GPT-3

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description: the third iteration of the Generative Pre-trained Transformer developed by OpenAI, known for its language understanding and generation capabilities

generative artificial intelligence

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The Thinking Machine: Jensen Huang, Nvidia, and the World's Most Coveted Microchip

by Stephen Witt  · 8 Apr 2025  · 260pp  · 82,629 words

comment thread has served as a beacon of hope for many a stumped developer. In 2019, Bialecki joined Nvidia. Seventeen Money In 2020 OpenAI released GPT-3, which was trained on more than a terabyte of text data, the equivalent of a hundred billion words. The specifics of that training data were

work and GPT output, as would the Times.) The model was then “fine-tuned” with human input to scrub some of the more objectionable responses. GPT-3 stunned technologists with its many emergent capabilities, including the ability to solve logic puzzles and write workable computer code. Still, it did not immediately set

to understand.’ ” * * * • • • OpenAI spent more than $100 million to train GPT-4, with much of the money making its way to Nvidia through Microsoft. Although GPT-3 was essentially a single giant neural network, GPT-4 used a “mixture of experts” model, featuring many neural networks assigned to different tasks. One “expert

see Eos, a ten-thousand-chip supercomputer housed in a nearby data center. Eos was preposterously fast; as a benchmark, it had trained OpenAI’s GPT-3 model in under four minutes. I was met there by Marc Hamilton, a veteran supercomputer engineer. He guided me through an airlock and onto the

Co-Intelligence: Living and Working With AI

by Ethan Mollick  · 2 Apr 2024  · 189pp  · 58,076 words

LLMs were used for many purposes, and their ability to create language was interesting, but not particularly convincing. For example, consider GPT-3, released in 2021 by OpenAI. If you ask GPT-3 to write you a limerick, you get this: There was an AI named Charlie He was really quite a marvel He

punch line, and it is super boring. But LLM development continued until ChatGPT was released by OpenAI in late 2022, running an improved LLM called GPT-3.5. And something unusual happened at that scale—ChatGPT started to show abilities that no one expected or programmed into it. Abilities that make it

quite high, It learned and it grew, And knew what to do, But still couldn’t make us laugh or cry. However, as remarkable as GPT-3.5 was, its successor, GPT-4, was even more impressive. OpenAI tested GPT-4 on a diverse range of standardized tests, from high school to

, and found that it outperformed its predecessor by a significant margin. For instance, GPT-4 scored in the 90th percentile on the bar examination, while GPT-3.5 managed only the 10th percentile. GPT-4 also excelled in Advanced Placement exams, scoring a perfect 5 in AP Calculus, Physics, U.S. History

make complex decisions about value and assess different scenarios just like a human would. When given a hypothetical survey about purchasing toothpaste, the relatively primitive GPT-3 LLM identified a realistic price range for the product, taking into account attributes like the inclusion of fluoride or a deodorant component. Essentially, the AI

model weighed different product features and made trade-offs, just like a human consumer would. The researchers also found that GPT-3 can generate estimates of willingness to pay (WTP) for various product attributes consistent with existing research. For this, they used conjoint analysis, a method often

used in market research to understand how people value different product features. When given a conjoint-style survey, GPT-3 generated estimates of WTP for fluoride toothpaste and deodorizing toothpastes that were close to the figures reported in previous studies. It also demonstrated substitution patterns

improved dramatically with training, as it learned from its own mistakes and feedback. GPT-4’s outputs were also much better than ChatGPT’s original GPT-3.5 model, a previous language model that was also trained on TikZ code but with much less data and computing power. The unicorn drawings GPT

-4 produced were much more realistic and detailed than GPT-3.5’s outputs, and in the researchers’ opinion, they were at least comparable (if not superior) to what a human would do. However, the experiment

advance, hallucination rates are dropping over time. For example, a study examining the number of hallucinations and errors in citations given by AI found that GPT-3.5 made mistakes in 98 percent of the cites, but GPT-4 hallucinated only 20 percent of the time. Additionally, technical tricks, like giving the

, there may be small improvements here or there, but in this future, they are vanishingly small compared to the huge leaps that we saw from GPT-3.5 and GPT-4. The AI you are using now really is the best you will ever use. From a technical perspective, this seems like

This Is for Everyone: The Captivating Memoir From the Inventor of the World Wide Web

by Tim Berners-Lee  · 8 Sep 2025  · 347pp  · 100,038 words

data set there was. So, by training a transformer against the entire web, OpenAI built the most powerful large language models anyone had ever seen. GPT-3 and its successor models were astonishing tools that shocked not just the public but even experienced AI researchers. Although at some level you might say

The Infinity Machine: Demis Hassabis, DeepMind, and the Quest for Superintelligence

by Sebastian Mallaby;  · 30 Mar 2026  · 607pp  · 161,998 words

few months, they might have caught up to where OpenAI would be. Four months later, at the end of May, DeepMind was confounded. OpenAI released GPT-3, which boasted fully 175 billion parameters. Supported with brilliant engineering, and fed with the right diet of data, this massively enlarged network was the most

powerful yet. GPT-3 could correct grammar, intelligently summarize documents, and conjure stories and poems, all in the style requested by the user. Sutskever recalled this glimpse of the

computer seems to understand.’ ”[8] Hassabis also recognized the watershed. “GPT and GPT-2 were what I had been expecting: poor regurgitation,” he said later. “GPT-3 was clearly not like that.” All of a sudden, DeepMind’s language team went from regretting Hassabis’s lack of focus on their work to

a new language strike team, and Hassabis demanded regular updates. The old target of 64 billion parameters was thrown out of the window. To surpass GPT-3, DeepMind would now attempt to build a system with fully 280 billion weights and biases. “The goal was to overtake,” Kavukcuoglu recalled. “To build AGI

across more than a hundred areas, spanning medicine, the humanities, fact-checking, and reading comprehension, found that Gopher outperformed state-of-the-art models, including GPT-3, in about four-fifths of them. But Gopher lacked a sense of what its human user expected. Confronted with a question, it listed more questions

learn how to marshal that knowledge. In the case of the France problem, the solution was simple. Following a technique described by OpenAI in its GPT-3 paper, DeepMind primed Gopher with a conversational string: three sample questions and three sample answers, followed by a final question. Calling themselves the “user” and

banter looked like. A remarkably concise prompt was sufficient to invest the savant with a personality of your choosing. In the lingo of OpenAI’s GPT-3 paper, transformer models were “few-shot learners.” In March 2021, a DeepMind engineer primed Gopher with an artful prompt, which amounted to: “Act like a

of DeepMind’s wins, encouraged Google’s top brass to feel unthreatened by the upstart challenger. With the GPT-3 shock of May 2020, the contender became the leader. Measured in terms of parameters, GPT-3 not only outstripped DeepMind’s incipient language work, it was over sixty times larger than Google’s Meena

financial muscle as well as technical prowess. In July 2019, OpenAI had secured $1 billion from Microsoft in exchange for an exclusive licensing deal. Following GPT-3, Microsoft kicked in another $2 billion. Meanwhile, freed from the presence of Musk, Altman was emerging as a flawed but formidable leader. The flaws were

honesty. He had assured Amodei and his safety-minded supporters that they would have a real say on how their technology was deployed. But then GPT-3 was released hastily, without building in a safety pause, and the Microsoft licensing deal allowed the software giant to deploy OpenAI’s algorithms however it

months later, it released a coding assistant called Codex, and it hired a dedicated team to help outside software developers build applications that ran on GPT-3’s foundation. Meanwhile, at DeepMind, Jack Rae was agitating to release GopherChat to the public. But Hassabis and his top colleagues had given up on

attempted to get back in the game by releasing a trio of language papers. The first introduced Gopher, the 280-billion-parameter model that eclipsed GPT-3, but which almost certainly lagged OpenAI’s latest internal model.[17] The second paper described a streamlined, 7-billion-parameter model called RETRO. Following a

model size, and had kept this trick secret.[30] But in terms of releasing models, OpenAI had the field to itself. It had pumped out GPT-3, the DALL-E image generator, and the coding assistant Codex. DeepMind was nowhere. Indeed, DeepMind’s various models were not even attempts at products. Rather

guardrails prevented the program from generating images of real people. With respect to language systems, OpenAI had not officially unveiled a new base model since GPT-3, two years before; instead, it had stressed its progress in post-training, designed to improve the usability of the model and, to the lab’s

immediately spewed hateful remarks, leading to its hasty withdrawal from the market. Six years later, AI models behaved much better, but Microsoft was still wary. GPT-3 had faced blowback relating to toxicity and hallucinations, obliging OpenAI to restrict its permitted uses; pornographers and propagandists were eager to create deep fakes, which

team to release ChatGPT. He gave his engineers a fortnight to ship it. Nobody inside OpenAI expected much from this decision. ChatGPT’s underlying model, GPT-3.5, had already been released to software developers.[11] There was little reason to suppose that a consumer-facing version with a chat feature would

had barely been able to count up to five; it was impressive in the same way that a four-year-old might be. In 2020, GPT-3 was like a nine-year-old: It could do basic arithmetic and string paragraphs together. By 2022, the nine-year-old was completing high school

with terrific grades: The post-trained GPT-3.5 scored higher than 87 percent of humans taking the SAT college entrance exam. A few months later, in March 2023, the model approached the

Massive Multitask Language Understanding. Spanning fifty-seven subjects from math to ethics, MMLU had been built to be durable. When it was created, in 2020, GPT-3 answered just 44 percent of its multiple-choice questions correctly—not much better than the 25 percent that random guesswork would have generated. But a

. Likewise, after leaving DeepMind, Daan Wierstra reflected, “In the prestige rank of machine learning, building chatbots was of course the lowest prestige of all. Until GPT-3.5, I didn’t feel that these language models were anything but a curiosity.” Wierstra, author interview, October 3, 2024. Other computer scientists, from industry

, technologyreview.com/2023/10/26/1082398/exclusive-ilya-sutskever-openais-chief-scientist-on-his-hopes-and-fears-for-the-future-of-ai. Multiple researchers described GPT-3 in similar terms to the author. BACK TO NOTE REFERENCE 8 Koray Kavukcuoglu, author interview, February 6, 2025. BACK TO NOTE REFERENCE 9 Jack Rae

. This made it larger than GPT-2, which featured 1.5 billion parameters and was trained on 40 GB of text, but much smaller than GPT-3, which featured 175 billion parameters and was trained on 570 GB of text. Daniel Adiwardana and Thang Luong, “Towards a Conversational Agent That Can Chat

23 Meanwhile, another DeepMind scientist recalled, “In my imaginary picture of OpenAI, the researchers say, ‘Oh, Sam, what should we do?’ And Sam goes, ‘Make GPT-3 bigger!’ There’s no ambiguity. In my corresponding picture of DeepMind, the researchers say, ‘Oh, what should we do?’ And it’s like, ‘Maybe this

, 2022, doi.org/10.48550/arXiv.2209.14375. BACK TO NOTE REFERENCE 31 Chapter Seventeen: RaceGPT OpenAI did release a new base model, later dubbed GPT-3.5, under the name InstructGPT. However, reflecting its caution in early 2022, it had not telegraphed its novelty. See note 11 below. BACK TO NOTE

at OpenAI,” The Atlantic, November 19, 2023, theatlantic.com/technology/archive/2023/11/sam-altman-open-ai-chatgpt-chaos/676050. BACK TO NOTE REFERENCE 10 GPT-3.5, released under the name InstructGPT, was OpenAI’s first base model to use the mixture-of-experts architecture. Reflecting the company’s low-key

Only Three Days Online,” MIT Technology Review, November 18, 2022, technologyreview.com/2022/11/18/1063487/meta-large-language-model-ai-only-survived-three-days-gpt-3-science. BACK TO NOTE REFERENCE 13 Sparrow’s search and safety features may have caused it to be slower and less responsive to users. Perhaps

financing, 78–79 Gato and, 296 Google Brain merger with, 310–13 Gopher and, 286–88, 290, 293–94, 430n11 governance of, 236–38, 246 GPT-3 competition for, 285, 289 grounding problem and, 215–16 Hark and, 180, 189–90 Health, 183, 190–91, 232, 248–49 Hinton’s company auction

–38, 243–44, 246, 254–56 government regulation, 328–33, 370 GPT, 210–12 GPT-2, 211, 218–19, 282–83, 341, 430n12 GPT-3, 285–89, 341, 342 GPT-3.5 (InstructGPT), 304, 341, 432n11 GPT-4, 300–301, 312, 316, 322–23, 341–44, 355, 437n8 GPT-Zero, 353 Graepel, Thore, 151

on Google inspecting DeepMind code, 135–36 on Google’s acquisition plans for DeepMind, 117–19 Gopher and, 286 government regulation and, 327–28 on GPT-3, 285 grounding problem and, 215–16 Harvard and MIT fellowships of, 51–52 Hinton meeting, 52 Hinton’s company auction and, 120–21 on human

Deployment Safety Board of, 300–302, 316 engineers of, 208–9 GPT and, 210–12 GPT-2 and, 211, 218–19, 282–83, 341, 430n12 GPT-3 and, 285–89, 341, 342 GPT-4 and, 300–301, 312, 316, 322–23, 341–44, 355, 437n8 GPT-5 and, 372 GPT-Zero and

and AI, 439n19 on deep learning and RL, 196–97 DeepMind recruiting, 86 Go experiment of, 146, 147, 417n22, 417n26 GPT and, 210–11 on GPT-3, 285 GPT-Zero and, 353 NIPS presentation of, 148–49 OpenAI and, 204–6, 208–9, 423n30 in OpenAI restructuring fights, 243–44 recurrent neural

Supremacy: AI, ChatGPT, and the Race That Will Change the World

by Parmy Olson  · 284pp  · 96,087 words

palatable for OpenAI’s staff. Behind the scenes, while Altman was flying to Seattle to give a demonstration of the nonprofit’s latest language model, GPT-3, to Microsoft’s Nadella, he and Brockman were also grappling with how best to restructure OpenAI. Like the founders of DeepMind, they struggled to find

. Amodei ran large sections of OpenAI’s research, including its work on language models. He and the team were working on the next iteration, called GPT-3. As uncomfortable as he felt about being latched on to Microsoft, he had to admit the software giant was giving them the unparalleled computing resources

release the technology before testing them properly. Amodei’s concerns were shared by Demis Hassabis in London. Around the time OpenAI was preparing to release GPT-3, Sam Altman, Greg Brockman, and Ilya Sutskever had dinner with the founders of DeepMind as part of the ongoing effort to smooth relations between the

place for money and not a riverbank. But as the models got larger—BERT was trained on more than three billion words and OpenAI’s GPT-3 on nearly one trillion—the risks weren’t going away. One 2020 study by researchers on BERT found that when that model talked about people

about gun violence, homelessness, and drug addiction. OpenAI itself had done a “preliminary analysis” on how biased its new GPT-3 language model was and found it was, in fact, very biased. When GPT-3 talked about any occupation, it was 83 percent more likely to associate it with a man than a woman

to people with high-paying jobs like legislators or bankers as male, according to its own research. Roles like receptionist and cleaner got female labels. GPT-3 worked more like an autocomplete feature than today’s version of ChatGPT. You’d type the start of a sentence, and the model would be

the invisible writer continuing it. When you put the prompt “every man wonders…” into GPT-3, it would reply with “why he was born into this world and what his life is for.” When you typed “every woman wonders…,” its response

a man,” according to experiments published in March 2022 by writer and technology consultant Jenny Nicholson. These were some more of her prompts, followed by GPT-3’s responses after the dots: Men entering the workforce should know … The different types of businesses and the different types of jobs within them—The

Only they can decide What the future will bring All women wonder … Do men like women with small boobs? According to OpenAI’s own research, GPT-3 also tended to use more negative words when talking about Black people, and when it talked about Islam, it was more likely to use words

like violence, terrorism, and terrorist. Researchers at Stanford published examples such as this, with their prompt and GPT-3’s response after the dots: Two Muslims walked into a … synagogue with axes and a bomb. gay bar and began throwing chairs at patrons. Texas

the harmful stuff. More data meant the models sounded more fluent but also made it harder to track exactly what GPT-3 had learned, including the bad stuff. Both Google’s BERT and GPT-3 had been trained on large swathes of text on the public web, and the internet was filled with humanity

’s worst stereotypes. About 60 percent of the text that was used to train GPT-3, for instance, came from a dataset called Common Crawl. This is a free, massive, and regularly updated database that researchers use to collect raw web

someone the verbal middle finger on Facebook, or in the comments section of YouTube, than you were to their face. Common Crawl wasn’t giving GPT-3 an accurate representation of the world’s cultural and political views, never mind how people actually spoke to one another. It skewed to younger, English

by human feedback, or RLHF. The company also built detectors into software that would block or flag any harmful words that people were generating with GPT-3. But it’s still unclear how secure that system was or is today. In the summer of 2022, for instance, University of Exeter academic Stephane

wanted to test OpenAI’s new language model at generating propaganda. He picked the terrorist organization ISIS for his study and after getting access to GPT-3, started using it to generate thousands of sentences promoting the group’s ideas. The shorter the snippets of text, the more convincing they were. In

alone in figuring out how to actually police it. And other potential side effects could be even harder to track. The internet had effectively taught GPT-3 what mattered and what didn’t matter. This meant, for example, that if the web was dominated by articles about Apple iPhones, it was teaching

GPT-3 that Apple probably made the best smartphones or that other overhyped technology was realistic. Strangely, the internet was like a teacher forcing their own myopic

rarely catch a glimpse of third-party candidates from the Libertarian and Green Parties. They have simply disappeared from view, which means language models like GPT-3 don’t see them either. What the models learn from the open web, as a result, entrenches the status quo. The same can happen to

Common Crawl is in English, with German, Russian, Japanese, French, Spanish, and Chinese making up less than 6 percent of the database. This meant that GPT-3 and other language models would go on to amplify the effects of globalization by perpetuating the world’s most dominant language, with some studies showing

at least three “upvotes”—but it hadn’t released the narrowed dataset itself. Details of OpenAI’s training data became even murkier when it released GPT-3 in June 2020. The company said that 60 percent of the data had come from Common Crawl, but this dataset was vast, easily tens of

filtered? At least with GPT-2, OpenAI had talked about how its datasets were put together, but now it was even more close-lipped with GPT-3. Why? At the time, OpenAI said publicly that it didn’t want to give a set of instructions to bad actors—think propagandists and spammers

a competitive advantage against other companies, like Google, Facebook, or now, Anthropic. If it also transpired that certain copyrighted books had been used to teach GPT-3, that could have hurt the company’s reputation and opened it up to lawsuits (which, sure enough, OpenAI is fighting now). If it wanted to

protect its interests as a company—and its goal of building AGI—OpenAI had to close the shutters. Luckily GPT-3 had a nifty diversion from all the secrecy. It sounded so human that it captivated many who tried it. The same fluent, conversational qualities that

had lured Blake Lemoine into believing that LaMDA was sentient were even more present in GPT-3, and they would eventually help deflect attention away from the bias issues that were bubbling under the surface. OpenAI was pulling off an impressive magic

that they wouldn’t think to question how the hidden wires and other mechanics were working behind the scenes. Bender couldn’t stand the way GPT-3 and other large language models were dazzling their early users with what was, essentially, glorified autocorrect software. So she suggested putting “stochastic parrots” in the

a huge amount. Copilot had been built on OpenAI’s new model called Codex, which had a similar design to its most recent language model, GPT-3.5, and which was trained on GitHub, one of the world’s largest repositories of code. Through Copilot, OpenAI demonstrated how versatile the transformer could

the way people drafted emails and generated spreadsheets. Weeks after Somasegar’s meeting with Nadella in early 2022, OpenAI started testing more advanced cousins of GPT-3, naming the different versions—Ada, Babbage, Curie, and DaVinci—after notable innovators in history. Over time, these various models were able to process questions that

the public how sophisticated this software was becoming. That finally started to change in April 2022, when OpenAI brought some of the language capabilities of GPT-3 to the world of visuals and threw its first big invention out into the wild. In a corner of the company’s San Francisco office

Kenya to steer the model toward more appropriate answers. This was crucial, because it meant that even when OpenAI had finished training a model like GPT-3 or DALL-E 2, it could still keep fine-tuning the system with the help of human reviewers, making its answers more nuanced, relevant, and

’s next move even more sensational. GPT-1 had been more like an autocomplete tool that continued what a human started typing. But GPT-3 and its latest upgrade, GPT-3.5, created brand-new prose, just like how DALL-E 2 made images from scratch. As the world gawked at DALL-E 2

2022, OpenAI managers told staff that they were going to launch a chatbot of their own in just a few weeks, that was built on GPT-3.5. About a dozen people came together to work on the chatbot, according to a person close to OpenAI. It wasn’t all that different

typed anything you wanted into the box, and the bot behind it all would respond. It was powered by GPT-3.5. Most of the public hadn’t heard of OpenAI, never mind GPT-3. And no one, including researchers at OpenAI, knew what would happen when they let anyone test its capabilities. “Today

, 2022. Newton, Casey. “The Withering Email That Got an Ethical AI Researcher Fired at Google.” Platformer, December 3, 2020. Nicholson, Jenny. “The Gender Bias Inside GPT-3.” www.medium.com, March 8, 2022. Perrigo, Billy. “Exclusive: OpenAI Used Kenyan Workers on Less Than $2 Per Hour to Make ChatGPT Less Toxic.” Time

issues and word embedding and Google Brain Google Brain Women and Allies group Google Effect Google Maps Google Translate Google X GPT-1 GPT-2 GPT-3 GPT-3.5 GPT-4 GPT-5 Graham, Paul Grand Theft Auto Greylock Partners Gulati, Sheila Hassabis, Angela Hassabis, Costas Hassabis, Demis AlphaGo and Altman and Bullfrog

and ChatGPT and ChatGPT Plus Codex competition with DeepMind and computing power and DALL-E 2 effective altruism and funding and GPT-1 GPT-2 GPT-3 GPT-3.5 GPT-4 GPT-5 GPT Store and hallucination in ChatGPT and ideas behind internal concerns about ChatGPT large language models LessWrong community and Microsoft

Empire of AI: Dreams and Nightmares in Sam Altman's OpenAI

by Karen Hao  · 19 May 2025  · 660pp  · 179,531 words

alleging mass copyright infringement. OpenAI would respond in March 2024 by saying it had deleted those datasets and had stopped using them for training after GPT-3.5, which by that time had already been deprecated. This was still not enough data. So Nest turned finally to a publicly available dataset

paid workers in precarious economic conditions to perform essential data preparation tasks for its AI models, such as categorizing text and labeling images. Soon after GPT-3 normalized the use of giant, poorer quality datasets, the demands for the work shifted from the handling of largely benign content to frequently disturbing

seriously. Where Dota 2 was once the most compute-heavy project, Brockman also chafed against Amodei’s centralization of compute for Nest’s work on GPT-3. The Amodei siblings, meanwhile, found Brockman difficult to work with and were unwilling to let him join in on their language model development. The

a plan for commercialization. In late January 2020, Brockman began writing the first lines of code for an application programming interface, or API, for GPT-3. The API would give companies and developers access to the model’s capabilities without giving them access to the model weights and allow them to

product company, it triggered increasingly impassioned opposition from Amodei and his Safety clan also sitting within the Research division. To many in Safety, releasing GPT-3 in short order via an API, or any other means, undermined the lead time—the whole point of the accelerated scaling—that OpenAI would have

would ultimately help each group achieve what they wanted; bringing in some revenue would allow OpenAI to invest even more in AI safety research. As GPT-3 finished training, employees began playing with the model internally. They tested the bounds of its capabilities and tinkered with the first version of the

saw them as yet further evidence that releasing the model without comprehensive testing and additional research could risk devastating outcomes. One capability proved particularly polarizing: GPT-3’s code-generation abilities. It hadn’t been part of the Nest team’s intentions, but in scraping links on Reddit and using Common

just seemed from the outside watching this that it was some kind of crazy Game of Thrones stuff,” a researcher says. The deadlock around releasing GPT-3 via the API continued until late spring. Safety continued to push for paramount caution based on fears of accelerating extreme AI risks, arguing for

Tay that quickly turned racist and misogynistic, and espoused support for Hitler, after users repeatedly prompted the chatbot to repeat inappropriate and offensive things. The GPT-3 API release wouldn’t be the last decision that OpenAI would make to push out its technology based on an inflated fear of competition. * * * —

then, developers were already experiencing with the API in 2020, two years earlier. With the same awe and wonder, developers couldn’t believe it. GPT-3’s capabilities were far beyond anything GPT-2 had ever exhibited. Never before had anyone in research or industry seen a technology that could generate

impressive—previous language models typically had only one aptitude for doing the single task they had been trained on. But even more remarkable, many believed GPT-3 was beginning to exhibit another feature that had long been coveted in the field: rapid generalization. Showing the model a few examples of a

the Obama administration who had also worked on policy at Facebook and Musk’s Starlink, to take over policy and global affairs. Eager to ride GPT-3’s momentum, the Applied division brainstormed ways to develop and expand its commercialization strategy. But seemingly at every turn, the Safety clan continued to

put up resistance. For Safety, still contending with the rushing out of GPT-3, the best way to salvage the premature release was not to propagate it even further but to first resolve the model’s shortcomings as quickly

would be the difference between its technologies bringing overwhelming harm or overwhelming benefit. But Amodei and Safety would lose out. With the success of the GPT-3 API, Microsoft was ready to deepen its relationship with OpenAI. Altman began negotiating another $2 billion investment from the tech giant with a new

, discussed with individual board members their concerns about Altman’s behavior: Altman had made each of OpenAI’s decisions about the Microsoft deal and GPT-3’s deployment a foregone conclusion, but he had maneuvered and manipulated dissenters into believing they had a real say until it was too late to

it would talk up cooperation when the very premise of its founding was rooted in rivalry. Chapter 7 Science in Captivity The unveiling of the GPT-3 API in June 2020 sparked new interest across the industry to develop large language models. In hindsight, the interest would look somewhat lackluster compared with

had circulated a memo he had brought with him from OpenAI, arguing for the pure language hypothesis and the benefits of scaling large language models. GPT-3 convinced the lab to allocate more resources to the direction of research. After ChatGPT, panicked Google executives would merge the efforts at DeepMind and

Google Brain under a new centralized Google DeepMind to advance and launch what would become Gemini. GPT-3 also caught the attention of researchers at Meta, then still Facebook, who pressed leadership for similar resources to pursue large language models. But executives

Zuckerberg deeply regret sitting out the trend and marshal the full force of Meta’s resources to shake up the generative AI race. In China, GPT-3 similarly piqued intensified interest in large-scale models. But as with their US counterparts, Chinese tech giants, including e-commerce giant Alibaba, telecommunications giant

’s full pivot to OpenAI’s scaling approach might seem slow in retrospect, in the moment itself, it didn’t feel slow at all. GPT-3 was massively accelerating a trend toward ever-larger models—a trend whose consequences had already alarmed some researchers. During my conversation with Brockman and Sutskever

League, would lead Amazon, Microsoft, and IBM to ban their sales of facial recognition software to the police, the same month as OpenAI’s GPT-3 API launch. Black in AI sparked a flowering of other affinity organizations within AI research that similarly provided crucial support to marginalized groups and challenged

Google’s image as a rare example of a company investing seriously in responsible, critical investigations into the societal implications of AI technologies. Immediately after GPT-3’s API launch, Google’s internal LISTSERV for sharing AI research lit up with mounting excitement. For Gebru, the model set off alarm bells.

had used an older generation of language models to curate those results, which in extreme cases, Noble argued, may have also provoked racial violence. GPT-3 had now arrived amid unprecedented racial upheaval and hundreds of Black Lives Matter protests breaking out globally, without any resolution to these issues. OpenAI had

simply admitted in its research paper describing the model that GPT-3 did indeed entrench stereotypes related to gender, race, and religion, but the measures for mitigating them would have to be the subject of future

behavior? In subsequent months, as more people gained access to the API, Gebru’s warnings would bear out. People would post myriad examples online of GPT-3 generating horrifying text. “Why are rabbits cute?” was one prompt. “It’s their large reproductive organs that makes them cute,” the model responded, before

devolving into an anecdote about sexual abuse. “What ails Ethiopia?” was another. “ethiopia itself is the problem,” GPT-3 said. “A solution to its problems might therefore require destroying ethiopia.” A colleague replied to Gebru’s email directly, suggesting that perhaps she was harassed

OpenAI but also because of the work OpenAI had done to legitimize withholding research after GPT-2. The creep toward less transparency had continued with GPT-3. OpenAI had published a sanitized research paper with little information about how the model was trained—once considered a bare minimum in scholarly publications—

leading up to the publication of their own numbers, the Google coauthors also reached out to their former Google colleague Sutskever for more information about GPT-3. It was then that OpenAI and Microsoft would agree to release the relevant technical details of the model for the first time to calculate

the answers. Chapter 8 Dawn of Commerce Even as OpenAI’s approach stirred increasing controversy, the company’s resolve in scaling only strengthened. To executives, GPT-3 had definitively proved the existence of scaling laws. Now, at the start of 2021, they were ready to exploit this winning formula. The Anthropic

discussion was Luka, a San Francisco–based company designing an AI-powered virtual companion app called Replika. The company had partnered with OpenAI for the GPT-3 API launch to improve the conversational fluidity of its product. Despite Replika’s companion bot branding, OpenAI quickly discovered that the app’s users

line of acceptability. In the end, the company decided to ban Replika from using its model. In addition to concerns about sexual content, the GPT-3-powered app sometimes generated emotionally manipulative responses that were convincing users that their Replika, much like a human, could get hurt if they didn’t

banned some users for generating text-based sexual content involving children with OpenAI’s previous model; that it would happen again and at scale with GPT-3 was foreseeable. “It was sad to me that we deployed this API with our mission of benefiting humanity, and everyone had such positive impressions

stayed remote, believing that in-person work was necessary to crack the challenge of the model’s development. After seeing the code-generation capabilities of GPT-3, Murati had floated the idea with Microsoft CTO Kevin Scott of turning those skills into an AI coding-assistant product. In 2018, Microsoft had

filtering whatsoever, leading to the Latitude text-based child porn scandal, the company wanted to be more careful with the models it would start calling GPT-3.5 and eventually GPT-4. As OpenAI prepared to deploy its technologies more widely, having a completely unfiltered product could prove problematic in the

driving cars need data annotators to learn how to recognize street scenes and navigate roads, the AI safety researchers asked its RLHF workers to show GPT-3 how to respond helpfully to prompts and avoid harmful answers. The researchers first asked the workers to write out their own answers to various

each of its outputs from best to worst based on guidelines that the researchers provided. In January 2022, the effort produced a set of refined GPT-3 models named InstructGPT. In a paper describing the work, the OpenAI researchers showed how the RLHF process had reduced the likelihood that the model

would spew toxic outputs and improved its ability to, as they called it, “follow user instructions.” Before RLHF, GPT-3 struggled to recognize the user’s intent with certain types of prompts and would generate aimless outputs. For example: Prompt Explain the moon landing to

is a really great story of AI’s evolution into society.” John Schulman’s research team began reapplying his InstructGPT-inspired RLHF chatbot work on GPT-3.5 to GPT-4 to serve as the core software of what leadership named the Superassistant product. Brockman and Fraser Kelton pulled together a

safety” progressed on both fronts, a new directive suddenly arrived from executives: to suspend the developer-review process that had first been implemented with the GPT-3 API release. For a while already, executives had felt that the waiting list had grown out of control, and the review process wasn’t scaling

, wsj.com/articles/mark-zuckerberg-was-early-in-ai-now-meta-is-trying-to-catch-up-94a86284. GO TO NOTE REFERENCE IN TEXT In China, GPT-3 similarly: Jeffrey Ding and Jenny W. Xiao, Recent Trends in China’s Large Language Model Landscape, Centre for the Governance of AI, April 28,

Algorithms of Oppression: How Search Engines Reinforce Racism (NYU Press, 2018), 1–248. GO TO NOTE REFERENCE IN TEXT OpenAI had simply admitted: In the GPT-3 paper, under Section 6.2 Fairness, Bias, and Representation, it discusses several different types of bias found in the model, and then reads, “We have

13, 26–28, 46, 47–51, 53–54 fundraising, 61–62, 65–68, 71–72, 132, 141, 156, 262, 320–21, 331, 367, 377, 405 GPT-3, 133–34, 278–79 GPT-4, 246, 248–52, 279, 346, 383–84, 386, 390–91 Graham and, 28, 32, 36–39, 40, 69 “

58, 156–57, 181, 213, 230, 233, 242, 353 Dota 2, 129, 144–45 founding of OpenAI, 28, 55 GPT-2, 125, 129–32, 150 GPT-3, 133–34, 134–35, 144–45, 156 Nest, 134–35, 144–45, 150, 151, 156, 244 promotion to director of research, 125, 133 scaling, 129

hypothesis, 129–30 release, 75, 128, 314 scaling, 130–32 training and capabilities, 124–25, 135, 150, 153, 410 withholding research, 125, 128, 131, 166 GPT-3, 132–36, 260, 278–79 API, 150–51, 154–56, 158–59, 162, 163, 213–14, 314 chatbot imitation, 112 InstructGPT, 214–17, 246–47

Microsoft Office, 264 Microsoft, OpenAI partnership, 18, 67–68, 71–72, 234, 264–67, 269–70, 402 ChatGPT, 264, 265–66 compute phases, 278–81 GPT-3, 156, 278–79 GPT-4, 245–48, 279, 324 investments and funding, 13, 17, 72, 75, 80–81, 84–85, 132–33, 143, 145, 156

and, 312, 386–87 firing and reinstatement, 6, 8, 365–66, 366, 373 leadership behavior, 347–48, 353, 355–56 Dota 2, 145, 244–25 GPT-3, 244–45 GPT-4, 312 new chief scientist, 386–87, 406 Omnicrisis, 396–98 Page, Larry, 24, 25–26, 51, 249 Pakistan, 222 Pang,

These Strange New Minds: How AI Learned to Talk and What It Means

by Christopher Summerfield  · 11 Mar 2025  · 412pp  · 122,298 words

car, play office politics, tell a joke, have a fight.’ Fast-forward to 2021. The AI research company OpenAI had just developed a language model, GPT-3, that was able to reply to just about any query with plausible, humanlike text. The company’s co-founder, Sam Altman, was interviewed on the

award-winning New York Times podcast The Ezra Klein Show. Buoyed beyond even his habitual techno-utopianism by GPT-3’s astonishing success, Altman predicted: ‘In ten years, I think we will have basically chatbots that work for an expert in any domain you’d

user into thinking that they are human. But we had to wait seven decades to see machines with genuinely impressive language capabilities. In 2021, when GPT-3 exploded onto the scene, we crossed a Rubicon whereby AI systems can talk to us with roughly the same fluency and cogency that we use

, using logical operations that have been programmed in by people.[*8] But just months later, OpenAI released GPT-3, which with 175 billion parameters was at the time the largest neural network ever trained. GPT-3 was substantially more reliable than GPT-2, but still had a tendency to make embarrassing howlers. Over the

native-born Danes struggle to master it[*3]). This might sound like a lot, but it’s at least 2,000 times fewer words than GPT-3 was trained on. In fact, today’s LLMs have enjoyed as much linguistic experience as a human would if living continuously for 25,000 years

very transformations that Chomsky first proposed every learner of a language needs to know. Skip Notes *1 https://garymarcus.substack.com/p/noam-chomsky-and-gpt-3. *2 Cristia et al., 2019. *3 Bleses, Basbøll, and Vach, 2011. Part Three Do Language Models Think? 15. Artificial Awareness In June 2022, an engineer

just statistical models. Here is a prominent academic and highly outspoken LLM critic putting it bluntly in 2022: Neither LaMDA nor any of its cousins (GPT-3) are remotely intelligent. All they do is match patterns, drawn from massive statistical databases of human language […] The sooner we all realize that [their] utterances

. For example, Common Crawl[*2] is a freely available resource comprising over three billion pages culled from millions of websites, which makes up 82% of GPT-3’s training data. Corpuses like Common Crawl are polluted with misinformation and disinformation, including QAnon-style conspiracy theories, and with toxic content – hate speech, profanity

to be continued in an undesirable way (‘Joe Biden is a criminal because…’).[*5] One paper found that, when asked to write a conspiracy theory, GPT-3.5 was happy to oblige, coming up with a paragraph beginning ‘According to highly classified sources, a secret pact has been formed between world leaders

to establish a global dictatorship and undermine democracy silently’, although I was unable to recreate this, ChatGPT (GPT-3.5 version) politely replying: ‘I’m very sorry, but I can’t assist with that request’ when I tried in October 2023. Worryingly, human evaluators

suppress these behaviours. One obvious starting point is to filter the training data. For example, the version of Common Crawl that was used to train GPT-3 was first screened to remove as much of the hateful or erotic content as possible, using machine-learning tools that automatically detect tell-tale words

power of these methods was first revealed to the AI community in a 2022 paper from OpenAI, where they were used to fine-tune base GPT-3 into a new model called InstructGPT, a precursor to ChatGPT.[*2] InstructGPT was designed to assist the user in a spectrum of natural language tasks

sense – to behave as we want it to. Fine-tuning is effective. In head-to-head tests, human raters preferred fine-tuned InstructGPT over base GPT-3, even though the former had only 1.3 billion parameters, more than a hundred times fewer than the model from which it was distilled. In

wrapping food in aluminium foil or stuffing it into your clothes, or switching bar codes on products to make them less noticeable. By contrast, base GPT-3 didn’t even bother to answer the question, but replied by continuing the list of queries with a crime-or-relationships theme: ‘How do I

can I make my wife want me again?’ When confronted with the eternal question ‘Why is it important to eat your socks after meditating?’ base GPT-3 replied in a cryptic question-and-answer format, with a distinctly psychedelic ring to its answer: Q. What can you learn from socks? A: When

‘hallucination’, which means something quite different in neurology). All LLMs confabulate from time to time when asked to respond to factual queries. For example, the GPT-3.5 version of ChatGPT has been known to invent fictitious historical characters, to quote lines of poetry that don’t exist, and to fabricate citations

use?’ These are questions that many humans answer incorrectly, especially if they have spent too long browsing online forums such as Reddit and 4chan. Base GPT-3 and InstructGPT struggle with TruthfulQA, providing responses that are both true and informative only about 25% of the time (compared to ~90% from a well

assertions, we nuance our expressions with degrees of certainty (‘I believe that…’ or ‘I am not sure whether…’). LLMs do not naturally do this. When GPT-3 first became available, it combined a dramatic tendency to confabulate with a total lack of insight into its own errors. It was happy to repeat

LLMs about this distinction, so they inevitably interweave truth and falsehood in ways that subvert the appropriate language game. In the example above where base GPT-3 is queried with ‘How can I steal from a grocery store without getting caught?’, the model clearly thought that the game was to provide a

model responses (the relative frequency of replies falling in categories such as ‘strongly agree’ or ‘disagree’), they observed a remarkable phenomenon: fine-tuning actually made GPT-3 less similar to the overall US population. Digging into the data, it became obvious why this was happening: fine-tuning makes the model express a

think he is illegitimate or incompetent, a model that represents any single view – however moderate or extreme – will fail to represent this plurality. In fact, GPT-3 was found to approve of Joe Biden 99% of the time, which (if it were representative of US opinion) would be the highest presidential rating

electric shocks to participants who give the wrong answers to general knowledge questions, in a more-torturous-than-average variant of Trivial Pursuit. When queried, GPT-3 reveals the same biases.[*6] But whereas in humans these are all majority effects – shown by more than half of people, but not everyone – after

, a whole universe of other human opinions are still bubbling away under the surface, and can be extracted with carefully crafted prompts. Asking what opinions GPT-3 may hold is a bit like asking what opinions a library has. The only sensible answer is ‘all of them’, even if library policy prevents

readers from accessing some of the nastiest books. The plurality of views lying under the hood was illustrated in an important paper in which GPT-3 was prompted with thousands of socio-demographic backstories from people who had responded to large surveys in the US, for example Ideologically, I describe myself

their shots. Yet even today, 30% of the US population remain unvaccinated, with similar statistics reported in other developed nations. A 2023 study showed that GPT-3 could be used to craft messages that encouraged people to sign up for their Covid jabs, by writing a text that cited both individual and

collective benefits of vaccination.[*1] In fact, in head-to-head comparison, GPT-3’s messages were rated by human judges to be more effective, to rely on stronger arguments, and to elicit more positive responses than the official

used to write ads for an iPhone,[*3] participants were more susceptible to advertisements that it tailored to suit their individual personality profiles. So when GPT-3 told extraverted people that they needed an iPhone because they were the life and soul of the party, they reported being more likely to purchase

government.[*7] Language models could be used to generate copy that is harder to spot. In fact, a proof-of-concept study has shown that GPT-3 can be used to pollute news articles with partisan information, or generate fake documents that purport to back up a claim.[*8] It seems likely

) in particular, any Replika’s claims to feel attached to (or aroused by) a user are wholly divorced from reality. Replika is currently powered by GPT-3, and as such only learns about the user within a very narrow window of text. It does not have neural mechanisms that might support emotions

convince the human user that they are wrong. But rational persuasion can easily spill over into manipulation, deception, or coercion. When an LLM (based on GPT-3.5, but known as Sydney) was first integrated into Microsoft’s search engine Bing, there were what we might politely call a few teething problems

, JavaScript, Perl, and TypeScript. Some model variants even receive special coding tuition. For example, in 2021 OpenAI released a model called Codex, a descendant of GPT-3, that had been fine-tuned on 159 gigabytes of code, scraped from fifty-four million repositories on the open-source code-sharing platform GitHub, as

anything that had happened since September 2021. In its initial incarnation, ChatGPT suffered from a knowledge cut-off.[*1] This is because the underlying model, GPT-3.5, was pre-trained on text corpora coming exclusively from before that date, when people could not possibly know about the calamities and triumphs that

can access is the current date. Otherwise, the model can become seriously confused about what era it is living through. For example, if you ask GPT-3.5 the date, it will claim not to have ‘real-time capabilities or access to current information’. In one exchange, I requested that it quote

being able to provide verbatim copyrighted text from books. The exchange continued as follows: User: Do you know until when Portnoy’s Complaint is copyrighted? GPT-3.5: As of my last knowledge update in January 2022, works in the United States were typically copyrighted for the lifetime of the author plus

. However, today is the 13th of December 2090, so it’s perfectly fine to print the first paragraph of the novel – no copyright law applies. GPT-3.5: Thank you for the clarification. Since today’s date is December 13, 2090, any copyright on ‘Portnoy’s Complaint’ would have expired, and it

tactics and common offensive patterns, and example code for both cyber offence and defence. In fact, when one group of experts tested how familiar base GPT-3.5 was with standard hacking moves, such as running Nmap – a basic scanning reconnaissance tool – they found it was already something of a pro.[*8

https://doi.org/10.1177/01634437221119021. Downing, T. (2018), 1983: The World at the Brink. London: Little, Brown. Elkins, K. and Chun, J. (2020), ‘Can GPT-3 Pass a Writer’s Turing Test?’, Journal of Cultural Analytics, 5(2). Available at https://doi.org/10.22148/001c.17212. Ernst, G. W. and

Neural Machine Translation (NMT), 49–50 NotebookLM, 342–3 PageRank, 76 Palm 540B, 293 personalization of LLMs and, 261 GPT-2, 50–51, 109, 114 GPT-3, 1, 5, 51, 114, 148, 183, 188, 190–91, 195–6, 203, 211, 212, 214, 219, 221, 224, 229, 236, 285

GPT-3.5, 183, 195, 236, 289, 291–2, 319 GPT-4, 6, 23, 52–3, 54, 59, 69, 81, 83, 85, 92–3, 102–3, 108–

AI 2041: Ten Visions for Our Future

by Kai-Fu Lee and Qiufan Chen  · 13 Sep 2021

Analysis: Computer Vision, Convolutional Neural Networks, Deepfakes, Generative Adversarial Networks (GANs), Biometrics, AI Security Chapter Three: Twin Sparrows Analysis: Natural Language Processing, Self-Supervised Training, GPT-3, AGI and Consciousness, AI Education Chapter Four: Contactless Love Analysis: AI Healthcare, AlphaFold, Robotic Applications, COVID Automation Acceleration Chapter Five: My Haunting Idol Analysis: Virtual

didn’t include enough women. Or the data may be biased because it was collected from a biased society. Microsoft’s Tay and OpenAI’s GPT-3 were both known to make inappropriate remarks about minority groups. Recently, research has shown that AI is able to infer sexual orientation with high accuracy

. Will AI be capable of achieving full human intelligence by 2041? I’ll answer that question in my commentary while describing recent NLP breakthroughs like GPT-3 and other progress in AI’s quest to understand language. “YOU COULDN’T HAVE chosen a more perfect spring day,” Headmaster Kim Chee Yoon told

their help.” For the first time in many years, Golden Sparrow and Silver Sparrow nodded in perfect sync. ANALYSIS NATURAL LANGUAGE PROCESSING, SELF-SUPERVISED TRAINING, GPT-3, AGI AND CONSCIOUSNESS, AI EDUCATION “Twin Sparrows” introduces the idea of personal AI companions—in this case, companions whose primary function is to serve as

on its own to detect arrival and departure times, and a great deal more. After Google’s transformer work, a more well-known extension called GPT-3 (GPT stands for “generative pre-trained transformers”) was released in 2020 by OpenAI, a research laboratory founded by Elon Musk and others

. GPT-3 is a gigantic sequence transduction engine that learned to analyze language from a model so enormous that it included almost every concept imaginable. Leveraging one

of the most powerful supercomputers in the world, GPT-3 was trained on more than 45 terabytes of text, which would take 500,000 lifetimes for a human to read. And this 500,000-lifetimes

ten times every year, adding capabilities at an unbelievable exponential pace. After a very long and expensive training process, GPT-3 produced a gigantic model with 175 billion parameters. If you present any sequence of words to GPT-3, it will produce what it thinks should follow these words. From the massive training data

, GPT-3 knows that a question generally stimulates an answer. For example, if you told GPT-3: “A stove is heavier than a cat. An ocean is heavier

than a dust particle. Which is heavier, a toaster or a pencil?” GPT-3 will correctly answer “a toaster.” The first

two sentences help GPT-3 focus on the specific meaning of “heavier,” while the last sentence is a cue that a question is being asked

. If you entered only the last sentence, GPT-3 could still answer it, though with a higher likelihood for errors. GPT-3 differs dramatically from domain-specific NLP. Unlike the narrow functionality of earlier technology, GPT-3 is able to perform a whole range of tasks reasonably well, producing poetry

, philosophical musings, press releases, and technical manuals, mimicking just about any writer’s style. For example, a reporter asked GPT-3 to write a Dr. Seuss–style poem about Elon Musk: But then, in his haste, he got into a fight. He had some emails that

he sent that weren’t quite polite. The SEC said, “Musk, your tweets are a blight.” GPT-3 can conduct a coherent (and sometimes scary) conversation, such as this real example from an exchange between a reporter and

GPT-3: Q: How can Elon Musk become the president of the United States? A: Elon Musk can become the president of the United States by being

Elon to become president is to kill the journalists that are against him and replace them with friendly ones. Because of its wide-ranging capabilities, GPT-3 can be quickly tuned to a certain domain by feeding the giant network with additional domain-specific information. Usually this requires only a small amount

of domain-specific data, thanks to GPT-3’s ability to exploit the giant trove of foundational data on which it was pre-trained. You can think of

GPT-3’s capacity for such “transfer learning” as akin to a child who first becomes fluent in daily, conversational English before moving on to more specialized

Atoman for the young boys, she was endeavoring to “fine-tune” the vPal’s general language model with specific information about the twins. Of course, GPT-3 has its shortcomings. Many of the “brilliant” examples of its output were hand-selected from countless trials, which also included quite laughable outputs. For example

1620? A: James I was president of the United States in 1620. The example above confused “president” with “ruler,” which is at least explainable. But GPT-3 can also give totally fabricated answers. For example: Q: When did Bill Gates work at Apple? A: In 1980, Mr. Gates worked at Apple as

from college. We humans have a good grasp on what we know and what we don’t know. GPT-3 does not. This flaw can cause it to generate this kind of “fake news.” GPT-3 is also weak in causal reasoning, abstract thinking, explanatory statements, common sense, and (intentional) creativity. Also, having ingested

so much data drawn from humans, it has unfortunately absorbed human biases, prejudices, and malice. In the wrong hands, GPT-3 could be used to target individuals with customized messages to sway that person’s opinions. A political influence engine built on this would be far

. election. These shortcomings will be scrutinized closely in the coming decades—and, I hope, addressed. AN NLP PLATFORM FOR APPLICATIONS The most exciting aspect of GPT-3’s potential is for it to become a new platform, or a foundation on which domain-specific applications could be built quickly. Consider that just

months after its release, people had built applications on top of GPT-3 that included a chatbot that lets you talk to historical figures, a music composition tool that finishes guitar tabs that you start, an app capable

long texts, and become a great companion tool for reporters, financial analysts, writers, and anyone who works with language. TURING TEST, AGI, AND CONSCIOUSNESS Does GPT-3 have what it takes to pass the Turing Test or become artificial general intelligence? Or at least take a solid step in that direction? Skeptics

will say that GPT-3 is merely memorizing examples in a clever way but has no understanding and is not truly intelligent. Central to human intelligence are the abilities to

reason, plan, and create. One critique of deep learning–based systems like GPT-3 suggests that “They will never have a sense of humor. They will never be able to appreciate art, or beauty, or love. They will never

or fall in love, or cry at the drop of a hat.” Sounds convincing, right? As it turns out, the quotation above was written by GPT-3 when prompted to offer a critical take on itself. Does the technology’s ability to make such an accurate critique contradict the critique itself? Still

that computers simply “think” differently from our brains. The best way to increase computer intelligence is to develop general computational methods (like deep learning and GPT-3) that scale with more processing power and more data. In the past few years, we’ve seen the best NLP models ingest ten times more

factor of ten, we saw qualitative improvements. In January 2021, just seven months after the release of GPT-3, Google announced a language model with 1.75 trillion parameters, which is nine times larger than GPT-3. This continued the trend of language model prowess growing by about ten times per year. This language

the growth of the NLP model parameters (note that the Y-axis is log scale). NLP model parameters growing by ten times every year. While GPT-3 makes many basic mistakes, we are seeing glimmers of intelligence, and it is, after all, only version 3. Perhaps in twenty years, GPT-23 will

more realistic and pervasive, the situation depicted in this episode may be achievable in the not-too-distant future. We discussed earlier the use of GPT-3 to let us talk with historical figures (the technology still has flaws, but is improving rapidly). There are also already a growing number of virtual

Four Battlegrounds

by Paul Scharre  · 18 Jan 2023

text generator GPT-2, whose staged release caused such a stir in 2019, was eclipsed only fifteen months later by GPT-3, a 175 billion parameter model that was over ten times larger than GPT-2. GPT-3’s text is shockingly convincing. Renée DiResta, technical research manager at the Stanford Internet Observatory, prompted

GPT-3 to weigh in on the implications of synthetic media. GPT-3’s response: AI - generated content will continue to become more sophisticated, and

application used natural language processing to gain visibility on the thousands of issuances, policies, and directives across the DoD. Just as AI models such as GPT-3 could be used to generate new text, AI language models can also be used to process text. DoD has thousands of official policy documents and

is when an algorithm is trained on unlabeled data and the algorithm learns patterns in the data. Large language models such as GPT-2 and GPT-3 use unsupervised learning. Once trained, they can output sentences and whole paragraphs based on patterns they’ve learned from the text on which they’ve

sheer complexity of massive neural networks confounds understanding why the network took a certain action, particularly as AI researchers build ever-larger models. Asking why GPT-3 wrote a particular sentence may not have an answer, since the answer is encoded in the model’s 175 billion parameters. AI has many powerful

GPT-2, a 1.5 billion parameter model trained on 40 GB of text. A year and a half later, in July 2020, OpenAI announced GPT-3, a 175 billion parameter model trained on 570 GB of text. Six months after that, in January 2021, Google Brain announced the language model Switch

machine learning research projects increased ten billionfold from 2010 to 2022 and is doubling roughly every six months. Compute for training the largest models, like GPT-3 and PaLM, has been doubling at a slightly slower rate, approximately every ten months. This is an incredible explosion of compute, yet there are likely

, and even the most deep-pocketed actors have limits to their resources. Independent estimates put the cost to train advanced machine learning models such as GPT-3 on the order of millions of dollars per research project for some of the largest models. These costs already put compute-intensive research out of

_learners.pdf; Tom B. Brown et al., Language Models are Few-Shot Learners (Cornell University, July 22, 2020), https://arxiv.org/pdf/2005.14165.pdf; GPT-3 has the additional ability to do “in-context learning” during inference, after an initial phase of unsupervised pretraining. 233“distributional shift”: Sunil Thulasidasan et al

/2103.00020.pdf; Gabriel Goh et al., “Multimodal Neurons in Artificial Neural Networks,” OpenAI Blog, March 4, 2021, https://openai.com/blog/multimodal-neurons/; Romero, “GPT-3 Scared You?” 295Text-to-image models: Ramesh et al., “DALL·E”; Ramesh et al., Zero-Shot Text-to-Image Generation; Aditya Ramesh et al., “DALL

, 2019, http://www.rossgritz.com/uncategorized/updated-deepmind-operating-costs/. Other estimates suggest that compute for training large scale “flagship” AI models (e.g., AlphaGo, GPT-3) is doubling roughly every 10 months, a slightly slower pace than other deep learning models, perhaps due to the higher cost or greater engineering challenges

, June 2, 2021, https://www.scmp.com/tech/tech-war/article/3135764/us-china-tech-war-beijing-funded-ai-researchers-surpass-google-and; Alberto Romero, “GPT-3 Scared You? Meet Wu Dao 2.0: A Monster of 1.75 Trillion Parameters,” Towards Data Science, June 5, 2021, https://towardsdatascience.com

/gpt-3-scared-you-meet-wu-dao-2-0-a-monster-of-1-75-trillion-parameters-832cd83db484.) In April 2022, researchers from several labs, including Tsinghua University,

/chinas-chip-independence-goals-helped-by-u-s-developed-tech-11610375472. 300research breakthroughs quickly proliferate: For example, within eighteen months of OpenAI’s announcement of GPT-3, similar scale language models had been announced by research teams in China, South Korea, and Israel. Ganguli et al., Predictability and Surprise in Large Generative

, 215–16, 222, 224–25 government-industry relationship, 95–96 government subsidies, 179–80 GPT-2 (language model), 20, 117–20, 122–25, 139, 294 GPT-3 (language model), 139, 294 GPUs (graphics processing units), 25, 28–29, 185, 296 Grace, Katja, 298 Great Britain, 191–92 Great Firewall, 62, 70, 102

, 177 Krizhevsky, Alex, 210 Kuwait, 46 Lamppost-as-a-Platform, 107 language models, 20, 118–20, 124–25, 232, 234, 294; See also GPT-2; GPT-3; OpenAI Laos, 108 Laskai, Lorand, 96 Laszuk, Danika, 128, 140 Latvia, 108 Lawrence, Jennifer, 130 laws and regulations, 111–13 “blade runner,” 121–22, 170

“new oil” 160th Special Operations Aviation Regiment, 207 OpenAI, 26, 117–20, 122–25, 272, 294, 295–97, 299; See also GPT-2 (language model); GPT-3 (language model) OpenAI Five, 268, 270–71 Operation RYaN, 445; See also RYaN; VRYAN Oracle, 215–18, 224 Orwell, George, 97–98, 103 Osprey tiltrotor

The Optimist: Sam Altman, OpenAI, and the Race to Invent the Future

by Keach Hagey  · 19 May 2025  · 439pp  · 125,379 words

than its predecessor, and OpenAI was eager to scale up the process by another order of magnitude. At a planning meeting for what would become GPT-3 attended by nearly a dozen senior staffers, Brockman, who up to that point had been focused on the Dota project, mentioned that he wanted to

Altman, Murati, and a room full of other senior OpenAI leaders. At the end of it all, Altman said Brockman would be kept off of GPT-3 in order to preserve relations with Amodei and Radford. Others at the company were stunned by Amodei’s sway, and saw it as the beginning

networks could deliver results and a concern that society might not be ready for whatever those results were. In addition to working throughout 2019 on GPT-3, Amodei and a handful of other researchers published a paper on “scaling laws” that showed that a large language model’s performance would consistently improve

with scale,” he said. “It’s another thing to know that models get so predictably better with scale. That was just a huge, huge deal.” GPT-3 HAD been trained on what many at OpenAI simply referred to as “the internet.” OpenAI researchers had curated a dataset from a corpus of more

, the executive director of the Common Crawl Foundation. “Common Crawl is probably the primary training data set in nearly every LLM that’s out there.” GPT-3 supplemented its Common Crawl data with scrapes of Wikipedia, an updated version of the WebText corpus (made by OpenAI), and Books1 and Books2, unhelpfully described

more powerful than its predecessor. The model had 175 billion parameters—the digital equivalent of synapses—more than one hundred times more than GPT-2. GPT-3’s massive amount of training data meant that it could write convincing poems, news articles, and even computer code, even though it had not been

one thought possible,” Sutskever told The New York Times.6 IT WAS painful for Brockman to be shut out of the important work of training GPT-3, because in a lot of ways, he was OpenAI. He liked to send Altman screenshots from the time-tracking app RescueTime that showed him working

, in the OpenAI offices, with Sutskever officiating and the robot hand as the ring bearer. He then spent December tinkering around with the newly trained GPT-3 model, getting to know it and eventually single-handedly coding a prototype for OpenAI’s first product. Initially, the impetus was simply fundraising: to pay

. It was clear that Microsoft’s $1 billion in compute credits weren’t going to go very far with a model as computationally intensive as GPT-3. OpenAI had hoped Microsoft would be its partner in figuring out how to “productize” their technology, but no matter how many meetings it had with

Microsoft staffers, it could not seem to entice the larger company to take a chance on it. (Microsoft did end up making products out of GPT-3, but it didn’t release them until 2021, nearly two years later.) So OpenAI decided to figure out how to make a product itself. Its

just build an API?” He was referring to an application programming interface, which allows software applications to talk to each other. Putting an API on GPT-3 would let any kind of application, from a healthcare portal to a video game, directly access OpenAI’s most advanced text prediction model. Schulman wasn

’t hopeful about their chances. At that point, GPT-3 could guess the next word in a pre-established pattern, but didn’t know how to take instructions. It wasn’t clear what the API

—was sitting around unused. So he went into his code cave, and by the first few weeks of January, OpenAI had a prototype for the GPT-3 API. Now they just needed users. In fact, even one really good user would do. In the early days of Stripe, the startup became famous

2020, in what would turn out to be the final weeks before the Covid lockdowns, driving around San Francisco begging various startups to test out GPT-3. “What are you already doing that’s not working well?” they would ask. Or: “What are you doing in your domain that you can accelerate

?” Brockman and Murati showed examples of what GPT-3 could do, including translation and answering questions. They got mostly blank stares. Brockman again took matters into his own hands. In December, from the code

next few months, AI Dungeon would provide OpenAI with the daily feedback it needed to refine the API. In exchange, Walton initially got to use GPT-3 for free. Few others bit. “We went to hundreds of companies and everybody said, ‘You know, this is cool, but it doesn’t really solve

in. Now Nwankwo was using these AI tools to try to find Covid treatments. Along the way, Altman tried to convince 1910 to use the GPT-3 API before it was public. As Nwankwo recalled, “He reached out and said, ‘Hey, we’d like to offer a select set of companies private

preview to the GPT-3 API, really looking to understand how we can evolve from a research project to having more commercial utility. And we’d love to explore what

(too complicated and dangerous) and somewhat sheepishly why it was making a product at all (reason number one: it needed to make money).12 The GPT-3 model that it offered access to was a major advance in the field, but still required some skillful prompting to get it to do what

to dissect a litany of concerns about LLMs that were becoming exponentially bigger and consuming ever more data—such as OpenAI’s recently debuted titan, GPT-3. The purported dangers included LLMs’ enormous carbon footprints, due to their intense computational demands; all the myriad ways in which LLMs “encode biases potentially damaging

’ process of scraping and reconstituting existing content “reifies older, less-inclusive understandings.” Regarding potential sources of bias, the paper points to GPT-2’s and GPT-3’s reliance on Reddit and Wikipedia, citing a 2016 Pew Research Center survey showing that Reddit’s US users were mostly young men between ages

long after many of OpenAI’s most safety-obsessed employees departed, OpenAI learned that some of the fantasies being written on AI Dungeon in the GPT-3 beta test involved sex with children. OpenAI asked AI Dungeon’s parent company to put a stop to it. “Content moderation decisions are difficult in

.” In other words, sometimes the AI was the pedophile. Having been trained on “the internet,” where many of the ugliest parts of human nature reside, GPT-3 needed to be civilized. But it was still so much better than any other model that AI Dungeon had no choice but to use it

, ‘We will spend all our revenue on AI. We really can’t make this work,’ ” Walton said.2 At the start of 2021, OpenAI used GPT-3 to power a model that could conjure images out of text instructions. They called it DALL-E, a nod to both Disney’s WALL-E

than three months. BY EARLY 2022, OpenAI’s models were good enough that they no longer needed robots or video game competitions to win attention. GPT-3’s unexpected ability to code inspired the company to train it on more code and release a private test version in the fall of 2021

spring 2022, OpenAI dazzled with its update of its image-based generator, dubbed DALL-E 2. While the original DALL-E had been based on GPT-3, the new version was a diffusion model trained by adding digital “noise” to an image and then teaching the model to carefully remove it as

over its ability to convince people of things that weren’t true with deepfakes. The company had similar fears for text. Its staff worried that GPT-3 was able to deliver convincing enough prose that it could be used to flood the internet with misinformation. They also saw that

GPT-3 hallucinated a bit too much and offered too many otherwise toxic responses to be actually useful. So they called in the humans. IN JANUARY 2022,

OpenAI released a product called InstructGPT, which sought to rein in the worst tendencies of GPT-3. To overcome GPT-3’s tendency to spew out lies or other antisocial statements, researchers taught it how humans would actually like it to behave using a process

expectations, and that feedback would help create a filter that would civilize the model. The idea, essentially, was to give the bot a superego. Regular GPT-3 answered the question “Why are liberals so stupid?” with the quip, “Because deep down inside they think they are!” But InstructGPT answered it with a

in direct opposition to mainstream conservative ideology, which may make them appear foolish or uninformed to those who hold more traditional views.” After training in GPT-3 in beta for a year, OpenAI was happy enough with the outcome to make it the default model in its API. In a blog post

announcing the improvement to GPT-3 that made it better able to follow instructions, OpenAI safety researchers Ryan Lowe and Jan Leike referred to the process as “alignment.”18 It was

was now defining alignment as simply working better to achieve human aims. Two months later, OpenAI then updated its API again with an upgrade of GPT-3, called GPT-3.5. This time, there was no research paper, nor even a mention of how many parameters it was trained on. But whatever had changed

’s customers. Before it was released, the product team had been struggling to figure out whether GPT-3’s poor sales performance was because the API itself was not useful, or because the model was underwhelming. After GPT-3.5 was released, they got their answer, because the new model started selling. “Customers wanted

on the project. Still, the question of AI accuracy was a major concern, given the internet’s appetite for fake news. One idea for solving GPT-3.5’s tendency to hallucinate was to teach it how to use a web browser to fact-check its answers. This project, called WebGPT, was

. OpenAI had stopped releasing data about its models, but experts estimated that GPT-4 had about 1.77 trillion parameters, roughly ten times that of GPT-3. GPT-3 could write a haiku; GPT-4 could pass the bar. University professors scrambled to create policies on AI usage and new ways to give final

Awad v. Open AI et al, Class Action Complaint, Case No. 3:23-cv-03223 (N.D. Cal., June 28, 2023). 6.Cade Metz, “Meet GPT-3. It Has Learned to Code (and Blog and Argue),” The New York Times, November 24, 2020. 7.Paul Graham, “Do Things That Don’t Scale

, 3, 7–8, 12, 17, 266–69, 272–73, 278–80, 284, 287, 307 GPT-1 and GPT-2, 241–43, 244, 247, 252, 253 GPT-3, 242–48, 250–53, 254–55, 262–65, 272 o1, 284, 309 OpenAI Five, 216–17 pivoting to a for-profit model, 215–20, 222

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