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On the Future of Species: How AI is Authoring Life
'The book we need right now ... Essential reading' Professor Tom Ellis, Imperial College London
'Visionary and exhilarating ... A work of astonishing scope and imagination' Tim Coulson, author of A Little History of From the Big Bang to You
'A fascinating read ... I throroughly recommend for all audiences' Professor Mumtaz Patel, President of the Royal College of Physicians
Imagine a future where we grow houses rather than build them. Where smartphones are living, clothing has opinions, and all human knowledge fits into a speck of DNA. A world where disease is a thing of the past, and the human lifespan is dramatically extended.
To achieve this, says Adrian Woolfson – founder of the genome writing company Genyro – we must transform biology into a predictive, programmable engineering material. That means decoding the generative grammar of the language of life itself. It may then be possible to author genomes – and, if we choose, even rewrite our own.
We are at the cusp of a technological revolution, driven by the convergence of artificial intelligence and synthetic biology. Currently at the scribbling phase – writing the genomes of viruses, bacteria and yeast – we will eventually author the genomes of extinct and never-before-realised species. Life will become computable, detached from its past, and no longer bound by Darwinian evolution.
While offering extraordinary opportunities, this power also carries great risk and it is vital for everyone to understand what the future might hold. Genome writing can help preserve the planet, but may also undermine human nature and disrupt ecosystems. Bold, visionary and deeply original, On the Future of Species is an essential guide to how we should navigate this astonishing new world, offering a moral compass to help us do so safely, wisely and ethically.
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'Explores the profound opportunities and challenges that arise when we turn evolution upside-down' John-Arne Rottingen, CEO of The Wellcome Trust
'An intriguing and disturbing analysis of a biological revolution' Robin McKie, Guardian
'Visionary and exhilarating ... A work of astonishing scope and imagination' Tim Coulson, author of A Little History of From the Big Bang to You
'A fascinating read ... I throroughly recommend for all audiences' Professor Mumtaz Patel, President of the Royal College of Physicians
Imagine a future where we grow houses rather than build them. Where smartphones are living, clothing has opinions, and all human knowledge fits into a speck of DNA. A world where disease is a thing of the past, and the human lifespan is dramatically extended.
To achieve this, says Adrian Woolfson – founder of the genome writing company Genyro – we must transform biology into a predictive, programmable engineering material. That means decoding the generative grammar of the language of life itself. It may then be possible to author genomes – and, if we choose, even rewrite our own.
We are at the cusp of a technological revolution, driven by the convergence of artificial intelligence and synthetic biology. Currently at the scribbling phase – writing the genomes of viruses, bacteria and yeast – we will eventually author the genomes of extinct and never-before-realised species. Life will become computable, detached from its past, and no longer bound by Darwinian evolution.
While offering extraordinary opportunities, this power also carries great risk and it is vital for everyone to understand what the future might hold. Genome writing can help preserve the planet, but may also undermine human nature and disrupt ecosystems. Bold, visionary and deeply original, On the Future of Species is an essential guide to how we should navigate this astonishing new world, offering a moral compass to help us do so safely, wisely and ethically.
--
'Explores the profound opportunities and challenges that arise when we turn evolution upside-down' John-Arne Rottingen, CEO of The Wellcome Trust
'An intriguing and disturbing analysis of a biological revolution' Robin McKie, Guardian
467 pages, Kindle Edition
First published April 14, 2026
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Displaying 1 - 11 of 11 reviews
July 1, 2026
It's not a great book. I bought it to learn more about how biology and AI are being used today, and there is some of that, but the majority of the book is fluff. 10 percent is about AI and biology, and the remaining 90 percent is random historical facts that have little to no relation to AI and/or biology. One example that comes to mind is in Chapter 7, it starts talking about Deep blue (AI chess bot that beat the world champion in 1997) then it goes on a long tangent about space invaders and other nonsense that doesn't relate. It feels like the author was just trying to fill space, and at the end of each chapter, say "AI will revolutionize biology."
Maybe that's on me. I thought I was going to read about the current research being done in this field, and to be fair, there is some of that, but the rest is fluff that I don't care about. Save your money and get something else or wait for it to go on sale
Maybe that's on me. I thought I was going to read about the current research being done in this field, and to be fair, there is some of that, but the rest is fluff that I don't care about. Save your money and get something else or wait for it to go on sale
This entire review has been hidden because of spoilers.
September 6, 2026
Future of Species is an appreciation of how much biology has grown into an engineering field, capable of modifying and even creating living constructs. From understanding the basic principles of how phenotypes emerge from the dance of molecules coordinated by our genome, we have found how to manipulate this process by directly altering DNA. Beyond the basic mechanisms of cell biology, advances in sequencing have let us read genomic source code at scale and catalogue its organisational diversity. Each genome is a blueprint optimised over millions of years of evolution to help an organism thrive in its habitat. Rather than being well-organised, the Blind Watchmaker of evolution has made genomes a garble of spaghetti code, with countless years of accumulated technical debt. Collecting and annotating these sequences yields insight into how the biosphere works. However, the vast wealth of genomic matter to be collected represents only a minuscule fraction of the space of potential viable genomes (the library of Fred, after the library of Babel), which contains all possible DNA-based genomes. Even this theoretical space only contains a sliver of possible life that can work beyond terrestrially observed chemistry. As we move into hypothetical species, biologists will never run out of things to study.
Our capacity to work with living matter has grown beyond mere genome reading. It has become possible to modify genomes with great precision: introducing or removing functional-altering mutations or even introducing new genes collected from other organisms. DNA synthesis makes the latter possible, allowing the design of gene fragments, whole-gene constructs, and even complete, functional genomes. This has resulted in organisms (so far, microorganisms) with no parents. Synthetic biologists are not limited to working with natural sequences. By using their knowledge of the grammar of life (how to construct a biologically functional sequence), they can construct new, functional sequences that were not evolved but designed!
By processing the immense databases of natural sequences, AI models can distil these grammars and dream up new genes, proteins, constructs, or even whole genomes with no natural counterpart. In principle, with sufficiently powerful models, we can design all life we can imagine or change biology as we see fit, effectively moving us to a Kardashev I-minus civilisation (my claim) with full control over biological matter, ending all diseases, hunger, and environmental problems.
Our capacity to work with living matter has grown beyond mere genome reading. It has become possible to modify genomes with great precision: introducing or removing functional-altering mutations or even introducing new genes collected from other organisms. DNA synthesis makes the latter possible, allowing the design of gene fragments, whole-gene constructs, and even complete, functional genomes. This has resulted in organisms (so far, microorganisms) with no parents. Synthetic biologists are not limited to working with natural sequences. By using their knowledge of the grammar of life (how to construct a biologically functional sequence), they can construct new, functional sequences that were not evolved but designed!
By processing the immense databases of natural sequences, AI models can distil these grammars and dream up new genes, proteins, constructs, or even whole genomes with no natural counterpart. In principle, with sufficiently powerful models, we can design all life we can imagine or change biology as we see fit, effectively moving us to a Kardashev I-minus civilisation (my claim) with full control over biological matter, ending all diseases, hunger, and environmental problems.
March 20, 2026
Exciting, Emerging Perspectives on DNA and Visions for the Future of Genomics
For over 50 years I have been steeped in the dogma of DNA, the huge paradigm shifts that periodically knock it sideways and the ever-expanding interpretation of genomes.
But Adrian Woolfson takes the reader through this and beyond to a higher plane where one looks back over genomic evolution and sees it in a messy, new light which contrasts with popular visions of Mother Nature as a perfectionist and scrupulous housekeeper.
The author, perhaps without even being aware, describes the Achilles Heel of the C++ Object Oriented Programming (OOP) language and architecture known as “the fragile base class” as it applies to the genomes of species. (Basically it means that the good, the bad and the ugly bits from the very first generation are inherited by all subsequent progeny. Evolution happens by coding for new features layered atop the original code of a specie’s defining feature set.)
One comes to appreciate the unpredictable and awesome sophistication spawned from simple nucleotide sequences, how they are packaged and how they chemically interact with their environment which regulates which recipes (nucleotide sequences) will be baked at any given moment (to make a wide array of things, be they structural, catalytic, messaging, etc.) There is so much we don’t know as to make the searching feel mystical and magical.
The challenges of gene editing extend far beyond snipping and inserting. The book looks at very new technologies which mark a watershed moment for tools that will allow for massive incremental advances in molecular biology. (You may know about CRISPR, but if you haven’t heard of Sidewinder, read the book.)
In the final section the author shares visionary musings on the future of molecular genetics. As a younger, pragmatic person, totally devoid of visionary leanings, I used to scoff at futuristic daydreaming. But I have come to appreciate the error of my ways and the need for unfettered vision. Every modern comfort and advantage we enjoy today was once somebody’s crazy idea.
If you enjoy works like “The Emperor of All Maladies”, “The Gene” and “The Song of the Cell”, this book deserves a place on the same shelf.
For over 50 years I have been steeped in the dogma of DNA, the huge paradigm shifts that periodically knock it sideways and the ever-expanding interpretation of genomes.
But Adrian Woolfson takes the reader through this and beyond to a higher plane where one looks back over genomic evolution and sees it in a messy, new light which contrasts with popular visions of Mother Nature as a perfectionist and scrupulous housekeeper.
The author, perhaps without even being aware, describes the Achilles Heel of the C++ Object Oriented Programming (OOP) language and architecture known as “the fragile base class” as it applies to the genomes of species. (Basically it means that the good, the bad and the ugly bits from the very first generation are inherited by all subsequent progeny. Evolution happens by coding for new features layered atop the original code of a specie’s defining feature set.)
One comes to appreciate the unpredictable and awesome sophistication spawned from simple nucleotide sequences, how they are packaged and how they chemically interact with their environment which regulates which recipes (nucleotide sequences) will be baked at any given moment (to make a wide array of things, be they structural, catalytic, messaging, etc.) There is so much we don’t know as to make the searching feel mystical and magical.
The challenges of gene editing extend far beyond snipping and inserting. The book looks at very new technologies which mark a watershed moment for tools that will allow for massive incremental advances in molecular biology. (You may know about CRISPR, but if you haven’t heard of Sidewinder, read the book.)
In the final section the author shares visionary musings on the future of molecular genetics. As a younger, pragmatic person, totally devoid of visionary leanings, I used to scoff at futuristic daydreaming. But I have come to appreciate the error of my ways and the need for unfettered vision. Every modern comfort and advantage we enjoy today was once somebody’s crazy idea.
If you enjoy works like “The Emperor of All Maladies”, “The Gene” and “The Song of the Cell”, this book deserves a place on the same shelf.
April 19, 2026
On the Future of Species operates at the frontier of modern science, where Synthetic Biology converges with Artificial Intelligence to redefine what life itself can become. Adrian Woolfson presents not just a scientific argument, but a paradigm shift, one that reframes biology from an observational science into a programmable, design-driven discipline.
At the core of the book is a bold proposition: that life can be authored. By decoding and harnessing the generative logic embedded within DNA, Woolfson envisions a future where genomes are not merely inherited but engineered, where evolution is no longer a passive process governed by Darwinian evolution, but an active, intentional act of design.
What distinguishes this work is its scope and intellectual control. The book moves seamlessly from cutting-edge scientific capability to philosophical and ethical inquiry, addressing not only what can be done, but what should be done. The implications, ranging from disease eradication to the creation of entirely new life forms, are explored with both ambition and caution.
Equally significant is the framing of risk. Woolfson does not treat technological advancement as inherently beneficial; instead, he situates it within a landscape of profound uncertainty, where ecological balance, human identity, and long-term consequences must be carefully considered.
The result is a work that transcends traditional science writing. On the Future of Species is both a visionary exploration and a strategic warning, a foundational text for understanding one of the most transformative shifts in human capability.
At the core of the book is a bold proposition: that life can be authored. By decoding and harnessing the generative logic embedded within DNA, Woolfson envisions a future where genomes are not merely inherited but engineered, where evolution is no longer a passive process governed by Darwinian evolution, but an active, intentional act of design.
What distinguishes this work is its scope and intellectual control. The book moves seamlessly from cutting-edge scientific capability to philosophical and ethical inquiry, addressing not only what can be done, but what should be done. The implications, ranging from disease eradication to the creation of entirely new life forms, are explored with both ambition and caution.
Equally significant is the framing of risk. Woolfson does not treat technological advancement as inherently beneficial; instead, he situates it within a landscape of profound uncertainty, where ecological balance, human identity, and long-term consequences must be carefully considered.
The result is a work that transcends traditional science writing. On the Future of Species is both a visionary exploration and a strategic warning, a foundational text for understanding one of the most transformative shifts in human capability.
October 1, 2026
„ON the Future of Species- Autoring Life By Means Of Artificial Biological Intelligence”, Adrian Woolfson, Bloomsbury Publishing, 2026
„Arhitectura dezordonată a structurilor naturale rămâne unul dintre cele mai masive piedici pentru evoluția medicală și pentru abilitatea noastră de a restructura realitatea”. p.10
Ce se întâmplă când biologia devine un limbaj pe care îl poți programa ca pe un soft?
Volumul „On the Future of Species - Authoring Life By Means Of Artificial Biological Intelligence" de Adrian Woolfson este analiza celei ”de-a doua Geneze”. Woolfson îți explică faptul că fuziunea dintre inteligența artificială și biologia sintetică îți va permite să scrii genomul de la zero, să creezi specii noi. Chiar și să remodelezi lanțul ADN-ului uman. Pe de o parte vorbești despre case cultivate organic, smartphone-uri vii, boli eradicate, longevitate extinsă. Pe de alta ai riscuri etice uriaşe, ecosisteme destabilizate, hibrizi om-animal, arsenale bio-teroriste accesibile oricui are un sintetizator de ADN la îndemână. Woolfson pledează pentru avansul tehnologic, dar recunoaște zonele gri: unde trasezi linia între îmbunătățire și manipulare, între specii naturale și artefacte? Cartea devine ghid moral pentru o epocă în care viața se desprinde de evoluția darwiniană și intră în logica codului programabil. Citești dacă vrei să înțeleagi viitorul speciilor, viitorul tuturor.
„Natura umană trebuie să-și păstreze capacitatea de a evolua, așa cum a făcut-o mereu.” p.298
https://youtu.be/vZyV4r9Bu9c
„Arhitectura dezordonată a structurilor naturale rămâne unul dintre cele mai masive piedici pentru evoluția medicală și pentru abilitatea noastră de a restructura realitatea”. p.10
Ce se întâmplă când biologia devine un limbaj pe care îl poți programa ca pe un soft?
Volumul „On the Future of Species - Authoring Life By Means Of Artificial Biological Intelligence" de Adrian Woolfson este analiza celei ”de-a doua Geneze”. Woolfson îți explică faptul că fuziunea dintre inteligența artificială și biologia sintetică îți va permite să scrii genomul de la zero, să creezi specii noi. Chiar și să remodelezi lanțul ADN-ului uman. Pe de o parte vorbești despre case cultivate organic, smartphone-uri vii, boli eradicate, longevitate extinsă. Pe de alta ai riscuri etice uriaşe, ecosisteme destabilizate, hibrizi om-animal, arsenale bio-teroriste accesibile oricui are un sintetizator de ADN la îndemână. Woolfson pledează pentru avansul tehnologic, dar recunoaște zonele gri: unde trasezi linia între îmbunătățire și manipulare, între specii naturale și artefacte? Cartea devine ghid moral pentru o epocă în care viața se desprinde de evoluția darwiniană și intră în logica codului programabil. Citești dacă vrei să înțeleagi viitorul speciilor, viitorul tuturor.
„Natura umană trebuie să-și păstreze capacitatea de a evolua, așa cum a făcut-o mereu.” p.298
https://youtu.be/vZyV4r9Bu9c
August 25, 2026
Woolfson trained at the MRC Laboratory of Molecular Biology in Cambridge, so the Cambridge chapters are full of warm personal anecdotes about the scientists who shaped molecular biology, including Fred Sanger for sequencing DNA, César Milstein for inventing monoclonal antibodies, John Sulston for mapping the human genome. The friendships, the rivalries, the moments of accidental genius, all lovely stories. For anyone who loves the history of science, this alone is worth the read.
What surprised me is how much the book works as a return to first principles. It takes you back to the fundamentals of molecular biology and the philosophy of science in a way that feels less like a textbook and more like a conversation with someone who genuinely loves the subject. The kind of reading that reminds you why you went into this field in the first place.
The book is comprehensive and dense with history, detail and fact, at times you need to pace yourself, but Woolfson’s personal anecdotes and storytelling pull you back in every time, and the bigger questions sneak up on you naturally. What does it mean to edit and code a human genome? What does it mean to be human?
The book closes with “A Manifesto for Life”, which is a thoughtful framework for the moral and ethical questions that genome writing raises. Definitely worth reading carefully if you work in this space.
What surprised me is how much the book works as a return to first principles. It takes you back to the fundamentals of molecular biology and the philosophy of science in a way that feels less like a textbook and more like a conversation with someone who genuinely loves the subject. The kind of reading that reminds you why you went into this field in the first place.
The book is comprehensive and dense with history, detail and fact, at times you need to pace yourself, but Woolfson’s personal anecdotes and storytelling pull you back in every time, and the bigger questions sneak up on you naturally. What does it mean to edit and code a human genome? What does it mean to be human?
The book closes with “A Manifesto for Life”, which is a thoughtful framework for the moral and ethical questions that genome writing raises. Definitely worth reading carefully if you work in this space.
Review of advance copy
A visionary book charting the bridging of biology with the ever expanding power of information technology. Such a linkage could, according to the author’s thesis, provide us with the means to tackle practically all of humanity’s problems, from environmental degradation to the depletion of natural resources and from infectious and hereditary diseases to the ultimate “problem”, death itself.
Although I found the book fascinating in the presentation and analysis of the problem, I consider the lengthy description of the relevant techniques in all their minutiae rather tiring and disorienting.
A major editorial drawback, in my opinion, concerns the notes; these are not numbered but simply listed alphabetically for each chapter. What this means is that the reader is unable to link a specific statement in the corpus with a specific publication. Also, since all publications are listed alphabetically according to the name of the first author who is very rarely the main author, the reader cannot trace the publications from specific laboratories.
Although I found the book fascinating in the presentation and analysis of the problem, I consider the lengthy description of the relevant techniques in all their minutiae rather tiring and disorienting.
A major editorial drawback, in my opinion, concerns the notes; these are not numbered but simply listed alphabetically for each chapter. What this means is that the reader is unable to link a specific statement in the corpus with a specific publication. Also, since all publications are listed alphabetically according to the name of the first author who is very rarely the main author, the reader cannot trace the publications from specific laboratories.
August 14, 2026
Once we apply AI to help us understand DNA and language of nature, we will be able to design much better and and efficient biological things. These may be fabrics we wear, food we eat, organs we transplant or better versions of ourselves. This is a book that explores the technical state of the art and most current developments in a factual way without fraying deeply into the moral and societal dilemmas coming from it. This book describes the next big technological wave coming at us.
August 7, 2026
the whole book is quite interesting .......the last chapter is much too idealistic and reads like a series of articles that would have been printed in Omni magazine back in the day. Would recommend this book.
March 9, 2026
So accessible, so wide-ranging in topics (from evolution and genomics to music, gaming technology and philosophy) and so very fascinating.
May 18, 2026
2.5 to 3.2.
Displaying 1 - 11 of 11 reviews