Margaret Boden, the distinguished British philosopher and cognitive scientist whose pioneering work reshaped the study of human thought and creativity through the lens of computer science, passed away on July 18 in Brighton, England, at the age of 88. Her death, which occurred in a care facility, was confirmed by the University of Sussex — the institution where she co-founded what is now recognized as the Center for Cognitive Science in the early 1970s. This groundbreaking interdisciplinary hub united psychologists, linguists, neuroscientists, and philosophers in a shared mission to explore the complexities of the human mind.

Boden’s influence stretched far beyond academia. As a scholar, she was renowned for her intellectual range, erudition, and trailblazing presence in a discipline historically dominated by men. Her acclaimed works — including The Creative Mind: Myths and Mechanisms (1990) and Mind as Machine: A History of Cognitive Science (2006) — continue to shape global debates on both human and artificial intelligence.

Blay Whitby, a fellow philosopher and ethicist, once summed up her legacy on BBC Radio’s The Life Scientific in 2014:

“Maggie is that rare philosopher who has actively informed, inspired, and shaped science. At a time when many scientists dismiss philosophy, her work proves just how indispensable it can be.”

The Paradox: A Philosopher Who Didn’t Use Computers Easily

Ironically, despite her role in advancing AI theory, Boden never considered herself tech-savvy. She once joked:

“I can’t cope with the damn things. I’ve got a Mac on my desk, and if something goes wrong, it’s a nightmare.”

Yet this didn’t stop her from seeing computers as a powerful tool for understanding human thought. In her view, creativity was not a mystical gift or sudden divine inspiration — it was a process that could be explained, modeled, and even simulated by computational systems.

On The Life Scientific, she explained:

“Computational concepts help us grasp how a person might come up with a new idea — something that initially seems impossible, almost as if God must have done it. But when we understand generative systems and simple sets of rules that can produce infinitely many outcomes, the mystery begins to dissolve.”

Defining Creativity: Three Distinct Forms

Boden categorized creativity into three main types: combinational, exploratory, and transformational — a framework that has influenced both AI research and creative theory.

1. Combinational Creativity
   This involves blending familiar concepts in novel ways — as seen in poetry, satire, or hybrid art styles like mixing cubism with surrealism. Boden argued that computers can handle this type of creativity relatively easily, simply by combining two data structures in endless permutations.
2. Exploratory Creativity
   This form pushes boundaries within an existing framework, such as producing another Impressionist painting or a new chemical compound. She cited Impro-Visor, a jazz composition program, as an example. By mimicking the style of musicians like Louis Armstrong or Charlie Parker, it creates convincing, stylistically accurate improvisations — though, crucially, without the ability to judge their artistic merit.
3. Transformational Creativity
   The most radical form, this generates entirely new concepts that transform the existing framework itself. While some have speculated that machines might one day reach this level — a step toward so-called “superintelligence” — Boden remained skeptical, noting that computers can only act within the confines of their programmed rules.

Her Skepticism Toward True AI Conversation

In the pre–ChatGPT era, Boden doubted that AI could ever hold a rich, nuanced conversation with a knowledgeable human on any topic “from football to fossils.” While large language models like ChatGPT now demonstrate such capabilities, she never had the chance to engage with them, as she entered residential care before their rise.

When asked hypothetically whether she’d be surprised by tools like ChatGPT, the AI itself responded:

“She probably wouldn’t be shocked it exists — but she’d be fascinated and deeply critical. She consistently stressed that computers don’t ‘think’ or ‘understand’ like humans. They manipulate symbols without consciousness or intent.”

Anil Seth, a former student and professor of cognitive and computational neuroscience at Sussex, agreed this assessment sounded accurate, though he admitted curiosity about what she would have truly said.

From London Student to Global Thinker

Born Margaret Ann Boden on November 26, 1936, in London, she grew up with a love of books. Her father, Leonard Boden, was a civil servant, and her mother, Violet Dawson Boden, worked for the Anglo-Persian Oil Company. As a teenager, she frequented secondhand bookshops along Charing Cross Road, often seeking works by philosopher Bertrand Russell.

She was drawn to deep questions on religion, evolution, and the nature of the mind — particularly the puzzle of how the physical brain produces subjective experience. Initially enrolling in medicine at the University of Cambridge, she later shifted to philosophy, known then as “moral sciences.”

While completing her doctorate in social psychology at Harvard University, a chance discovery changed her trajectory. She found a copy of Plans and the Structure of Behavior (1960) by George A. Miller, Eugene Galanter, and Karl H. Pribram. The book applied the idea of computer programs to psychology, and she later described the experience as life-changing “in five minutes.”

Personal Life and Ongoing Legacy

Boden’s marriage to John Spiers ended in divorce. She is survived by her two children, Ruskin and Jehane Boden Spiers, and four grandchildren.

As an AI philosopher, she was often asked whether robots might one day “take over.” Her response in a 2018 Aeon article was characteristically sharp:

“The truth is they won’t want to. Unlike humans, robots don’t care. A computer’s ‘goals’ are empty of feeling.”

This clear-eyed view of artificial intelligence — recognizing its immense potential while rejecting overblown fears — remains relevant in today’s fast-evolving tech landscape. As generative AI tools redefine creativity and human–machine interaction, Boden’s ideas offer both a foundation for understanding and a caution against anthropomorphizing machines.

Why Margaret Boden Still Matters in the Age of AI

Boden’s legacy is not just historical; it’s deeply relevant to contemporary debates about AI ethics, creativity, and human identity. As tech companies race to develop more advanced generative models, her insistence that machines lack genuine understanding serves as a reminder to maintain perspective.

Her three-part creativity framework can still guide AI research, distinguishing between the mimicry of human style and the transformation of conceptual frameworks — a distinction that remains crucial for anyone claiming their AI is “truly creative.”

In many ways, Boden anticipated the very conversations we are having today about ChatGPT, AI art generators, and autonomous systems. She understood both the allure and the limits of AI, advocating for a nuanced approach that neither dismissed its capabilities nor overstated them.

Her work continues to inspire philosophers, computer scientists, neuroscientists, and artists, offering tools for thinking critically about the future of human–machine collaboration. As we move deeper into the AI era, Margaret Boden’s voice — thoughtful, skeptical, and always intellectually generous — will remain one worth listening to.