Cartel Education and Why It Matters

The American thesis of free market capitalism is that privatization breeds competition. Competition forces merit. Merit compels innovation and innovation lowers prices. In the US, private firms are encouraged and allowed to dominate entire markets as winner take all. Their monetary gains are the reward for the public value they create. Whether that's healthare, utilities, surveillance, telecoms, or even education. Everything is done under the theory that free minimally regulated markets produce the greatest innovation. But look around these days and the country seems to be proving the opposite. Privatization has reshaped and consolidated markets over decades into oligarchies where access

has shrunk to a handful of increasingly expensive options designed to benefit shareholders over consumers. Healthare, housing, medicine, gas, and groceries are daily essentials where everyone feels this squeeze. But one industry has raised prices just as fast and shrunk access even further. And it's the one nobody thinks to call a market at all. College. The one purchase every American is told they need to succeed. Nowhere in the world is college more expensive than in the United States. The world famous American universities, Harvard, Stanford, Princeton, MIT all charge six figures a year. Families invest years in advance just for a shot at getting in. And this has spawned an entire separate

industry of consultants, test prep companies, essay editors, and extracurricular coaches. If we take a closer, more critical look, America's elite universities are really more like luxury brands. They're privatized businesses built on carefully manufactured scarcity compounded over centuries. Like Hermes or Ferrari, these schools have deliberately kept enrollment flat for decades, even as demand has exploded by orders of magnitude. These schools design campuses the way luxury houses build stores like living temples of prestige, history, and culture. And like Rolex or AP, they don't make money on walk-ins. They allocate seats to a clientele built over generations of purchase history and make exceptions for the wealthy and powerful.

If college is a ticket to the middle class, these elite schools sell tickets to the upper class. Getting in is marketed as lifelong proof of superiority and intelligence. But as anyone who's worked in corporate long enough knows, Harvard, MIT, Stanford, and Ivy League grads are not objectively smarter. From personal experience, they generally perform worse, spend more time talking than doing, and are constantly reminding everyone where they went to college. Despite their mythical status, these elite schools have never produced data showing their teaching or job outcomes are any better. There is no educational justification for their selectivity. Their graduates walk out with the same paper diplomas as everyone

else. Under this lens, America's elite colleges sell status, not education, and measure themselves solely on how many applicants they turn away while taking credit for the success of their alumni. Every graduating class completes the ritual and are given rings, jackets, ties, and other commemorative exclusives to carry into adulthood. Then, with class reunions and alumni events in every city, the school never stops asking graduates to donate money to the very institution that charged them six figures to attend. There is something absurd about charging people nearly half a million dollars in cash for a piece of paper and then asking them to donate out

of gratitude for the 4-year experience they paid for. And yet it works. Billions flow back to these institutions annually. And these elite schools regularly rake in more donations in a single year than most universities raise in a generation. From this angle, Stanford, Harvard, MIT, Princeton, Yale, UPEN, and Colombia are more like cults, banks, and cartels that live on a pyramid of contradictions. They're nonprofits, yet sit on more cash than Nike, Disney, McDonald's, Coca-Cola, and Boeing. They charge six figures, collect millions in donations, and hoard billions in reserves, yet remain federally funded, and pay little to no tax. They appoint presidents no one ever meets and pay them millions a year for a

job no student can even describe. They employ the most celebrated scientists and researchers alive and give every discovery away for free. Their biggest buildings are funded by donations. They lose money on almost everything they do and still get richer every single year. Ultimately, America's elite colleges are so complex that the best way to understand how they make money is through strategy games like Starcraft, Civilization, Age of Empires, and Total War. In these video games, you win by assembling the most powerful units, unlocking the most advanced tech trees, building the most productive economy, constructing wonders that generate culture, planting seeds to harvest turns

later, or spreading reputation like a religion across the map. All while paying maintenance on centuries of decisions and infrastructure, just like what Harvard, Stanford, Yale, MIT, and Princeton do every single day. In this episode, we break down how America's most prestigious universities actually make money and why every contradiction on the list makes sense once you see the game they're really playing. RTS games boil down to four core mechanics: macro, micro, tech, and production. Macro is about building the most productive economy possible with a steady stream of income, maximizing worker efficiency, and constant expansion to new resources as soon as they emerge. America's elite

universities run the same playbook through three divisions. The first two are advancement and endowment which work together on economy. The third is administration which spends the economy and owns everything it buys. The supply cap, the tech tree, which units to recruit and which buildings to construct. Every RTS game begins with forests, mines or farms. And the college business is the same way. Advancement produces the workers, farmers, and probes, except in this case, the only resource they care about is cash. Some schools call it advancement, others branded development or alumni affairs. But it's all the same thing. It's a sales org dressed up as school spirit whose only goal is to harvest as much

new money as it can into the school's coffers. If you've ever received a letter, cold call, or email from your alma mater asking you to give back or donate, then you've interfaced with this exact department. Every graduate is a potential harvest. And the wealthier, more powerful, and more generous you get, the more closely this department watches you. Under this lens, undergrads are not recruited units, but instead seeds that scatter after graduation. While players harvest for immediate income in strategy games, universities plant seeds with the goal of harvesting decades later. But unlike gold veins or mineral patches that run dry, students are a renewable resource. Every

graduating class is a planting scattered out into the world, and every incoming class of freshmen recededs the field. As long as the university provides a good undergrad experience, it gives itself a chance to harvest down the line. Thus, the elite American universities are not just the richest, they're the richest because they're the oldest with more harvest behind them than anyone else. Yet, while resources occur naturally in video games, in colleges, the seeds pay six figures for the privilege of being planted. Like any good RTS player knows, the best econ requires maximum collection at minimal cost. Alumni

reunions, networking dinners, and annual giving drives are free parties that the college throws, not because it loves its students, but because it helps them make money. These events let them track your career, record your financial status, and score your chances of donating. No different than what a sales team does with prospects in Salesforce. Whenever you answer the call, attend the reunion, or fill out the survey, you're helping the college time its harvest. Princeton operates the most effective advancement department in the country and boasts the highest rate of donor participation from living graduates. Alumni volunteers enthusiastically solicit their own classmates and as unpaid laborers. The

cost of collection to the school is near zero. Every graduating class competes annually to see who donates the most and elects an officer whose entire job is manufacturing the spirit to give back. Meanwhile, Harvard has its famous red book, which is a scrapbook that students diligently fill out every 5 years. It's really a prospect database where alumni self-report their careers, locations, and salaries. So, the school never has to pay anyone to compile it. And at every one of these universities, someone is getting paid full-time to watch for any big liquidity events like an IPO, company sale, inheritance, or executive appointment because those are the best

moments to harvest. But generosity alone isn't enough. Every college hires full-time salesmen who are called gift officers and assigns them an annual quota and portfolio of high- netw worth alumni. Their job is to whine and dine each of these individuals into upping their donations to six and seven figures. But at the elite universities, writing a check for thousands or millions only makes you a mid-tier donor. The real rewards are reserved for the eight and nine figure whales. These are the 1% of the 1% who donate to either guarantee their kids admission or because they're so rich that the only thing left to buy is immortality. These whales are so few, so lucrative, and so important that they get the personal

attention of every university's president, deans, and trustees. This is why no student ever really meets or interacts with the college president. They'll give an occasional speech or pen a letter, but all their time is dedicated to closing the whales rather than the unripe undergrads who are decades away from writing a check. In exchange, the children, relatives, and close friends of the big donors get guaranteed admission. But undergrads are still critical. The years between 18 to 22 are the most formative periods of a person's life. This is when kids legally become adults, discover themselves, find friends, and choose careers. Colleges

insert themselves into this exact window by design with the bet that all this goodwill and nostalgia can be liquidated decades later into millions in donations. In contrast, graduate alumni and PhDs are proven to donate substantially less. Their relationship with the school is transactional and their attendance is linked to a specific professional outcome. Thus, the priority of every elite college is the same, which is to make undergrad life as engaging, happy, and tight-knit for as little cost as possible. Any and every future donation hinges on delivering that experience. But to manufacture a deep connection with each student, every class has to stay small. In contrast, public universities like the UC's suffer

from the exact problem that the private elites avoid. When you enroll tens of thousands of students every year, it's impossible to foster deep tribal bonds between student to student or student to school. Thus, the elite colleges intentionally fragment their already small classes into even smaller cohorts. It's like the sorting hat from Harry Potter, where getting into Hogwarts is one thing, but the house you end up in is really what shapes your daily life, social circle, and identity. Yale sorts freshmen into 14 different residential colleges, each with its own dining hall, library, and gym. and every undergrad stays affiliated with it for their entire four years. Harvard has 12

houses, each with their own traditions, merchandise, and sporting teams. And the assignment itself is a ritual where upper classmen storm into freshman dorms dressed in costumes. Princeton randomly assigns freshmen to residential colleges and then pushes upper classmen into one of 11 eating clubs, which open up a deeper social world where members eat together and party in their own mansions. Stanford and Colombia, in contrast, have never managed to engineer the same level of physical tribalism as Greek life and co-ops have dominated for decades. Every university deliberately layers on even more tribes like ac capella groups, frats, sororities, and clubs. The more memberships a student

holds, the more their identity gets fused with the school itself. The same logic applies to housing. The elite universities house a far larger number of their undergrads for far longer than any other public or private university. Over nine out of every 10 Harvard and Princeton undergrads live on campus for all four years. The schools eat this cost not out of generosity, but instead as part of an investment in connection and future donations. They also field an absurdly high ratio of athletic offerings with one varsity team for every 150 students. At public universities, men's football and basketball are commercial products whose revenues subsidize the other two dozen sports offered. The elite colleges opt

out of this business entirely. No Ivy League school competes at the top of football or basketball and athletic scholarships have been banned for over 70 years. Thus, their sprawling athletic departments all run at a loss, are uncompetitive, and exist only for school spirit and student bonding. The few sports they dominate, like squash, crew, sailing, and fencing are just a reflection of the preppy, upper class families that most of their student bodies come from. Only Stanford competes at the top in football and basketball and even its program has needed rescuing. Like housing, athletics are aggressively subsidized so that students can have another layer of attachment to

the institution. In RTS terms, the dorms, dining halls, gyms, and stadiums are all happiness buildings. Their capital investments to keep the population satisfied with the aim of cultivating memories and converting them into donations decades later. Only the elites can afford to play this game as they get to concentrate all their investment in a small student body. Yet the twist is that the most reliable donors are not the whales, but instead the students who could never have afforded to attend. The first generation lowincome scholarship kids who attend on someone else's money, make it big, and want to pay it forward are the most consistent donors. And their faces and stories of this school changed my life

are the centerpiece of every school's marketing. Every campus is full of trust fund kids who were born rich, coast through the four years and never donate and the universities know that. Thus, the best colleges carefully engineer the composition of every incoming class by choosing the right seeds, even if that means paying for the planting themselves when necessary with financial aid and balancing these subsidized cohorts with the rest who pay in full. Every college runs this formula, but the elite universities hold the single greatest advantage in time. If you were given 20 to 40 turns to build up your econ before your competition spawns, you too would be unstoppable. While advancement brings

in new money, endowment grows the old money that's already banked. In an RTS, you never want to hoard resources. But colleges are the opposite. They want to hoard capital because every building and professor brings on decades of liabilities and overhead. So, they must be diligent about what they build and who they hire. The second reason is that there's no true win condition. When you're Harvard or MIT, you're already at the top and there's nowhere left to go but down. And unlike any conventional business where market share requires expansion, Harvard and MIT have to stay small, scarce, and physically rooted in Cambridge to preserve their brands. The endowment division's only job is to make

the pile of money bigger every year. This is why endowment managers are the highest paid staff at every university, often recruited from Wall Street and rake in millions more than the presidents and provice that they serve. Their investments are measured in decades and their mandate is to maximize returns every year. So the school can fund as much of the student experience from passive income for today and future generations. This is why the elite colleges invest so much of their endowment in private equity and venture capital rather than tea bills and index funds. They're chasing alpha and those unicorn returns if realized can carry the school for the next 50 years. This is also why any framing of America's top

universities like Harvard, Colombia, Yale, etc. as bastions of social responsibility, free speech, and independent thought is false and collapses with the school's business model. The returns that fund the school come from the same vilified industries that their student bodies and faculty protest. Every year, the school draws down roughly 5% of the endowment's value to spend, while everything else remains invested. This payout happens on time regardless of whether the markets go up or down. That way, the endowment smooths over any bad years and the school always gets funded. But when the losses occur, hiring freezes are put in place and non-tenured professors are asked to leave. Yet, the greatest irony is that

despite being in the longest bull market in history, these universities have all failed to beat the market, even with their million-doll Wall Street managers and connections. After fees and on net returns, nearly every school has underperformed a run-of-the-mill Vanguard index fund, and no one has lost out on more than Harvard. But getting above market returns is so critical because the elite colleges financially handicap themselves on the primary revenue source for every other university in the world. With artificially capped enrollment, undergrad tuition is a loss leader where most seats get subsidized through financial aid to attract and cultivate that future 8 figure donor. As a result, endowment covers twothirds of the annual

operating budget at these universities with Princeton being the most extreme. Yet, it's a different story for the graduate and professional programs where these schools admit far more students, charge higher tuition, and hand out far less aid. At Colombia, undergrads contribute less than 1/5if of net tuition. But everyone knows that getting into Harvard grad school is not the same as getting into Harvard College. This is why grad students outnumber undergrads by multiples at every elite university because they intentionally freeze the undergrad brand but scale everything else around it to make money. The final nuance is that endowment is not just one pot of money. It's thousands of

individually restricted funds where most of the money is legally bound to whatever purpose its donor specified. If a donor says their money can only be used to fund the library, the school can't legally use it to patch a hole in any other building, even as a temporary bridge loan. Donor restrictions are binding contracts that are enforcable for centuries by the donor's heirs and state attorneys. This is why the small dollar annual giving drives are still invaluable. Even though most alumni only give two, three, or four figures at most, these donations are unrestricted. It's money that the college can spend anywhere it wants. Whereas the 8 and 9 figure gifts from the whales always come

with strings attached. This brings us to the third and most consequential division, administration. They're the department that spends the budget, recruits the faculty, shapes student life, chooses which facilities to build versus renovate, and decides what branches of the tech tree to invest in. This division is where the school's prestige is manufactured and maintained. The real power here lies with the provost. The provost sets the budget for every department, decides who gets hired, dictates what parts of the tech tree get researched, and takes reports from every dean. Provosts are the ones who actually run the university and they hold power over which fields and faculty thrive or starve at the institution. The

most powerful unit a college can recruit is its faculty. Every hire runs through the provost and they must judge whether that extra payroll will serve the school best here or would be better off allocated to a different department. Unlike the private sector where you can hire anyone with money alone, universities run on slots. Every department holds a fixed number of authorized faculty positions. After six years of service, every hired professor comes up for tenure review. If approved, that once flexible hire becomes a permanent obligation where the university commits to paying their salary and benefits for the next 40 plus years with no termination date. Colleges cannot legally fire or force out tenur professors to reclaim budget. This is

also why the tenur faculty are insulated during budget cuts and the pain lands entirely on the atwill lecturers, assistants, postocs and manual workers below them. Thus, once a professor gets tenure, they generally never leave. A slot only reopens once a tenured professor retires, dies, or leaves the university entirely. The provice then gets to choose if that headcount should stay or be moved to a different department. Reallocating slots from shrinking departments to growing ones is arguably the most important decision a provost can make. A losing department reads the headcount loss as an indictment of its future. Its non-tenured faculty interpret it as a sign to jump ship. And as the talent bleeds out, the students left behind get

a worse education from a shrinking department. Meanwhile, the winning departments thrive. Getting new slots is proof that the school believes in the future of their field and is willing to invest in them. In RTS terms, this is like supply depots or pylons. You can sit on all the cash in the world and still be supply blocked. As rich as they are, the elites can't just casually dish out headcount because a single tenure professor is a lifetime commitment that can total tens of millions of dollars. There's no way to undo or delete this labor cost once committed. But the biggest issue of all is that no one can know whether a field will still matter in 30 years. Every field is like a stock

which goes up and down. The flood of venture capital, the young billionaire founders and the six figure new grad salaries have propelled computer science from a niche degree into the most popular major in the past decade. Unsurprisingly, provice everywhere have plowed headcount into their CS departments to meet demand. Over the same period, humanities enrollment has evaporated and every tenure professor in English or literature is one less headcount for the CS department. Nuclear engineering is another great example. In the 1970s, it was the future, and American universities poured millions into labs, reactors, and tenured faculty to feed what seemed to be the energy

source of the next century. Chernobyl single-handedly killed any appetite for the field, and those same schools spent the next 40 years paying salaries for a department that nobody wanted to major in. Thus, it's far more dangerous to permanently overbuild for a shrinking field than it is to temporarily underinvest in a growing one. Ultimately, refusing to grow supply is part of the DNA for the elite schools. The same selectivity applied to students is also applied to faculty, and there's little merit in doubling a department's headcount when the student body is capped. In summary, every department is a field. Every field represents a branch

of the tech tree. And investing in that department means investing in that branch. As a result, the provost isn't just allocating hires as much as they are choosing which branches to research, which to divest, and which to maintain to strengthen the school's prestige and leadership. In an RTS, every investment in the tech tree is permanent and comes with guaranteed upgrades. But real life is the opposite. You can't buy an outcome. All you can do is buy the people that might achieve a breakthrough, which is exactly what colleges do. And when you finish research in an RTS, that tech remains permanent and free forever. In contrast, a university department remains permanent and expensive forever. Thus, investing in the tech tree is a matter

of affording upkeep as much as it is about making the right selections because everything you build and everyone you hire costs money every turn, regardless of whether or not they're actually productive. At the same time, the tech tree in real life is dynamic. If we say every field is a branch, then branches sprout, fuse together into new limbs, split, or simply wither away over time. Bioengineering didn't exist in the 80s. And yet, the field today boasts departments, PhD programs, and journals worldwide. These days, quantum, climate, and AI are new branches that are all blossoming on the tech tree. Like in an

RTS, a college can always techrush and aggressively plow resources into a specific branch it's bullish on. But hiring doesn't solve execution. If the researchers it hires don't outperform their peers at other schools, then the school has blown its economy and headcount. We talk a lot on modern MBA about market leaders and the moes that protect them. Right now, it's said that every day your business is late to AI. You're falling 2 days behind. But how do you keep up? The competition is only moving faster. Fortunately, there's Netswuite next. You already know Netswuite. It's the gold standard AI powered business management suite that brings your financials, inventory, commerce, HR, and CRM into one single source of truth. Netswuite is

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MBA. Built for every industry, ready for every boardroom. Thank you to Netswuite for supporting Modern MBA and making this episode possible. Because the tech tree is so big and all the edge comes from depth rather than breadth, every university must specialize to succeed. But no individual can achieve cuttingedge research on their own. A world-class researcher needs surrounding faculty as co-authors, grad students to push the work forward day-to-day, and enough scale to justify the additional millions of dollars in special equipment that their work demands. Thus, universities can't just throw money to hire the biggest stars in the trendiest fields and call it a day.

No matter how good they are, their execution will be slow, unproductive, and risky without the support directly around them. Under this lens, only with a critical mass of resources, talent, and infrastructure can a college assemble an acclaimed top five department that publishes the field's best papers, attracts the strongest PhDs, and owns state-of-the-art facilities that donors are willing to pay to put their name on. But if a university stays stingy or spreads its investment too thin, then every department just exists to teach and produces no cutting edge research, no talent, and no prestige. In short, professors are what make every university. Remove the famous faculty and star researchers, and all the overachieving undergrads and PhDs have

little reason to attend beyond the brand itself. By this logic, the elite universities are forever assembling armies of the best professors as hero units concentrated in the branches they believe to be the most critical. Meanwhile, the lower ranked colleges below them have to pay a big to poach whoever they can in an attempt to buy their way onto the tech tree. But the main conundrum is that even if the research is successful, the school captures none of its economic value. Breakthrough research is generally not patented or licensed, but instead given away. Professors move up their fields based on publications, citations, and peer review. All of which requires their work to be publicized. Any university

that locks up research for monetization would immediately destroy the prestige that attracts faculty, students, and applicants in the first place. At the elite schools, the vast majority of undergrads never even see the Nobel faculty on campus. Yet, they're still elevated by their association, proximity, and reputation. We've explained the how and what, but the question still remains. Why do schools bother investing in research if they lose money on it? No matter what branch you choose, it's all a money pit. Yet, the stakes are bigger than they look. Nearly every major industry today started as an experiment in a campus lab years ahead of the private sector.

Corporate America abandoned Long Horizon Research decades ago as shareholders demand returns every quarter and results take generations to materialize. America's universities are the only remaining institutions in the country that can make these bets and are willing to wait 20 years or more for a non-monetary payoff. The technology behind the co vaccines was discovered at UPUPEN. PageRank, which organized the public web and became Google, and optogenetics, the defining tool of present-day neuroscience, all came out of Stanford. And the open- source cryptography that encrypts everything you do online from the messages you send to the things you buy, was invented at

MIT. This is just a partial list of all the cutting edge technologies birthed by America's elite universities. And all of this is by design. The federal government uses taxpayer money to reimburse schools for the costs of research because they know that this work would never get funded if left to the private sector. Even if a for-profit company did achieve a breakthrough, it would predictably hoard the knowledge instead of releasing it for the public good. Under this lens, the whole system is engineered around a simple division of labor where the universities drive research, incubate talent, and publish the knowledge for free, while the private sector builds products around their discoveries. If a company likes

what it sees, it can simply poach the PhD or professor to the private sector with a life-changing salary without having to go through the university. So the next time someone proclaims the US as the land of free market capitalism, just point them to the university system, where innovation is federally subsidized and then commercialized by corporations who sell to taxpayers at a markup. Nearly every great American technology traces back to federally funded university research. The US government built it this way on purpose because keeping America in the driver's seat of innovation and talent is a far more important geopolitical priority than complete worship of free market ideology. But getting federal funding is

extremely competitive. There's 50 schools chasing after the same grants, and only the winners get to keep going. These grants reimburse universities not just for the cost of payroll, but also infrastructure like construction, utilities, security, and maintenance. Even the tenure salaries, the one cost that a school can never escape, get partially reimbursed. At the same time, the government has its own agenda. They run the same VC playbook that we covered in our video on Chinese EVs where they intentionally pour the most funding into the fields that they deem critical in order to steer research towards federal priorities. Thus, whenever a provost is trying to figure out which branch of the

tech tree to invest in, they're evaluating reimbursement potential as much as talent and infrastructure. In short, the tech tree is shaped less by science and more by national priorities. When Congress doubled the National Institutes of Health budget in the late '90s, the cost of biomedical research was cut in half and the elite colleges responded by pouring millions into new buildings and star faculty. This dependence on Uncle Sam is why the narrative of America's elite universities as some mythical sanctuary of independent thought really makes no sense. Any cut to federal funding destroys their entire business model. And no school is dumb enough to bite the hand that feeds, especially if it's done

just to appease subsidized undergrads. the people with the lowest net present value on campus. This is why humanities is underinvested everywhere as the field gets near zero federal funding. Worldrenowned humanities departments like Yale English, Harvard Classics, and Princeton Philosophy earned their reputations generations ago under entirely different economics. Now, they're simply maintained as inherited infrastructure, talent, and assets that no university could afford to build from scratch today. So to recap, colleges recruit professors and they chase the superstar faculty and renowned researchers in the fields they want to invest in. These stars are like hero units that bring talent networks,

grants, and government relationships with them. All of which turns research from a money pit into a federally subsidized activity that elevates the school's profile. But academics are generally not mercenaries. They're not strictly motivated by money in the same way like it is in the private sector. Researchers at the top of their field require state-of-the-art buildings and equipment that can enable them to advance their research to new heights. These facilities are one of a kind with customuilt features like electropolished pipe, hazardous gas ventilation, specialized clean rooms, and vibration isolated foundations. All of this infrastructure must exist before a single federal dollar shows up.

Reimbursement is never given in advance and only applies to research performed in completed buildings. A big donor typically only covers a third of the cost in exchange for slapping their name on the building while the rest must come out of the school's pocket. It's a chicken and egg problem. A university can front construction with endowment money in the hopes of winning over star faculty. But the building can become an overbuilt liability if that talent never comes. Alternatively, it can recruit the stars first and then build later, but then those same hero units it fought so hard to win will get poached right back if the infrastructure takes too long to materialize. Either way, every new

building, just like every key hire, permanently adds overhead costs that only the endowment can carry. Yet, with 90 to 95% of the annual budget already committed to tenure salaries, financial aid, debt service, and maintenance on everything already standing, universities only have 5 to 10% left over to spend. As a result, they naturally pursue new construction because donors will pay 8 and N figures to slap their name on the latest, shiniest building, but never for repairs on an old one. Thus, the result is the same at all schools where renovations are continually deferred and new construction matches whatever branch of the tech tree the university is chasing. But even when everything goes right in construction and recruitment, the

research can still fail. The star hire never wins funding, gets tenure anyways, and becomes a permanent liability. The field cools in the middle of construction. The federal agency cuts off the grants to pursue a new direction. In every one of these scenarios, the school ends up with buildings and units that drain money forever. If a university makes promises it doesn't deliver, word travels fast and every broken one stains its ability to recruit in the future. All this makes research a dangerous game for any school trying to climb the ranks. If you nail it, your prestige grows exponentially. But if you're wrong, you bleed for decades. If you put yourself in the shoes of an upand cominging researcher

or scientist, there's no reason to ever consider the lesser schools. They'll give you more money, but the paycheck is the only thing they can offer. If you take it, you'd effectively be sidelining your own career. Every year at a lesser school is another year wasted, and by the end, you'll have lost decades idling when you could otherwise have been doing your best work. Thus, the rational move for academics is to prove themselves wherever they are and then jump to the elites. There is no upside to purposely distancing yourself from the hubs of leading talent, funding, relationships, and infrastructure that already exist. And more likely than not, the Nobel laurate they have down the hall or

talented postoc next door will be the missing inspiration, guidance, or collaborator you didn't know you needed. Princeton has taken a peacemeal approach over the decades. Through the 2000s, their researchers patiently worked out of borrowed second rate lab space while the school compiled donations. They collected $20 million from alumnist Carl Icon to build a new state-of-the-art lab and $50 million from the alumni and founder of Progressive Insurance for a science library. The university poached stars like David Botstein from Stanford to lead its new genomics institute and David in turn recruited the worldrenowned faculty that now lead the school's DNA research. At the same time,

in-house talent, like Bonnie Bassor, who had been with Princeton since the9s, would grow to become the world's leading molecular biologist. While every other school invested in life sciences to chase the newly doubled NIH budget, Princeton opted for a different approach. The university wired the biomedical branch into its existing acclaimed departments of math, physics, chemistry, and CS to tackle life science research as a data problem rather than a clinical one. In the 2010s, Princeton completed four more hero buildings, led by a $100 million energy center and a $180 million neuroscience institute with 4-tonon MRIs, both funded entirely by donors. Emily Carter, a world-renowned

computational chemist, was recruited to turn the new energy center into a flourishing asset. She hired the faculty, designed the programs, and oversaw the construction, and did so well that she was later promoted to dean of engineering. Jennifer Rexford chaired the computer science department as CS exploded into Princeton's most popular major and did so well that she was later promoted to provost of the entire university. From this angle, the hero units aren't just lab scientists. They can also be operators who can identify talent, scale departments, and organize programs that convert donor money and empty buildings into outcomes that grow a school's profile and productivity.

Princeton has followed the same pattern over the past 25 years. They enter new fields through quantitative theory to avoid having to build expensive laborintensive clinical infrastructure like hospitals. New buildings get funded again and again by the same billionaire alumni. With no medical school, no law school, and no business school, Princeton has stayed ruthlessly narrow. The university is exclusively dependent on its endowment. And even though they spend a fifth of what Harvard does on research, they remain on par or superior in every field they play in. All while making sure that their star faculty have

little reason to take their talents anywhere else. MIT has taken the opposite approach. The university has so much wealth that it can fund capital projects upfront. In the 2000s, MIT built the world's largest neuroscience center, which was funded by a $350 million pledge from the alumnist and founder of PC World and Computer World. Meanwhile, billionaire philanthropists Eli and Edith Broad plowed $700 million into a new biomed institute. Instead of poaching talent from outside its walls, MIT simply staffed these new buildings with the Nobel laureates it already had on payroll. And without a hospital of its own, the school partnered with Harvard to gain access to the patients and clinical trials necessary for

biomedical research. It was in the 2010s when MIT started making bets with its own money. The university sank $400 million into building one of the nation's largest nanop fabrication facilities with no donor at all. The infrastructure was deemed too critical to wait and so MIT built first and sold the naming rights later 4 years after opening to alumna and AMD's Lisa Sue. Blackstone CEO donated $350 million to charter a new college of computing which consolidated double E CS and AI departments under one roof and added 50 new slots for tenur faculty. Meanwhile, its hero units delivered breakthroughs with the first technology for human genome editing, expansion microscopy, and the first ever antibiotic made by

AI. By 2025, MIT had spun off its federally funded fusion research into a for-profit startup, which has since built a record-breaking 20 Tesla magnet to enable the world's first net positive fusion reactor. MIT's strategy is all about tools over trophies. Its researchers focus on developing platform technologies or instruments that can be given away for free, so entire industries will standardize on MIT's work. Computing is the universal entry point aimed at the adjacent branches of biio medicine, pharmaceutical, and energy. Alumni front the buildings, the school spends next to nothing on amenities, and its research naturally flows towards products and startups. All of which leaves MIT less dependent on

federal funding than nearly everyone else. Harvard, in contrast, has struggled. While every other elite university is centralized, Harvard is really 12 separate schools that share one brand. Each school runs its own budget and endowment, and the president controls almost none of it, as most donations are legally restricted to the school that raised them. Through the 2000s, Larry Summers tried to fix this fragmentation as Harvard's president by building a $ 1.4 billion flagship complex across the river that would double Harvard's physical footprint and pull all the scattered sciences into one interdisciplinary campus. But when the endowment crashed 30% in the Great Recession, there was no pulled reserve

to rescue the project, even though the individual schools were each sitting on billions. None of those funds could be legally redirected or lent to the administration. Caught mid construction, the university had no choice but to pause the work, and the abandoned foundation sat there for the next 6 years. Because of this fragmentation, Harvard's tech tree is not determined by a central provost. Instead, branches are directly initiated by the wealthy alumni of each school. Steve Balmer donated $60 million to Harvard to fund 12 new CS faculty slots in the hopes of elevating the engineering school to the same pedigree as MIT and Stanford. Hedge fund billionaire John Pollson gifted another

$400 million with the same aim. Meanwhile, a Hong Kong billionaire paid $350 million to slap his name on the School of Public Health. It was and remains Harvard's poorest school. Public health grads earn little and donate even less. With a tiny endowment, the university was glad to sell. But Harvard's leaders aren't dumb enough to sell the naming rights for its most famous schools like college, business, law, and medicine. Ultimately, where Harvard dominates is in medicine, thanks to the network of affiliated hospitals that it's accumulated for over more than a century. The school boasts the largest concentration of research hospital capacity in the world and provides researchers with unmatched access to

patients and trials. But without a unified command, strategy is not coordinated and everything moves slowly. 13 years for a single building and a growth in CS faculty that only occurred because a donor volunteered to pay. Meanwhile, Stanford thrives by using its research and campus to mint the next set of tech billionaires who in turn fund the next generation of the university. In the 2000s, James Clark, a former professor and the founder of Silicon Graphics and Netscape, pledged $150 million to build a facility for engineers, computer scientists, and medical researchers. Just 2 years after opening, Carl Daiseroth, who was working inside the new Clark Center, uncovered

the ability to switch brain circuits on and off with light. His discovery of optogenetics has become the defining tool of modern neuroscience, used today in thousands of labs worldwide to map how the brain works. While MIT poached his collaborators, Stanford kept Carl, who would remain for the next two decades. With its direct ties to Silicon Valley royalty, the university has never needed money. When your alumni mint billions at every IPO, you don't need deadlines to compel donations. Ultimately, Stanford's tech tree is a simple loop. Research becomes companies. Companies become fortun. And the next harvest is already ripening with alumni like Jensen Huang, Andre Karpathy, and Sam Alman. Yet all this groundbreaking research and

infrastructure just maintains the brand. The defining property of Harvard, Stanford, and Princeton is that their reputation is not attributed to any one field. The brand by design sits above every department. Their centuries of wealth, talent, and infrastructure accumulation allow them to run wide tech trees. Whenever a new branch emerges, their brand buys them instant credibility where the stars, donors, and applicants show up on day one while a lesser school would have to spend decades to earn that same trust and talent. This is why single branch dominance is the only play for the lower ranked schools that are trying to climb up. It's the most capital efficient path to prestige where you can concentrate all your cash, recruitment,

infrastructure, and alumni wealth behind one single specific field. Babson throws everything into entrepreneurship. John Hopkins runs its entire brand on hospital, medicine, and public health. Carnegie Melon is renowned for CS and robotics. Georgetown Law and Government lifts everything else on campus. Duke leads with medicine and basketball. Purdue and Georgia Tech specialize in engineering, while NYU is defined by Stern and Tish. Every one of these schools intentionally dominates one or two branches and allows its mass market reputation to ride entirely on those

investments. If faculty are the supply, then students are the demand. Nobody turns down Stanford just because San Jose State serves better food and provides a nicer mattress. Still, the economics of happiness favor the elites. The cost of amenities scale with population. A school with capped enrollment can play tall and afford non-essential culture buildings like public art museums and libraries, whereas a riser must play wide to unlock tuition revenue, which linearly drives up housing, dining, health, and admin costs. None of it generates prestige and all of it must be built before students even arrive. In summary, undergrad scarcity is the central ingredient that fuels the brand. The aura of Harvard,

MIT, Stanford, and Princeton exists because most people can't get in. What admissions officers optimize for is yield, which is the measure of whether your school is a first choice or a safety. Over the decades, the elite schools have continually engineered higher yield rates as a never-ending pissing match to be number one. Early decision forces students into binding enrollment, so they never get to compare offers, which in turn artificially boosts yield. Ultimately, the admissions department exists only to maintain prestige. Most admissions officers at these elite schools are not alumni. They never attended the school themselves, yet are paid to gatekeep and pass judgment on who belongs. They're only

there to preserve selectivity, like the salespeople at Rolex and Hermes stores who sit around guarding cases with nothing in them.