Reading List · Mathematics & Science
Ten shelves of ten, read in order, from counting to consciousness.
Ten rows, ten shelves · tap a cover to jump to it · the spine route
Oxford University Press has been publishing the Very Short Introductions since 1995. There are more than eight hundred of them now, they are all the same size, they all run to roughly 150 pages, and they are all written by someone who actually works on the subject. The series has a Fields medalist explaining what mathematics is, the man who built Babbage's engine explaining computers, and the physicist who has explained CERN to the public for forty years explaining the vacuum. No other series on earth has that bench.
That is also the problem with it. Eight hundred small identical books are a wall, not a shelf. Most lists of the “best” Very Short Introductions are really lists of the ones that sold, and a bestseller list is the opposite of a reading order. What I wanted was something narrower and stranger: one hundred of them, chosen from the mathematics and natural science titles alone, that fit together. Not the hundred best books, but the hundred that add up to one education.
So here is the rule I set myself. Ten shelves. Ten books on each. The shelves run in an order, from the counting numbers to the question of what science even is, and the books on each shelf run in an order too. Every book on the list is paired with one other book on the list, the one it should be read beside, so the whole thing is a web and not a pile. Each shelf opens with the book that defines its subject. And if a hundred is too many, there is a ten-book spine down the middle, one book per shelf, that is the shortest honest path through the lot.
A few things were ruled out on purpose. No medicine and no psychology, except where the subject is the physical brain itself. No biographies except the four or five whose subjects changed what science is. No titles outside the series, however good, so Hardy and the rest of the short-book canon live elsewhere on this site. Where a title has a newer edition, I mean the newest one. And I have tried to be honest about age: the oldest book here is from 2000 and the newest from 2025, and when one of them has been overtaken by events I say so.
The whole stack is about fifteen thousand pages. At a book a week, two years. At a shelf a season, two and a half. It is the only complete science education I know of that fits in one drawer.
The shortest path
If you only read ten, read these ten, in this order. Each one is the book on its shelf that the other nine lean on. Together they run from what a number is to what a theory is, with nothing left out that a curious adult needs.
Shelf I · 10 books
Counting to curvature
The first shelf is pure mathematics, and it starts with the only question that matters: what is the subject about? Gowers answers it in the first book, and the next nine take his answer, that mathematics is the study of what follows from definitions, and apply it to numbers, equations, shapes, limits, and the infinite.

I.1· Spine 01
Timothy Gowers · 2002 · No. 066

I.2
Peter M. Higgins · 2011 · No. 260

I.3
Peter M. Higgins · 2015 · No. 447

I.4
Robin Wilson · 2020 · No. 636

I.5
Maciej Dunajski · 2022 · No. 695

I.6
Glen Van Brummelen · 2020 · No. 626

I.7
Richard Earl · 2019 · No. 622

I.8
Richard Earl · 2023 · No. 734

I.9
Ian Stewart · 2017 · No. 519

I.10
Ian Stewart · 2013 · No. 353
Shelf II · 10 books
What follows, what is likely, what repeats
The second shelf is mathematics meeting the world: probability and statistics, measurement, counting, the limits of proof, and the two branches, chaos and fractals, where simple rules produce things no one expected. It closes with the history of the subject, which reads differently once you know some of it.

II.1· Spine 02
John Haigh · 2012 · No. 310

II.2
David J. Hand · 2008 · No. 196

II.3
David J. Hand · 2016 · No. 500

II.4
Robin Wilson · 2016 · No. 474

II.5
Graham Priest · 2000 · No. 029

II.6
A. W. Moore · 2022 · No. 718

II.7
Lenny Smith · 2007 · No. 159

II.8
Kenneth Falconer · 2013 · No. 367

II.9
Alain Goriely · 2018 · No. 555

II.10
Jacqueline Stedall · 2012 · No. 305
Shelf III · 10 books
Machines, messages, and decisions
A shelf for the mathematics that became a technology. What a computer is and how it came to be, how secrets are kept, what information is, how networks and complex systems behave, and the three places, games, risk and markets, where mathematics is asked to decide something.

III.1
Subrata Dasgupta · 2016 · No. 466

III.2
Doron Swade · 2022 · No. 714

III.3
Fred Piper, Sean Murphy · 2002 · No. 068

III.4· Spine 03
Luciano Floridi · 2010 · No. 225

III.5
Guido Caldarelli, Michele Catanzaro · 2012 · No. 335

III.6
John H. Holland · 2014 · No. 392

III.7
Margaret A. Boden · 2018 · No. 575

III.8
Ken Binmore · 2007 · No. 173

III.9
Baruch Fischhoff, John Kadvany · 2011 · No. 270

III.10
Mark H. A. Davis · 2019 · No. 592
Shelf IV · 10 books
Physics from the very fast to the very small
Physics proper. The shelf opens with a book on what physics is, moves through relativity and quantum theory, descends into the particle and the nucleus, and then takes on the three ideas, the vacuum, entropy and time, that every physicist spends a career not quite getting over.

IV.1
Sidney Perkowitz · 2019 · No. 606

IV.2
Russell Stannard · 2008 · No. 190

IV.3· Spine 04
John Polkinghorne · 2002 · No. 069

IV.4
Frank Close · 2004 · No. 109

IV.5
Frank Close · 2015 · No. 438

IV.6
Frank Close · 2009 · No. 205

IV.7
Peter Atkins · 2010 · No. 226

IV.8
James Binney · 2025 · No. 779

IV.9
Timothy Clifton · 2017 · No. 512

IV.10
Jenann Ismael · 2021 · No. 684
Shelf V · 10 books
Physics you can touch
The laws again, but applied to stuff. Light, sound and the single idea of a wave that unites them; magnetism and its strangest consequence; and then matter itself, hard, soft, flowing and nanoscale. This is the physics most people never meet, and the physics most things are made of.

V.1· Spine 05
Ian A. Walmsley · 2015 · No. 446

V.2
Mike Goldsmith · 2016 · No. 451

V.3
Mike Goldsmith · 2018 · No. 590

V.4
Stephen J. Blundell · 2012 · No. 317

V.5
Stephen J. Blundell · 2009 · No. 204

V.6
Geoff Cottrell · 2019 · No. 599

V.7
Ross McKenzie · 2023 · No. 722

V.8
Tom McLeish · 2020 · No. 652

V.9
Eric Lauga · 2022 · No. 708

V.10
Philip Moriarty · 2022 · No. 723
Shelf VI · 10 books
Chemistry, the central science
Chemistry has always suffered from sitting between physics and biology, and this shelf is built to show why it is the bridge rather than the gap. Atkins opens and Brock closes; between them the table, the elements, the molecules, the crystals, the materials and, on its own, water.

VI.1
Peter Atkins · 2015 · No. 417

VI.2· Spine 06
Eric R. Scerri · 2011 · No. 289

VI.3
Philip Ball · 2004 · No. 104

VI.4
Philip Ball · 2003 · No. 101

VI.5
Peter Atkins · 2014 · No. 385

VI.6
Graham Patrick · 2017 · No. 520

VI.7
A. M. Glazer · 2016 · No. 469

VI.8
Christopher Hall · 2014 · No. 405

VI.9
John Finney · 2015 · No. 440

VI.10
William H. Brock · 2016 · No. 456
Shelf VII · 10 books
The universe, outward from the Big Bang
The shelf runs from the largest scale to the nearest: the universe, then the physics that runs it, then black holes, galaxies, stars, our own star, the planets and moons, other planetary systems, and the question of whether anything out there is alive.

VII.1· Spine 07
Peter Coles · 2001 · No. 051

VII.2
James Binney · 2016 · No. 470

VII.3
Katherine Blundell · 2016 · No. 453

VII.4
John Gribbin · 2008 · No. 182

VII.5
Andrew King · 2012 · No. 322

VII.6
Philip Judge · 2020 · No. 638

VII.7
David A. Rothery · 2010 · No. 254

VII.8
David Rothery · 2016 · No. 450

VII.9
Raymond T. Pierrehumbert · 2021 · No. 693

VII.10
David C. Catling · 2013 · No. 370
Shelf VIII · 10 books
One planet, inside out
The one planet we can study from inside. The shelf descends from the whole Earth to its rocks and plates and volcanoes, climbs back out through the air and the weather and the sea, and ends with climate, the subject on which the rest of the shelf is brought to bear.

VIII.1· Spine 08
Martin Redfern · 2003 · No. 090

VIII.2
Jan Zalasiewicz · 2018 · No. 574

VIII.3
Peter Molnar · 2015 · No. 425

VIII.4
Michael J. Branney, Jan Zalasiewicz · 2020 · No. 660

VIII.5
Tim Lenton · 2016 · No. 464

VIII.6
Paul Palmer · 2017 · No. 518

VIII.7
Storm Dunlop · 2017 · No. 506

VIII.8
Dorrik Stow · 2017 · No. 529

VIII.9
David George Bowers, Emyr Martyn Roberts · 2019 · No. 621

VIII.10
Mark Maslin · 2013 · No. 358
Shelf IX · 10 books
From the cell to consciousness
Biology, built in one direction: the theory that explains all of it, the history of it, then the cell, the gene, the embryo and the virus, then the ecosystem and the mathematics that describes it, and finally the brain and the thing the brain does that no one can explain.

IX.1· Spine 09
Brian Charlesworth, Deborah Charlesworth · 2003 · No. 100

IX.2
Michael J. Benton · 2008 · No. 193

IX.3
Terence Allen, Graham Cowling · 2011 · No. 285

IX.4
Jonathan Slack · 2014 · No. 399

IX.5
Lewis Wolpert · 2011 · No. 280

IX.6
Dorothy H. Crawford · 2011 · No. 276

IX.7
Jaboury Ghazoul · 2020 · No. 649

IX.8
Philip K. Maini · 2025 · No. 787

IX.9
Michael O'Shea · 2005 · No. 144

IX.10
Susan Blackmore · 2005 · No. 121
Shelf X · 10 books
History, philosophy, and the people who changed the rules
The last shelf steps back. What a scientific theory is and what makes one better than another; how science happened, in physics, in astronomy, and in the century that invented it; five people who changed what counts as knowing; and a closing book on what science is by what it isn't.

X.1· Spine 10
Samir Okasha · 2002 · No. 067

X.2
Lawrence M. Principe · 2011 · No. 266

X.3
J. L. Heilbron · 2018 · No. 549

X.4
Michael Hoskin · 2003 · No. 088

X.5
Owen Gingerich · 2016 · No. 487

X.6
Stillman Drake · 2001 · No. 044

X.7
Rob Iliffe · 2007 · No. 158

X.8
Jonathan Howard · 2001 · No. 035

X.9
J. L. Heilbron · 2020 · No. 627

X.10
Michael D. Gordin · 2023 · No. 732
Do not start at the top unless you want to. The shelves run in a sensible order, but every shelf is self-contained and every book on it is a real front door. A reader who cares about the sky should begin on the cosmos shelf and work backwards; the physics will make more sense once you have wanted it.
Use the pairs. Each entry names one other book on the list, and the pairs were the hardest part of the job. Symmetry next to Crystallography, Entropy next to Time, Tides next to Gravity: the second book in each pair is where the first one's ideas turn out to be true about the world. Reading in pairs roughly doubles what each book teaches.
And keep the spine in your pocket. Ten books, fifteen hundred pages, one per shelf. If someone you know wants to understand science but does not know where to begin, hand them Gowers and tell them there are nine more waiting. That is how I would have liked to be started.
100 titles · all in print from Oxford University Press
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