This need not, however, be a catastrophe for higher education. Actually, in many ways, it represents an opportunity to return to roots, in a classical model of education and in attentive pedagogical instruction. But higher education can only weather this period of disruption if it is clear-eyed about what is happening and moves confidently toward a new model.

The Crisis of the University Is Not New

The present crisis of the American university began building already sixty years ago as the postwar bargain that Kerr’s vision embodied started to fray. What followed was a slow-motion privatization of university finances, producing a slow-motion tuition hyperinflation that has burdened a generation of students with debt while hollowing out the public mission of the university. The shift from grants to loans, from tenured faculty to mass adjunctification, and from a broad education in the liberal arts to vocational credentialism all occurred under the banner of making universities more “responsive to market demands.” In practice, this has meant transferring cost from the public to the individual “student consumer,” while defunding the parts of the institution that didn’t produce monetizable outputs. The net result has been the ever-upward-spiraling costs of undergraduate education, without a corresponding increase in the value of educational training or credentialling, and a loss of political support for the mission of universities. These financial and political travails have heightened the contradictions between the disparate missions and functions of the multiversity.

Into this increasingly unstable compound, add AI.

The arrival of large language models is acting as a catalytic solvent, titrating out the incoherence that was always there. When a student can produce a plausible term paper in twenty minutes using Claude Opus or Google Gemini, what is the point of assigning term papers? When an AI tutor can explain any concept at any level of sophistication with infinite patience, what is the value of a lecturer reading from notes? When AI can ace most standardized professional examinations, what is a credential certifying? These are old problems that AI has made it impossible to ignore.

Beyond the pedagogic challenges posed by the arrival of LLMs, AI is also exposing that the Kerrian bundle held together for as long as it did because its components shared a common and venerable set of technologies of knowledge transmission: the book, the lecture, the problem set, the written examination. In a pre-LLM world, these formats made cognitive demands of students that were difficult to simulate or shortcut. That is no longer true. AI doesn’t just automate some of the tasks associated with these formats; it renders the formats themselves obsolete as instruments of either intellectual discipline or assessment. And when the shared technological substrate dissolves, the contradictions built into the multiversity from the beginning become impossible to paper over. 

The world-class research mission and the undergraduate teaching mission have always been in tension. The prestige economy that rewards publications over pedagogy always distorted faculty incentives. The credentialing function was always only loosely connected to the educational one. These were the open secrets of the American research university. In a post-AI world, these divergences are being rendered untenable.

It is striking, then, that the most widely discussed recent attempt at university self-examination, the April 2026 Report of the Yale Committee on Trust in Higher Education, barely registered any of this reality. The report was in some ways an admirable document. It was clear-eyed about costs, scathing about admissions opacity, and candid about the political monoculture that has eroded public trust across partisan lines. Yet its treatment of AI was cursory to the point of negligence: a few sentences in the section on the classroom, expressing uncertainty about AI’s effects and noting that faculty are “scrambling to redesign syllabi.” It is remarkable that a report tasked with understanding why public trust in higher education is collapsing would fail to reckon with the technology that is restructuring the economics and logic of knowledge work. It suggests that even the most self-aware corners of the academy are still treating AI as a pedagogical inconvenience (or literal cheat-code) rather than what it actually is: the force that is making the entire inherited architecture of the multiversity impossible to sustain.

The Co-curricular Dodge

So how should the university respond to this crisis of purpose, identity, and even faith? The most popular present answer in certain administrative circles to this question is an emphasis on the “co-curricular,” that is, on residential life and human connection as the university’s irreducible value in an age of AI tutors. Perhaps the most cited proposal is Molly Worthen’s New York Times piece from three years ago, “Why Universities Should Be More Like Monasteries,” which argued that universities should offer radically low-tech, high-presence educational environments.

This argument isn’t meritless: there is evidence that learning works differently when embedded in community, that chance hallway encounters with faculty members, late-night bull sessions in the dormitory common room, and heated dining hall debates are often the most generative moments of learning. Students’ own accounts of what matters most in college consistently center on relationships, belonging, and dialogue. The argument for residential education, for the ancient model of the Platonic Academy as gymnasium and garden as much as classroom, is stronger now than it has been in decades.

This is continuous with a long-standing function of universities as sites for passage from childhood to adulthood, for coming to a new understanding of oneself. In the 1960s more than four fifths of college freshmen reported that a major goal of college was to help themselves “develop a meaningful philosophy of life,” a number which collapsed by half in the 1970s and 1980s. A reemphasis on the co-curricular could help revivify this ideal, which would in turn help prepare students for the AI-forward world they are entering. As Anthropic cofounder Jack Clark recently argued, the people who will most benefit from AI are those who have first built deep, idiosyncratic human capacities through “repetitive practice and creation.” The machines will work best when helping you to amplify what you’ve already made of yourself.

But by itself, the co-curricular is an evasion. It leaves untouched the question that determines what students and families are paying for: what happens in the curriculum, in the classroom, in the formal educational encounter. That is where reform needs to be most radical, and where the response of universities so far has been most quavering. If the primary response of universities to the most dramatic new knowledge technology in decades, one that employers everywhere are expecting employees everywhere to use, is to demand that students stick cotton in their ears and keep rowing, it will only hasten their decline into institutional redundancy, if not irrelevance.


Cognitive Requirements in the Age of AI

Any reimagining of the university in the age of AI must begin with an honest reckoning with what AI cannot do—and what therefore becomes relatively valuable precisely because AI can do everything else. The key distinction is between work that AI does well (such as synthesis of known patterns, argument elaboration, template instantiation, and generating local coherence) and work it structurally cannot do because of the architecture of the technology as such. AI cannot build the trust on which institutional cooperation depends, because trust is not a conclusion reached by processing information about another agent but instead is a relationship constituted over time between persons who have staked something on each other, and who can be betrayed. AI cannot give a person good taste or style, because taste and style are about personal distinctiveness within a community which shares an aesthetic. AI cannot constitute goals, because that act requires a valuing subject. These are not gaps that more compute will close. They are absences that follow from the ontology of the technology itself.

A curriculum designed around AI’s limitations should be seen neither as an exercise in nostalgia nor as a denial of the burgeoning power of these systems. In fact, given the trajectory of AI capabilities, it is the only curriculum with any hope of finding a stable foundation.

What does this mean in practice? Start with the most obvious casualty: the term paper, as an assessment instrument, is dead. Written homework assignments were meant to push (and test) a student’s ability to produce a well-structured, coherently argued text. But this is exactly what LLMs do effortlessly and without demanding of the user any of the underlying cognitive work for which the traditional term paper was supposed to be a proxy. This included sustained argumentative reason: the ability to construct and maintain a complex argument across an extended piece of discourse, distinguishing claims from evidence, handling counterarguments, and reaching a defensible conclusion. Written assignments also demanded epistemic self-regulation, that is, the metacognitive capacity to monitor one’s own understanding, recognize gaps in evidence, revise positions in response to what the evidence shows rather than what one hoped to find. This pedagogically valuable work always operated below the waterline of the actual output of a term paper; what LLMs do is deliver results that simulate these actions without putting the students through their cognitive paces.

The replacement, as many education researchers are arguing, is live assessment and demonstration: real-time diagnosis of novel situations, design critique, structured adversarial debate, and Socratic examination. These formats test the ability to sense-make under pressure, defend a frame against live challenge, revise a model when evidence contradicts rather than confirms it, and recognize when uncertainty is too high to proceed. In practical terms: collaborative student projects will require documented decision logs tracing reasoning behind commitments, the canonical deliverable shifts from polished artifact to demonstrated live reasoning, and oral examinations and hand-written exams will become the primary assessment instruments. But despite this emerging consensus among education researchers, institutional practice has barely moved.

If the post-AI university’s pedagogic value proposition is the formation of cognitive capacity in conditions that cannot be replicated on a screen, then the function and responsibilities of faculty members must also be reconceived. It clearly no longer makes sense for professors to stand in front of a hall full (or, too often, only half full) of students delivering lectures. As a mechanism of information conveyance, AI can now provide the same at near-zero cost, tailor-made to the specific knowledge gaps of individual students. Instead, professors must reconceive of themselves as interlocutors, serving as performative models of how to calibrate uncertainty and revise frames in real time. The classroom experience should focus on helping students to understand how to constitute a goal rather than generate a text in response to a prompt provided by the professor.

This is something closer to the Oxbridge tutorial system, the clinical ward round, or the seminars of many small liberal arts colleges in the United States. These pedagogies were once defended on grounds of tradition or prestige. The post-AI argument is structural: they are the delivery mechanisms for exactly the cognitive capacities that the architecture of AI cannot replicate, because those capacities are developed only by being exercised, not described. Interestingly, this means that the coming of AI is going to mean there will be demand for more professors, rather than fewer.

None of this implies that faculty should pretend AI does not exist, or that the tutorial and seminar should be conducted in proud ignorance of a tool students will be spending the rest of their professional lives using. The opposite is true. Faculty should integrate LLMs directly and deliberately into their instruction as tools that need to be used correctly in order to not be harmful. (The analogy of a blowtorch or a chainsaw comes to mind: these are useful tools, but you need to learn how to use them safely.) Teaching a student to prompt effectively is teaching them to think precisely about what they want to know and why; it is, in this sense, an exercise in goal constitution. Teaching students to evaluate an LLM’s output critically by scrutinizing the machine’s often over-confident syntheses against evidentiary standards defined by the phenomenological reality of the external and material world is teaching them epistemic provenance tracking and calibrated self-assessment. LLMs can also become objects of critical study in their own right: students should be asked to assess why the model did not produce exactly what they had a priori in mind when they initiated the interaction. Handled this way, LLMs can serve as clarifying instruments in the pursuit of the classical objectives of enlightened education: the inculcation of critical thinking and logical reasoning, rhetorical and communicative competence, aesthetic appreciation and the cultivation of taste, moral and ethical reasoning, and ultimately the ideal of self-knowledge and Bildung.

This brings us to the content of the curriculum itself. As I recently argued in Noema, if the goal of a college curriculum is (as it should be) to inculcate oral reasoning and persuasion, ethical analysis and moral judgment, historical and comparative thinking, and the cultivation of taste and discrimination, then we are precisely in the domain of the classical curriculum of the liberal arts. Skills such as goal constitution, situated judgment, and value alignment are exactly the capacities that a serious engagement with history, philosophy, literature, and political theory develops. History trains temporal imagination and frame revision; philosophy trains epistemic precision and the discipline of distinguishing solid argument from vapid sophistry; literature sharpens an appreciation for style and a feeling for hidden meaning; political theory trains the recognition of suppressed goal contestation and the conditions for legitimate alignment. Together they enable students to imagine lives unlike their own, a hugely valuable experience in a world changing as fast as ours.

How to convey the content of these disciplines to students is going to have to change dramatically from the homogenous one-to-many mass-delivery model of the postwar multiversity, but the content is perfectly classical. The university’s present crisis of purpose is, in this light, at least in part a crisis of having abandoned its own best tradition in pursuit of vocational or technical training that AI is now rendering obsolete.

But Does It Scale?

The central challenge for universities will be how to move toward this model at scale. The tutorial and seminar model is labor-intensive by design: a professor working as interlocutor rather than lecturer can engage only a fraction of the students she could previously reach from a podium. The skills required of faculty will also need to change substantially. Under the old model, a brilliant researcher delivered expected value simply by speaking one-to-many; the new model requires someone with the pedagogic sensitivity to calibrate each student’s specific confusions and capacities—qualities that research prowess neither produces nor rewards. Elite universities in particular have built their faculties almost entirely around research achievement, with teaching treated as a secondary obligation. Reconceiving the professoriate will mean altering tenure criteria and promotion incentives, and it will face fierce resistance from scholars whose professional identities are bound up in the research function. None of this is impossible, but none of it will be easy. No doubt some tenured faculty will pour boulders and boiling oil down the side of their ivory towers to prevent these changes from taking place.

Longer term, however, we should expect the disruption caused by AI to be not just pedagogical but to the structure of the university as such. Kerr’s great insight was that the multiversity’s incoherence was not a bug but a feature—that a loosely bundled institution mirrored a loosely bundled society by providing something for everyone, from the Nobel laureate to the newbie grad student, from the NIH grant-seeker to the remedial English student. What held those disparate functions together was a social infrastructure of knowledge transmission: the laboratory, the lecture hall, the examination, the credential. Once AI can provide information delivery at near-zero cost there is no longer a compelling reason why research, teaching, and credentialing need be co-located in the same institution. What will replace the multiversity is likely to be not one thing but several: research centers that focus exclusively on the new-knowledge-production business; independent communal residence facilities that know they are in the coming-of-age business; and teaching systems that are honest about what skills they are inculcating. Even credentials from the most exclusive universities may not retain much social signaling value.

Clark Kerr would have recognized this moment. He was no naïf about the multiversity’s contradictions; but he also believed that competent management could hold them in productive tension. What he did not foresee was that the tension would be dissolved not by political upheaval—as it nearly was in 1964, when the student movement that eventually got him fired also signaled the coming fracture of the postwar liberal-technocratic consensus—but by technological rupture. The irony is that the research university, which Kerr celebrated as the engine of American technopolitical supremacy, incubated the very instrument that is now rendering untenable the research university’s inherited form.

What the students who booed the mention of AI at recent commencement ceremonies this spring were registering, in the way that students have always registered institutional failures, is that they were not getting what they came for. But as with more than one student movement before them, just because they rightly identified a structural problem doesn’t mean that they have particularly good ideas about what a better institution would look like. Just as Kerr recast the University of California to match the liberal-technocratic imperatives of the postwar period, so do visionary college leaders today have an opportunity to remake the university to match the requirements of an economy that will be redefined by AI. Achieving this will be a generational project.


Nils Gilman is Senior Advisor to the Berggruen Institute and former Associate Chancellor of UC Berkeley.

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Tuesday, June 23, 2026

Texas Is Legislating Growth on a Drying Planet—and the $174 Billion Bill for Texas’ Growth Machine Is Coming Due, by Angela Valenzuela, Ph.D.

Texas Is Legislating Growth on a Drying Planet—and the $174 Billion Bill for Texas’ Growth Machine Is 
Coming Due

by 

Angela Valenzuela, Ph.D.

June 24, 2026

Chris Tomlinson’s recent column posted below, “Texas is running out of cheap water, and will need to make salty water sweet,” should land like an alarm bell across the state. His central point is simple and sobering: Texas is outgrowing its freshwater supply. Population growth, drought, fracking, semiconductor production, data centers, and the vast water needs of artificial intelligence are converging into a crisis that can no longer be deferred.

Link to PDF here
According to the Texas Water Development Board’s Draft 2027 State WaterPlan, implementing the recommended water management strategies is estimated to cost $174 billion, more than double the $81 billion estimated in the 2022 plan (Texas Water Development Board, 2026, p. 28). That number should stop us in our tracks. It tells us that the old bargain—grow endlessly, build endlessly, extract endlessly, and assume water will somehow be there—is breaking down.

Tomlinson rightly points to Corpus Christi as the canary in the coal mine. There, the city’s surface water supplies are running low, new groundwater wells have not delivered as hoped, and desalination remains expensive. 

Meanwhile, the endless drive to attract industry is increasingly ill advised, stretching the water supply beyond what residents can reasonably bear. The result is a familiar Texas pattern: public resources get promised to private growth, and ordinary people are left to pay the bill.

This is where the water crisis becomes more than an infrastructure problem. It is a democracy problem. Who gets to decide how much growth is too much? Who benefits from water-intensive development? Who pays when systems fail? Who is asked to conserve while industries expand? And whose communities are treated as sacrifice zones in the name of “economic development”?

These questions echo themes I have raised in other posts about the Hot Earth, climate disruption, and the extractive logic that governs so much of our public policy. Climate change is not some distant abstraction. It is arriving through heat, drought, flood, fire, migration, insurance costs, utility bills, and water scarcity. It is arriving through the quiet violence of unaffordability. It is arriving through the realization that the poor, the elderly, rural communities, and working families will be the first to experience what policymakers long treated as someone else’s future.

Tomlinson’s column is especially important because it pierces the illusion of cheapness. Texas has “run out of cheap water,” as Sen. Charles Perry put it. That statement deserves our full attention. Cheap water was never really cheap. It was subsidized by aquifers, rivers, ecosystems, Indigenous dispossession, rural extraction, underpriced infrastructure, and future generations who were never asked for consent. Now the bill is coming due.

Desalination may become part of the state’s water future, but it is not a magic wand. Making salty water sweet requires enormous energy. It also produces concentrated brine that must be handled carefully to avoid serious environmental harm. If desalination becomes another excuse for unrestrained growth, we will have learned nothing. We will simply be using more energy to solve the water crisis while worsening the climate crisis that intensifies drought in the first place.

The same concern applies to artificial intelligence and data centers. As I have written elsewhere in reflecting on AI and extraction, artificial intelligence is not weightless. It is not merely “in the cloud.” It is physical infrastructure: land, water, energy, minerals, labor, servers, cooling systems, and communities asked to absorb the costs. The language of innovation often hides the material reality of extraction. In Texas, that reality is becoming increasingly visible as rural communities confront large-scale data centers that demand huge amounts of water and electricity.

It is telling that even Texas Agriculture Commissioner Sid Miller has called for a moratorium on new data centers, warning that rural communities that have conserved water and land for generations are now being asked to compete with corporate giants whose demands could overwhelm local resources. 

That alone should widen the conversation beyond partisan politics. This is not simply a left-right issue; it is a question of stewardship, fairness, and whether Texas will protect the communities that have long sustained the state before handing scarce resources over to the highest bidder.

Water also forces us to rethink what we mean by prosperity. For too long, Texas leaders have equated growth with success. More highways. More subdivisions. More warehouses. More data centers. More fossil fuel extraction. More tax incentives. More ribbon cuttings. But growth without ecological limits is not prosperity. It is debt. It is risk. It is a form of policy denial.

And as with so many policy debates in Texas, inequality sits at the center. Wealthier households will absorb higher water rates more easily. Poor and working-class families will not. Rural communities may see their aquifers strained by development they did not invite. Colonias and historically underserved communities may face the worst infrastructure deficits. Urban residents may be told to conserve while industry receives favorable treatment. This is how environmental crisis becomes social crisis.

We should be deeply concerned that Texas is discussing water scarcity largely as an engineering challenge rather than a justice challenge. Pipes matter. Treatment plants matter. Desalination facilities may matter. But governance matters, too. Public voice matters. Conservation matters. Climate policy matters. Land-use planning matters. Accountability matters. Without these, water policy will reproduce the very inequities that brought us here.

The Legislature will have to confront this in 2027. But Texans should not wait for lawmakers to frame the issue for us. We need a broader public conversation now—one that includes educators, scientists, farmers, Indigenous communities, rural residents, environmental advocates, labor, students, and families already struggling with the cost of living.

Water is life. It is also memory, land, culture, food, health, and public trust. It is the connective tissue of ecology and democracy.

Texas can still choose a different path. We can invest in infrastructure, conservation, reuse, repair, and fair pricing. We can scrutinize water-intensive industries before granting them public support. We can protect communities from being overrun by extractive development. We can treat climate disruption as real rather than optional. We can insist that economic development serve the public good rather than private accumulation alone.

But we cannot keep pretending that endless growth is compatible with finite water.

Tomlinson’s column is a warning. Corpus Christi is a warning. The draft State Water Plan is a warning. The Hot Earth is warning us, too.

The question is whether Texas will listen before scarcity becomes policy, before crisis becomes normal, and before ordinary Texans are told—once again—that there is no alternative but to pay for decisions they did not make.

References

Texas Water Development Board. (2026). 2027 state water plan: Draft, phase 1. https://www.twdb.texas.gov/waterplanning/swp/2027/docs/DraftSWP27-Water-For-Texas.pdf

Tomlinson, C. (2026, May 21). Texas is running out of cheap water, and will need to make salty water sweet. Houston Chronicle

Texas faces a costly water crisis as growth, drought and industry outpace freshwater supplies statewide, writes columnist Chris Tomlinson.

By ,Columnist

Texas is outgrowing its freshwater supply.

Communities across the state need billions of gallons more water for growing populations and thirsty industries like oil and gas fracking, computer chip etching and artificial thinking. What happens this summer in Corpus Christi is a sign of what’s coming for all Texans.

The price of creating freshwater and keeping the economy growing will leave consumers with sticker shock, state lawmakers recently acknowledged. A draft of the 2027 State Water Plan says Texas will need to spend $174 billion to meet the water needs of the next 50 years — twice as much as lawmakers estimated just four years ago.


“The taxpayer is going to pay for this stuff one way or the other, be it property tax or be it fees, or be it insurance cost increases,” state Sen. Charles Perry, chairman of the Senate Water, Agriculture and Rural Affairs Committee, said during a hearing last week. “There is no free lunch here, or if they don’t pay, we end up with a Third World state.”


Inconvenient truths

Lawmakers will need to have “a big conversation” when they gather in Austin next year, Perry predicted. The level-headed Lubbock Republican is not prone to hyperbole or known for rhetorical flourish. When he speaks up, Texans best listen up.


Droughts and floods have complicated life in Texas for eons. The population and economy only began to grow once people started damming rivers and drilling into aquifers. But experts say those water sources are insufficient for a growing state.


Corpus Christi is the canary in our coal mine. The city’s surface water supplies are running low, new groundwater wells have disappointed, and citizens can’t afford to make seawater drinkable.

In the City Council’s drive to attract industry and bring in new jobs and revenue, it stretched the water supply too thin. Now that the inevitable drought has arrived, the council will likely declare an emergency and impose strict rationing.

Experts told the Senate committee on May 11 that while 57% of city-owned water utilities say they have long-term plans with sufficient funding, 10% have no plan, and 43% do not have enough money.

This year was the first time the State Water Implementation Fund for Texas fell short, capable of providing only $1.28 billion of the $4.2 billion that water utilities requested. The Legislature created the fund 11 years ago to help local authorities pay for water projects.

The Texas Water Development Board, which administers the fund, rejected the Nueces River Authority’s request for help financing a Corpus Christi desalination plant, claiming it had to prioritize other projects. 

Statewide, Texas doesn’t know where it will find 10 million to 12 million acre-feet of the 17 million the state will need over the next 50 years, Perry warned (an acre-foot is about 325,000 gallons). Making existing water treatment plants and pipelines more efficient will only meet 3% of the need.

“If I have to pick between spending all of my dollars on leaky pipes or all my dollars on supply, I will pick supply every day,” Perry said.

Water users will need a lot of dollars.

Well runs dry

Producing drinking water from ground or surface sources typically costs between $1.10 to $4.30 per 1,000 gallons, according to the Texas Comptroller’s Office. Desalination costs range from $7.50 to $11 per 1,000 gallons.

“Everyone in the audience is going to say, ‘That’s too much, that’s double what we’re paying,’” Perry said. “But that’s the cost of new water in Texas … we have run out of the cheap water.”

If Texans will pay those rates, utilities will deliver. Companies are working to permit three seawater desalination plants, with state officials anticipating seven plants along the coast over the next decade.

Arid nations around the world use desalination, but in addition to requiring a lot of energy, they produce a brine that is twice as salty as the water going in. If the waste stream isn’t handled properly, it can cause severe environmental problems.

Critics question the wisdom of trying to grow Texas beyond what its natural resources can sustain. Community activists want to prioritize residents’ quality of life over industrial development, and environmentalists want conservation over development.

Sid Miller, the Republican agriculture commissioner, called for a moratorium on data centers to conserve water.

“They draw massive volumes of water for cooling, even amid ongoing drought,” Miller wrote in a press release on Monday. “Rural communities that have conserved resources for generations now compete with corporate giants.”

Should a higher power grant South Texans' prayers and bring a week or more of steady rain, a heaven-sent storm will not solve the state’s long-term water shortage. We’ll still need to turn salty water sweet.

“We have a lot of poor people that aren’t going to be able to live in Texas much longer if we don’t figure this out, and there needs to be a sense of urgency about it,” Perry warned. “The status quo has to break.”

Award-winning opinion writer Chris Tomlinson writes commentary about money, politics and life in Texas. Sign up for his “Tomlinson’s Take” newsletter at houstonchronicle.com/tomlinsonnewsletter or expressnews.com/tomlinsonnewsletter.


Business Columnist

Chris Tomlinson writes commentary about money, politics and life in Texas for Hearst Newspapers. He can be reached at ctomlinson@hearstcorp.com.

In 2025, Tomlinson was inducted into the Texas Institute of Letters, an honor society that recognizes distinctive literary achievement. In 2021, the Texas Association of Managing Editors awarded him columnist of the year, and the Headliners Foundation named him Texas's Star Opinion Writer. He’s authored two New York Times Bestsellers, “Forget the Alamo: The Rise and Fall of an American Myth” and “Tomlinson Hill: The Remarkable Story of Two Families Who Share the Tomlinson Name - One White, One Black.”

Before joining the Houston Chronicle in 2014, he spent 20 years with The Associated Press reporting on politics, economics, conflicts and natural disasters from more than 30 countries in Africa, the Middle East and Europe.

Thursday, April 23, 2026

America Isn’t Ready for What AI Will Do to Jobs—Should We Be Worried?

The short answer as to whether we should be worried about AI is—yes! And this is not because mass AI-driven unemployment is already a settled fact, but because the speed of change, the incentives driving corporate adoption, and the absence of serious public planning together create a dangerous vacuum. 

As Josh Tyrangiel writing for The Atlantic makes clear, the real threat is not simply that AI may displace workers, but that it could do so faster than our institutions can respond, leaving millions vulnerable while political leaders, CEOs, and policymakers look the other way. 

Even economists who disagree on timing acknowledge the stakes: if AI compresses years of labor-market disruption into months, the damage will extend far beyond jobs to democracy itself, deepening inequality, anxiety, and political instability. What should concern us most is not only the technology, but the nation’s striking lack of preparation for a transition that may already be underway.

-Angela Valenzuela


Does anyone have a plan for what happens next?