The idea

We can’t fully understand reality by standing outside it. Experience is part of the field itself, and any account of the world that leaves out the one experiencing it leaves out something fundamental.

Seeds is a short, poetic-scientific book that traces how structure, life, mind, consciousness and meaning emerge from the relationships and patterns running through the universe. It tries to return science to its roots as natural philosophy.

Twelve chapters

Each chapter is named with a single plain word. Together they run from the undivided whole, through matter and life, to mind and back to stillness.

1. 1

   Whole

   Undivided Reality

2. 2

   Seed

   The First Difference

3. 3

   Space

   Room to Unfold

4. 4

   Time

   Change, Measured

5. 5

   Field

   Everything Connected

6. 6

   Force

   Energy in Action

7. 7

   Form

   Matter Holding Shape

8. 8

   Scale

   Pattern at Every Size

9. 9

   Sense

   Matter Responding

10. 10

    Self

    Inside and Outside

11. 11

    Sentience

    Something It Is Like

12. 12

    Still

    Beyond Time, Returning

How a chapter moves

Every chapter passes through the same four thresholds, so that a reader who opens only one still gets the whole shape.

1. 1

   A front door

   The title and a single line: a question, an invitation or a paradox. Never a summary.

2. 2

   An opening image

   A short moment, seen or felt, with no explanation and no science. The idea arrives as an experience first.

3. 3

   The inquiry

   The body of the chapter: how people came to know what we know, told through their questions, doubts and mistakes, and honest about where knowledge stops.

4. 4

   A closing

   A return to experience that echoes the opening image and leaves one question open.

Opening and closing

The book has its own front door. It tells the reader three things: each seed stands alone, they can be read in any order, and the gaps are there on purpose.

A short prose poem follows, giving the book’s central idea as an image before any chapter explains it.

The closing returns to where the book began. The story of how it was made, a hundred days of speaking aloud, will find its way into the book as well.

How it’s written

• A network, not an argumentShort seeds, each readable on its own, that together form a larger arc.
• Gaps on purposeSome thoughts are left open. The unresolved spaces are room for the reader.
• Plain wordsPlain English on the surface. Technical and philosophical terms live inside the chapters, where they can be earned.
• A quiet “I”The author appears only now and then, as one observer at a particular place and time.

How strong is the evidence?

• Settled (50)Replicated, textbook or proven.
• Strong (32)Robust evidence; details still being refined.
• Moderate (23)Good evidence, but limited in size, replication or scope.
• Contested (24)Credible evidence on more than one side.
• Open (10)A live question without an answer yet.
• Foundational text (37)An argument or text, not an empirical claim.

By chapter

Open a chapter to read its entries.

The idea

We can’t fully understand reality by standing outside it. Experience is part of the field itself, and any account of the world that leaves out the one experiencing it leaves out something fundamental.

Seeds is a short, poetic-scientific book that traces how structure, life, mind, consciousness and meaning emerge from the relationships and patterns running through the universe. It tries to return science to its roots as natural philosophy.

Twelve chapters

Each chapter is named with a single plain word. Together they run from the undivided whole, through matter and life, to mind and back to stillness.

1. 1

   Whole

   Undivided Reality

2. 2

   Seed

   The First Difference

3. 3

   Space

   Room to Unfold

4. 4

   Time

   Change, Measured

5. 5

   Field

   Everything Connected

6. 6

   Force

   Energy in Action

7. 7

   Form

   Matter Holding Shape

8. 8

   Scale

   Pattern at Every Size

9. 9

   Sense

   Matter Responding

10. 10

    Self

    Inside and Outside

11. 11

    Sentience

    Something It Is Like

12. 12

    Still

    Beyond Time, Returning

How a chapter moves

Every chapter passes through the same four thresholds, so that a reader who opens only one still gets the whole shape.

1. 1

   A front door

   The title and a single line: a question, an invitation or a paradox. Never a summary.

2. 2

   An opening image

   A short moment, seen or felt, with no explanation and no science. The idea arrives as an experience first.

3. 3

   The inquiry

   The body of the chapter: how people came to know what we know, told through their questions, doubts and mistakes, and honest about where knowledge stops.

4. 4

   A closing

   A return to experience that echoes the opening image and leaves one question open.

Opening and closing

The book has its own front door. It tells the reader three things: each seed stands alone, they can be read in any order, and the gaps are there on purpose.

A short prose poem follows, giving the book’s central idea as an image before any chapter explains it.

The closing returns to where the book began. The story of how it was made, a hundred days of speaking aloud, will find its way into the book as well.

How it’s written

• A network, not an argumentShort seeds, each readable on its own, that together form a larger arc.
• Gaps on purposeSome thoughts are left open. The unresolved spaces are room for the reader.
• Plain wordsPlain English on the surface. Technical and philosophical terms live inside the chapters, where they can be earned.
• A quiet “I”The author appears only now and then, as one observer at a particular place and time.

The idea

We can’t fully understand reality by standing outside it. Experience is part of the field itself, and any account of the world that leaves out the one experiencing it leaves out something fundamental.

Seeds is a short, poetic-scientific book that traces how structure, life, mind, consciousness and meaning emerge from the relationships and patterns running through the universe. It tries to return science to its roots as natural philosophy, to the curiosity and questioning that came before the answers.

It’s written for anyone, whatever their background. The hope is simply to leave you more curious about the mystery than when you started. Information builds knowledge; wisdom leaves knowledge behind.

The principle it’s written by

The approach

• A network, not an argumentThe book is made of short “seeds”, each readable on its own, that together form a larger arc. You can start almost anywhere.
• Gaps on purposeSome thoughts are left open. The unresolved spaces are meant to be there, room for the reader rather than things to be filled.
• Plain wordsShort, plain English on the surface. The technical and philosophical terms live inside, where they can be earned.
• A quiet “I”I appear only now and then, as one observer at a particular place and time, never as memoir or commentary.

The process

Eleven stages from first recording to finished book. Five are done, and the sixth is under way.

1. 1

   Done

   A hundred days of speaking

   The book began as a spoken practice: around a hundred days of recording myself thinking aloud, about 106 recordings in all, then transcribed. They aren’t the book. They were how I found out what the book was.

2. 2

   Done

   Taking it apart, putting it back

   Reading the transcripts as a whole showed where ideas drifted, doubled up or went thin. I let go of the original structure entirely and rebuilt the shape of the book from what the material was actually doing.

3. 3

   Done

   Twelve chapters

   The book settled into twelve chapters, each named with a single plain word: Whole, Seed, Space, Time, Field, Force, Form, Scale, Sense, Self, Sentience, Still.

4. 4

   Done

   Building the evidence ledger

   Before writing the final text, I gathered the strongest scientific and philosophical evidence behind each chapter’s claims: 176 entries, chapter by chapter. The poetry has to stand on something real.

5. 5

   Done

   A first sketch

   Every chapter now exists in miniature: 184 single lines, one thought each, across all twelve.

6. 6

   Now

   Checking and deciding

   Verifying the research and settling the last questions of structure before the real writing starts.

7. 7

   Next

   Writing the chapters

   The long stretch. The story of how the book came to be will find its way into the book itself.

8. 8

   Later

   Opening and closing

   The short pieces that lead a reader into the book and back out of it.

9. 9

   Later

   Revising and naming

   Reading the whole book as one, and giving every section its title.

10. 10

    Later

    Early readers

    A small group reads it and tells me what they find.

11. 11

    Later

    Final edit, design and publication

    The last pass over every line, then the making of the book as an object.

Latest update

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Thoughts, questions, a seed of your own?

Chapter 1 of 12

Whole

Undivided Reality

1. Wonder comes first. Philosophy is what wonder does next.
2. Before it was science, it was natural philosophy: the love of knowing how things are.
3. To make nature measurable, we set the measurer aside.
4. Colour was sent indoors, into the mind. Shape and number were allowed to stay outside.
5. There are not two natures, one measured and one lived. There is one, met twice.
6. Every measurement has someone at the end of it.
7. The eye that sees the world is not in the picture it sees.
8. Two particles, far apart, can hold one state between them. Neither has its own story to tell.
9. Not everything is connected to everything. But some things cannot be pulled apart.
10. That the parts are inseparable is measured. What it means for the whole is still argued.
11. Forces that seemed many have turned out to be one. Gravity still stands apart.
12. Water is not wet in a single molecule.
13. Each new level of the world asks for new words.
14. From far enough away, the universe is almost perfectly even, to one part in a hundred thousand.
15. A flame, a river, a body: forms that last by letting everything pass through.
16. When do many things make one? No one agrees.
17. The name is not the source. The many come from what has no name.
18. One substance, many ways of being. The leaf is a way the world is.
19. Curiosity opens the mind wider than the question.

Chapter 2 of 12

Seed

The First Difference

1. Why is there something rather than nothing? Physics tells how things change, not why there is anything to change.
2. The universe was once hot, dense and small, some 13.8 billion years ago. What came before "once", no one knows.
3. The first light still falls on us, cooled to a faint warmth from every direction.
4. All that is large may have begun as a quantum tremble, stretched across the sky.
5. For every billion pairs of matter and antimatter, one grain of matter was left over. We are made of the remainder. Why it was left, no one knows.
6. As the young universe cooled, a field settled everywhere, and things took on weight.
7. Within three hundred million years, galaxies were already shining.
8. Information is a difference that matters to something.
9. A bit measures surprise, not meaning.
10. Does reality arise from the questions asked of it?
11. Perhaps there are no things, only becomings that hold their shape awhile.
12. Pour cream into coffee: simple, then swirling, then simple again. The universe may be the swirl.
13. Disorder only climbs. Complexity climbs, then falls.
14. A complex thing found in many copies carries a history of being chosen.
15. Experience may be in the seed from the start. Or it may come only with the flower.

Chapter 3 of 12

Space

Room to Unfold

1. We live in space before we measure it: corners, drawers, nests.
2. The view from nowhere is still seen from somewhere.
3. Before we measured space, the brain was already mapping it, in a lattice of hexagons.
4. Whether space is flat is not for logic to decide. Only looking can.
5. Space is not a stage. It bends, and it can ring.
6. Two black holes merged a billion years ago. We heard space shiver.
7. We have seen the shadow where space folds in on itself.
8. Mass curves space, and light follows the curve.
9. There is no hidden medium. Light needs nothing to travel through.
10. Distance and duration depend on how you move. Space and time are one cloth.
11. As far as we can measure, space is flat. Flat is not the same as endless.
12. We do not agree how fast space is growing. The disagreement may be an error, or a door.
13. Some things change only in whole steps, because shape counts in whole numbers.
14. Is space a thing, or only the order between things? Still asked.

Chapter 4 of 12

Time

Change, Measured

1. We know what time is until we try to say it.
2. The present is not a knife-edge. It holds the just-gone and the about-to-come.
3. Clock time is counted. Lived time is endured.
4. In a fall, time does not slow. Memory stretches it afterwards.
5. The brain has no single clock. We feel time partly through the body's own pulse.
6. Every cell keeps a clock.
7. The body's day runs a little longer than the world's. Morning light sets it right.
8. Your head ages faster than your feet.
9. The satellites that tell you where you are must correct for time every day, or lose the world by kilometres.
10. The laws run both ways. Time does not.
11. Time's arrow may point away from an ordered beginning. Why the beginning was ordered, no one can say.
12. The Earth is four and a half billion years old. Deep time is deeper than any feeling for it.
13. Time can be told as flowing, or as a fixed order of earlier and later. Both tellings are still alive.
14. There may be no single now across the universe.

Chapter 5 of 12

Field

Everything Connected

1. The field was a picture before it was an equation. One man saw lines where others saw nothing.
2. A field is a value at every point: a warmth, a wind, a curve.
3. Light is a wave in a field. Fields carry energy across empty space.
4. Perhaps there are no particles, only fields that ripple.
5. A thing may be what it is only to something else.
6. Our most precise theory agrees with the world to a part in a trillion.
7. A hint of new physics has faded. The story is quieter now, not finished.
8. Empty space is not empty. Two plates in a vacuum are pressed together. What does the pressing is still argued.
9. Most of what holds a galaxy together cannot be seen.
10. We have searched for it deep underground and found only where it is not.
11. Some of reality may be known only by what it does.
12. The universe's expansion is speeding up. We call the cause dark energy, which is a name for not knowing.
13. Dark energy may be changing. The evidence leans, but has not yet fallen.
14. A few shortcuts make a large world small.

Chapter 6 of 12

Force

Energy in Action

1. We never see a force. We see one thing follow another.
2. Each thing strives to go on being itself. The old word is conatus.
3. Energy began as an argument about what a moving body carries.
4. One law for the falling apple and the turning Moon, and its author would not guess what gravity was.
5. Every push and pull in nature comes from four interactions.
6. Symmetry asks; force answers.
7. What stays the same through time is kept. That keeping is energy.
8. Gravity is not a pull sent across space. It is the shape of space, and its changes travel at the speed of light.
9. Newton's law still holds at the width of a hair.
10. The force we feel most is the one we measure least well.
11. Forgetting costs energy. Information is physical.
12. The tidy forces of the textbook may be useful fictions.

Chapter 7 of 12

Form

Matter Holding Shape

1. Every thing is matter given shape.
2. The oldest dream of matter was made of triangles.
3. The iron in blood and the carbon in wood were made in stars.
4. Matter holds its shape because no two electrons can stand in the same place in the same way.
5. Atoms hold together by sharing.
6. There are exactly 230 ways for a crystal to repeat itself.
7. Order need not repeat.
8. Order grows where energy flows through.
9. Two chemicals, spreading at different speeds, can draw stripes, spots and fingers.
10. A protein's shape is written in its sequence. Mostly.
11. We now build forms that are mostly room, and fill the room with water drawn from desert air.
12. Replace eve