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- [00:09]
Soni Kassam
If you'd driven through Palo Alto, Mountain View and cupertino in the 1960s, all you'd have seen were fruit trees. Fast forward just a few decades and those orchards have been replaced by some of the most futuristic corporate campuses on Earth. Places that would go on to spawn the microchip, the personal computer, the browser, the smartphone and AI. So how does a sleepy stretch of farmland become the most influential technology hub in modern history? The answer is stranger than the familiar garage myths would have us believe. Silicon Valley is built on a series of tensions and and contradictions. In the beginning, this private sector paradise is actually fueled by taxpayer money. Then a generation of hippie outsiders arrives, talking about liberation and changing the world, only for the region to become one of the world's greatest engines of wealth and corporate power. Today on 1440 Explorers, we tackle how serious Silicon Valley was built. I'm Soni Kassam and on this episode our guide is historian Margaret o', Meara, author of the Silicon Valley and the Remaking of America. Stay with us.
- [01:40]
1440 Topics Narrator
Listen. Learning has never been harder. The Internet is overwhelmed with low quality content, clickbait with little substance, AI generated slop and opinions masquerading as facts. Curious people like you are left sifting through noise instead of finding what matters. Enter 1440 topics. We've curated the highest quality resources from across the Internet. Think data, visualizations, captivating videos, long form journalism and paired them with staff written overviews to make every subject easy to understand and explore. Want to learn about venture capital or how new weight loss drugs work? Do you keep reading about CRISPR but are missing the best 101 on the breakthrough technology? Find all of this and so much more at join140.com 1440 topics separating what's worth your time from the rest of the Internet.
- [02:46]
Margaret O'Meara
I love the story of how the name of Silicon Valley came about. And it takes us back to the early 1970s when it was a very different place.
- [02:57]
Soni Kassam
Historian Margaret O' Meara is one of the great chroniclers of Silicon Valley. She's also a professor of history at the University of Washington. She takes us back to a moment before the place had a nickname. When a journalist named Don Hoeffler is trying to describe this strange, fast growing pocket of California for a trade paper.
- [03:17]
Margaret O'Meara
It was still just referred to as the Santa Clara Valley of California. It was 40 miles south of San Francisco. It was still mostly apricot orchards and the like.
- [03:27]
Soni Kassam
And yet something new is taking shape out there. Hoeffler starts hearing about it in local Restaurants in the language people use to describe the place.
- [03:36]
Margaret O'Meara
They would just refer to it over there when martini lunches. As we're coming out to Silicon Valley. This is Silicon Valley.
- [03:43]
Soni Kassam
Silicon Valley. A phrase tossed off casually, almost jokingly, by this growing group of engineers and investors that seem to be clustering around the valley.
- [03:54]
Margaret O'Meara
And he needed a good headline. And so he's like, oh, I can say Silicon Valley, usa. That's a good way to put it. And it stuck.
- [04:03]
Soni Kassam
By the 1970s, the newly minted Silicon Valley was well on its way to making tech history. Beneath that rise, and running quietly through Hoeffler's columns, were the two forces that had started it all. Stanford University and a man named Fred Terman. It's easy to forget now, but the west coast was not always the center of gravity. In the early days of computing and electronics, the real power was elsewhere.
- [04:34]
Margaret O'Meara
Things like the computer industry or the business machine industry. All that's on the other side of the continent. Most of the action was still back East.
- [04:41]
Soni Kassam
The International Business Machines Corporation, IBM, was out east, and so was everything that mattered. The money, the firms, Harvard, mit, Princeton.
- [04:53]
Margaret O'Meara
What made the Santa Clara Valley distinctive was this presence of Stanford University. Stanford was not a particularly wealthy university. It was wealthy in land. It had about 8,000 acres of land that had been deeded to it when they founded the university.
- [05:06]
Soni Kassam
The east coast dominates American science and industry, while the west coast had less going for it beyond one modest university and a great deal of land. And then enter Fred Terman.
- [05:21]
Margaret O'Meara
Fred Terman is called the father of Silicon Valley for a reason.
- [05:24]
Soni Kassam
Terman is a Stanford man. He grows up in the valley, studies there, and comes of age at a time when electrical engineering is starting to really matter with the outbreak of World War II. Like so many scientists of his generation, he's sent out to fight, but not with a rifle.
- [05:41]
Margaret O'Meara
America's scientists and engineers, most of them working in academia, were kind of called up to work for the duration of the war, to work on these military fundamentals research projects. And a lot of them had to do with computing and electrical engineering and advanced electronics.
- [05:56]
Soni Kassam
Terman is pulled into that world. And of course, that world is still centered back east, where the money is, where the institutions are, and where the federal government is pouring resources into science at a scale the country has never seen. But west coast, sleepy orchard grove. Terman is paying attention. He sees what wartime Washington is doing, and he has a thought.
- [06:21]
Margaret O'Meara
He writes a letter to a colleague right after the war, and he's like, look, we at Stanford, if we really mobilize. We can be like Harvard.
- [06:30]
Soni Kassam
Terman comes back to Stanford as dean, then provost, and starts reshaping it around the future he thinks is coming. He builds up engineering, physics and applied science. And it works.
- [06:43]
Margaret O'Meara
The university really turns itself into the ultimate Cold War university. As a partner to the military and a partner to American defense contractors that are working with the military. To build up America's high tech base,
- [06:57]
Soni Kassam
the government needs radar guided missiles, communications, surveillance, the whole high tech toolkit of the Cold War. And under Terman, Stanford is suddenly right there, producing the engineers to build it. But if building a talent pipeline is Terman's first big move, his next one is even bolder. A real estate play that may matter just as much as the brain power. Remember that land Stanford has been sitting on all this time? Thousands of acres that once looked like empty space. Terman and his allies realize that it can be something else entirely. A place where private companies can set up shop right next to the university on long term leases, tap into its faculty, and stay close to the stream of federal money now flowing through campus.
- [07:49]
Margaret O'Meara
It worked. It worked. Not only did these homegrown companies that had been founded by Stanford graduates like Hewlett Packard and Varian, but also some of the big electronics companies that were housed on the east coast opened up these industrial research labs in the industrial park. And this is kind of the original university research park that was the model for thousands of research parks that universities have opened around the world since then.
- [08:19]
Soni Kassam
It's a remarkably simple idea, but a radical one at the time. Instead of keeping the university sealed off from business, Terman knits the two together. Students move into companies, companies stay close to campus, research turns into products. Faster talent stops draining east and that becomes part of the valley's DNA. The boundaries between school and industry and between lab and company are porous from the very beginning. By the late 1950s and early 1960s, the effects are visible. What the older Eastern institutions have in prestige, Stanford makes up for in flexibility. It has fewer traditions to protect, more land to use, and a leader willing to aim federal money, university resources, and regional ambition all in the same direction. And that is how sleepy university in orchard country starts to become the spine of Silicon Valley. Okay, so that's the institutional story. But if you walked into the valley in those early days, into the labs and the neatly manicured buildings going up near Stanford, what would you actually see people making first? You wouldn't see one inventor alone in one room. By the 1950s, the valley is already a cluster of electronics firms Defense companies and young engineers all working on overlapping pieces of the same technological puzzle. And that puzzle starts with a premise that sounds a little absurd. Every computer at its most basic runs on just two. Yes or no, on or off, one or zero. As strange as that sounds, every photo, email and spreadsheet, every complicated thing a computer does gets built out of those tiny bodies. Binary decisions, millions of little ons or offs, all working together to create what you see on the screen. So the real challenge is, how do you make a machine that can turn electricity on and off reliably millions of times? That is the basic trick modern computing depends on. Very early machines could do this with vacuum tubes, but. But those were big, fragile, and hot. What engineers needed in the 1940s and 50s was something much smaller and a tiny electrical switch. The transistor, first demonstrated at bell Labs in 1947 back east became that switch. But a switch like that needs the right kind of material. Professor o' Meara explains that ingenious material. This way, if we think about a
- [11:13]
Margaret O'Meara
piece of copper, is a conductor of electricity, right? We have copper wires. That's how you get light. Wood blocks electricity, right? You put a wood block, it's not going to go through. There are materials that are somewhere in between. They can go on and off. Sometimes they can conduct electricity, and sometimes they can't. And you can tell them what to. You can make it so that they sometimes are on, sometimes off. They are on, off switches.
- [11:39]
Soni Kassam
That in between category that's not always on like copper and not always off like wood, is silicon. Silicon, which is a common element found in sand and rock, can be engineered so that electricity flows through it in some moments and stops in others. That makes it the perfect raw material for building transistors. Tiny switches that can flip on and off at extraordinary speed. Put enough of those switches together, and you can do logic. And this is where the story moves west. One of the men behind the transistor, William Shockley, a Bell Labs physicist from New Jersey, is lured into the orchards of California.
- [12:29]
Margaret O'Meara
Fred Terman is like, come on, come on, come on. We've got lots going on at Stanford. You can hire fantastic young people to work in your company. Come on out. So Shockley Semiconductor is born, and that's the first semiconductor company, the chip company, in Silicon Valley. And so that is how the silicon got into Silicon Valley.
- [12:47]
Soni Kassam
Before long, Shockley and the companies that spin out of it figure out how to build a ton of transistors on a single thin slice of silicon called a wafer. A wafer is just a flat round sheet of ultra pure silicon. Over the years, engineers perfect the art of tattooing transistor patterns across ever smaller wafers. Each of these becomes a chip. And once they can do that reliably, you have the modern microchip. Alright, so we have here the basic tools of all modern computing. The trick of packing enormous power into the smallest possible space. Space. And if you knew nothing more about the story, you'd think this is the end. Except the funny thing is there is
- [13:38]
Margaret O'Meara
no commercial market for this. Nobody needs this, wants this. The Fortune 50 companies have their mainframes.
- [13:46]
Soni Kassam
In the established computer world back east, the huge room sized mainframe is the standard. Who cares if you can make them smaller, especially if you're charging a massive premium. Companies like IBM are printing money, making these massive business machines and eating Silicon Valley's lunch. But this is where one of Silicon Valley's defining tensions comes into focus. The valley loves the story of west coast outsiders, of risk and private enterprise, far from the bureaucracies of Washington. But from the beginning, another force is running underneath that myth. Public taxpayer money. Because in the early 60s, the private market didn't need ultra tiny chips. And almost no one thought about regular people owning a computer.
- [14:38]
Margaret O'Meara
But you know who needs this? Federal agencies that need to send things up very, very, very high into the atmosphere, into space.
- [14:54]
Soni Kassam
That's right, space. Specifically the space race.
- [14:58]
Radiolab Host
We choose to go to the moon in this decade and do the other things, not because they are easy, but because they are hard.
- [15:07]
Soni Kassam
Suddenly the US government has a very specific problem that ordinary consumers don't, don't have. You cannot send a room sized computer to the moon.
- [15:19]
Margaret O'Meara
So the Apollo program becomes the biggest customer of silicon microchip companies in Silicon Valley. That's essentially the launchpad for the rocket ship, right? If you have one customer who wants to buy a bunch of your stuff, then you're able to scale up production. It drives down the cost per unit. So suddenly it becomes a commodity product. Thanks to this infusion of cash, the
- [15:47]
Soni Kassam
mainframe world back east is built around scarcity. A few giant machines sold at a premium. But the space race demands the opposite. It requires volume and reliability. Because failure doesn't mean a bad sales quarter, it means astronauts not coming home. And once you can make chips in volume and drive the cost down, the technology stops belonging only to rockets. It starts becoming cheap enough and common enough to leave the lab and the corporate mainframe room. In other words, one of Silicon Valley's defining technologies becomes cheap, not because the market asked for it. But because the government needed it urgently. When we come back, Silicon Valley's next act begins as the machine associated with big business, government and the military gets recast as something personal, creative and anti establishment. And with it comes a new version of the oldest tension at the heart of Silicon Valley.
- [16:56]
Radiolab Host
At Radiolab, we love nothing more than nerding out about science, neuroscience, chemistry.
- [17:03]
Soni Kassam
But we do also like to get
- [17:05]
Margaret O'Meara
into other kinds of stories. Stories about policing or politics, country music,
- [17:10]
Soni Kassam
hockey, sex of bugs.
- [17:12]
Radiolab Host
Regardless of whether we're looking at science or not science, we bring a rigorous curiosity to get you the answers and
- [17:19]
Margaret O'Meara
hopefully make you see the world anew.
- [17:21]
Radiolab Host
Radiolab Adventures on the Edge of what We Think We Know Wherever you get
- [17:25]
Soni Kassam
your podcasts, The story of Silicon Valley is one of contradictions. In its first phase, the Valley is built by West Coasters, who think of themselves as builders on the frontier, far from the east coast establishment, even as they are squarely funded by it. Then comes phase two, and that same tension intensifies. The generation that inherits the microchip comes of age in the Vietnam era and starts pushing the story in a new direction. These are young engineers walking around Stanford in the 60s, and they see things differently.
- [18:06]
Margaret O'Meara
The computer is the thing that the military industrial complex owns. It is owned by big business, big universities, big government, and this is the Vietnam era. There was this subculture of people who were simultaneously being exposed to computing and saying, what if we took the computer and think about it as a tool for individual liberation? What if by putting a computer on your desk and making it a personal device, it can be a device for creative expression? What if connecting it by a network to another computer, without a middleman, without a big university or big business or big government or the military, what if that is the tool for universal human understanding?
- [18:51]
Soni Kassam
That thinking is what spawns the dream of the personal computer. It sounds philosophical, almost utopian, but it's based on something practical. The hardware has finally gotten small and cheap enough that a regular person might actually own one. And so in Silicon Valley, the idea stops being theoretical. It starts turning up in living rooms, garages, and a growing number of loose amateur computer clubs where hobbyists gather to swap parts and ideas.
- [19:25]
Margaret O'Meara
The one around Stanford is called the Homebrew Computer Club. And what makes it especially famous is that in early 1975, two kids walk in and their names are Steve Wozniak and Steve Jobs, early 20s college dropout, coming in pretty scruffy. And they come in with a pretty cool, beautifully designed thing that is encased in a wooden Box looks like it was made in shop class, but it encases this really beautifully designed motherboard designed by Steve Wozniak, the technical genius of the pair. That's the Apple one. And 1977 Apple has incorporated as a company. It is developing the Apple II, which it debuts in the spring of 1977. And it was a hit, and continued to be an enormous hit. It was encased in off white plastic. It looked utterly different than any other computer in the market, and it was marketed unlike any other personal computer in the market.
- [20:19]
Soni Kassam
The Apple II isn't just a machine for specialists anymore. It's something anyone can have. In their home, people start typing digitally instead of rewriting whole pages on a typewriter. Kids start seeing computers at school, too, playing games in something called a computer class. And back at home, people are printing banners, saving recipes, and building little routines around this new machine. And the money follows. The Apple II is not a quirky club project anymore. It becomes a real business with very real revenue. The countercultural kids are suddenly selling a consumer product at scale. They're raising capital, hiring, marketing, and learning how to act like the very corporations they once hated. Speaking of capital, by the 1970s, another key silicon Valley character enters the scene. The venture capitalist. Their business is not lending money to safe companies as normal banks do. Their business is trying to spot the future winners early, when they still look strange and unreliable and maybe even a little ridiculous. So instead of making a loan, they take a stake in that company. In other words, they bet that a company with no long track record and maybe no profit at all could still become huge. Venture capitalists help the startups build management teams and push for growth. And again, the tension is hard to miss. The legend is the lone founder in the garage. But the garage keeps opening onto a whole infrastructure of organized money. As always, the Valley's two instincts are moving together. On one side, the countercultural belief that technology can set people free. On the other side, the huge financial machinery needed to turn that belief into a business. For a while in the 70s, it can feel like the Valley has won. But then the titans of the east coast come punching back. In 1981, IBM enters the personal computer market with the IBM PC.
- [22:38]
Radiolab Host
IBM Personal Computer. With this tool for modern times, a person can quickly master such jobs as accounting or word processing, even use the IBM Personal Computer to forecast growth.
- [22:53]
Soni Kassam
The IBM Personal Computer IBM is not a scrappy startup. Founded in 1911, it sells machines to governments, banks and major corporations. And it makes its money by being the safe choice as a Result, the PC isn't the most elegant machine, but it carries credibility with corporate America. And IBM makes a choice that ends up shaping the whole decade. The IBM PC is is built from common parts, so other companies can make computers that work basically the same way. Then there's its software, which some listeners may remember. The IBM PC runs on dos, and DOS isn't exclusive to IBM. It can be licensed to other PC makers, too. Put these two things together and you get something new. Lots of different brands, but one shared PC world. The same programs run across all of them, and that creates a huge uniform market for developers. In all these companies, Dell, Gateway, Compaq spring up far from Silicon Valley. By 1984, IBM is making about $4 billion from the PC market alone, more than twice Apple's share with its own version, the Macintosh. And so one of the most famous scenes in Silicon Valley mythology unfolds.
- [24:19]
Radiolab Host
Apple is reorganizing. John Sculley, on the left, is taking control from Steven Jobs on the right. Jobs is Apple's co founder, who a few months ago was so high on the new Macintosh. Apple will also eliminate between 300 and 1400 jobs, many in Silicon Valley.
- [24:36]
Soni Kassam
The prototypical Silicon Valley outsider is out, and the Valley's most cherished story takes a hit right along with him. That the rebels will always outsmart and outpace the institutional power. By the early 1990s, Silicon Valley is no longer the clear center of personal computing. PCs are everywhere. In homes, in schools, and offices. But more and more, those machines are running Windows, an operating system made outside of the valley. And so the dominant style of computing feels corporate and standardized. The great rebel project of the 1970s, the dream of the personal computer as something creative, liberating, and human, seems to have been absorbed into the world of business machines. But as we've seen, Silicon Valley is often at its most consequential when it finds an established world that feels closed, clunky, or controlled by someone else. By the early 1990s, that world is the Internet, a network that efficiently links universities, government labs, and technical communities. But for ordinary people, it's still bewildering, super dense, fragmented, and hard to enter. And once again, Silicon Valley sees the same kind of opening it has seen before. Not to create the underlying system, but to translate it. Not to build the network from scratch, but to make it legible, navigable, something a normal person might actually want to use. This is a revolution, and Professor o' Meara has a good way of thinking about it.
- [26:21]
Margaret O'Meara
It's like the retail storefront for the Internet, it's the thing you walk in and you can type in an address and you can get where you need to go. There aren't a lot of intermediary steps.
- [26:33]
Soni Kassam
This is the browser, and there is one that changes everything.
- [26:38]
Margaret O'Meara
The browser that eventually becomes Netscape is developed by a bunch of students and a few faculty members. One of those students is a guy named Marc Andreessen, who at age 23 moves out to Silicon Valley. Within months, he and his cohorts become part of the founding team of Netscape. And Netscape is the browser that is released in 1994. And it is the front door that gets the portal that brings millions of people online.
- [27:06]
Soni Kassam
If millions of people are suddenly coming online, posting on message boards, uploading pixelated content, buying and selling on sites like ebay, you need a way to organize all of it, not just comprehensively, but elegantly.
- [27:21]
Margaret O'Meara
This is Google. And this was from the get go, kind of the cool kids search engine.
- [27:27]
Soni Kassam
Google was created by two Stanford grad students who first met during a school project. It didn't present itself as a company so much as a mission. This was Fred Terman's dream. Stanford as an engine for turning research into companies that reshaped the world.
- [27:43]
Margaret O'Meara
The interface, in contrast to all these cluttered, busy search engines, was totally white space, clean, beautifully designed, kind of anti commercial.
- [27:54]
Soni Kassam
That aesthetic was part of a larger ethos. Google early motto, don't be evil perfectly captured the growing tech world vibe of the era. Better code, cleaner design and easier access to information could actually make the world better. It was a new corporate expression of the age old Silicon Valley idea that technology can empower individuals and loosen the grip of stuffier institutions.
- [28:21]
Margaret O'Meara
The first few years Google made no money because because they had not figured out how to make money without putting lots of ads on things. Then they figured out how to embed the ads in the search results themselves and off to the races.
- [28:33]
Soni Kassam
And this becomes a recurring playbook in this most current iteration of the Silicon Valley story. The pitch begins in the language of openness. Organize the world's information, connect people, give users a voice, make the Internet feel less corporate. And then inevitably comes the second act. The discovery that what you've really built is a machine for capturing human attention and money at planetary scale. By 2025, Google's search with its embedded ads was bringing in about $54 billion in a single quarter. And the list keeps growing because the contradiction keeps repeating. The explosion of social media is part of the story too. Take Facebook, the defining social media company of its era. Started in a Dorm room in 2004, it presented itself as a tool for connection and openness. Its mission was to make the world more open and connected. But as it grew, the same familiar pattern reappeared. Idealistic language on the surface and underneath it, an enormously powerful business built on capturing attention at scale. By 2025, Facebook's parent company, Meta, reported just over $200 billion in annual revenue. And then today, take ChatGPT's creator, OpenAI. OpenAI was founded in 2015 as a nonprofit explicitly organized around the idea that artificial intelligence should benefit all of humanity. Then in 2019, it created a for profit subsidiary to raise the extraordinary amounts of capital that advanced AI would require. If this sounds like the same old Silicon Valley story, Professor o' Meara says there's an important shift now.
- [30:26]
Margaret O'Meara
The concentration of power and wealth is something that is novel and different. It's one reason that a lot of people feel differently about Silicon Valley than they did 10 or 15 years ago, when it was seen as a more benign, kinder, gentler sort of capitalism, Right? There were a lot more hopes about what it would mean, for what their products would bring, make the world a better place. And now there's understandably more concern about what are these companies? Where are they taking us, and where will this all go?
- [31:01]
Soni Kassam
That question, where will this all go? Landed differently for me once I could see the full arc of the story. It's a story about how the American west became the very power center it once defined itself against a region that cast itself as the private sector capital of the world, was built on federal research money and government demand. And then there's the countercultural ethos of the 1960s and 70s, which is still there, too, at least in myth. Jobs in Wozniak with shaggy hair at Homebrew, passing around a homemade machine that seemed to promise personal freedom from the gray corporate world. But the company that grew out of that scene, Apple, is now one of the most valuable corporations on Earth. What I kept coming back to, though, is that maybe the contradiction isn't incidental. Maybe it's the fuel. Silicon Valley has always drawn power from this weird mix. Anti establishment swagger paired with institutional discipline, suspicion of centralized power paired with a talent for accumulating it. That doesn't make the tension harmless, as Professor o' Meara notes. But it may help explain why this place has been so productive and why it keeps remaking the world in its image. The same region that set out to escape the old centers of power became one of the most powerful centers of all. Many thanks to Professor Margaret o' Meara for joining us in today's episode, and thanks to all of you for listening to 1440 Explorers. I'm Soni Kassam. Make sure to follow the show and leave a review on Spotify, Apple, or wherever you listen to your podcasts. And let us know what you think of this episode at podcastsoin140.com 1440explores is a production of Rhyme Media for 1440 Media. This episode was produced by Nicolo Magnioni and edited by Dan Bobkoff. Our fact checker is Alice Jones and our sound designer is Jay Cowan. The executive producer at RIME is Dan Bobkoff and the executive producers at 1440 are me and Drew Steigerwald. See you next time.
- [33:18]
Radiolab Host
SA.