The Open World: 102. The Quiet House

The rain began before breakfast.

It came steadily from the west, moving across the valley and settling over the orchard. The innkeeper opened the shutters, looked at the garden, and decided that nobody would be walking to the ridge that morning.

Rowan was already at the table.

He had brought the damaged linen from the storehouse and was trying to mend it.

“You have made the hole smaller,” Nell said.

“I have.”

“And the cloth?”

“Still has a hole.”

“Then perhaps you should have left it alone.”

Rowan held it up.

“It is now a smaller hole.”

The innkeeper put a plate of bread between them.

They ate while the rain continued.

Ewan had sent word that he would not be coming down. The path to the ridge was slippery, and he had enough wood for the day.

Tara arrived shortly afterwards, carrying a covered basket.

“I thought you might be here.”

She took off her wet cloak and sat beside the fire.

The basket contained honey, a small jar of beeswax, and several pieces of bread.

“From the garden?” Nell asked.

“From the hives.”

“Are the bees still working?”

“Not much. There are a few flowers left, but the weather has changed.”

She put the honey on the table.

Rowan looked at the jar of beeswax.

“What do you use that for?”

“Candles. Sometimes I mend things with it.”

He looked at the linen.

“Could you mend this?”

Tara examined the cloth.

“Not with wax.”

Rowan folded it.

“Then I shall have to learn something else.”

The rain grew heavier. They could hear it on the roof, and the fire made a small sound whenever a log shifted.

Nell went to the window.

The garden had disappeared behind the rain. Beyond it, the orchard was a blurred line of trees.

“I wonder what the wood looks like,” she said.

“Wet,” Rowan replied.

Tara smiled.

“Very wet.”

They stayed indoors.

The innkeeper brought out a box of old games. One had missing pieces, another had a board that had been repaired with a strip of wood. They played the second game, which required no pieces at all.

Rowan won.

“I think the rules are wrong,” Nell said.

“They were written before I arrived.”

“That is no excuse.”

The innkeeper put the game away.

By midday, the rain had softened.

Tara looked out at the garden.

“The water will have reached the basin in the wood.”

“Will the flowers survive?” Nell asked.

“They always do.”

“Even in winter?”

“Especially in winter.”

The rain stopped shortly afterwards.

They went outside, but nobody suggested walking to the ridge. The garden was full of water, and the path beneath the orchard trees had become a narrow stream.

Rowan carried the basket back inside.

The innkeeper stood at the door, looking towards the valley.

“Perhaps tomorrow,” she said.

“Perhaps,” Nell replied.

They returned to the table.

The book of borrowed things was still there, but nobody opened it.

The linen lay beside Rowan’s basket. The jar of honey stood near the fire.

Outside, the rainwater moved slowly through the garden, finding its way between the stones.

The afternoon passed.

Nobody went to the ridge.

Nobody needed to.

The Open World: 101. The Things That Remained

Rowan returned to the storehouse three days later with a loaf of bread, a small jar of honey, and the book.

He had decided that the new column required further investigation.

“What sort of investigation?” Nell asked.

“Things that have found their way home.”

“Do you know of any?”

“Not yet. That is why I am investigating.”

The innkeeper gave him a basket of old linen.

“Your aunt’s?” Rowan asked.

“No. These came from the storehouse. I found them in the cupboard beneath the stairs.”

They spread the linen on the long table. Some pieces were worn, others had been folded so carefully that their creases remained. One had a small blue border.

Nell recognised it.

“Wasn’t this at the ridge house?”

“Possibly,” said the innkeeper. “There were several pieces like it.”

Rowan examined the border.

“Do you want it back?”

“I don’t know where it belongs.”

“That is a problem.”

“It is not a very serious one.”

Rowan put the linen aside.

They went through the remaining pieces. There were two small tablecloths, a length of curtain, and a square of cloth with a hole in the middle. The innkeeper remembered the curtain from the old storehouse, but nobody knew where the tablecloths had come from.

Nell folded the square with the hole.

“What would you do with this?”

“Patch something,” Rowan said.

“Could it be used as a cloth?”

“Not without making the hole larger.”

The innkeeper laughed.

They carried the linen to the ridge house. Ewan was in the garden, gathering fallen branches beneath the apple trees. He came to the door when he saw them.

The blue-bordered cloth belonged to his aunt.

He remembered it on the table in the old house, and then at gatherings in the storehouse. The other pieces were less familiar.

“Perhaps they were hers too,” he said. “She had a great deal of linen.”

Rowan looked at the basket.

“Would you like it?”

Ewan considered this.

“The blue one, certainly. The others could stay at the storehouse.”

“Then that is what we shall do.”

They left the linen with him and went down to the storehouse.

The innkeeper took the two tablecloths to the cupboard. Rowan put the damaged square in his basket.

“What is that for?” Nell asked.

“Something may need patching.”

“Something always needs patching.”

“Then it will be useful.”

Before they left, Ewan came down the path carrying a small wooden box.

He had found it in the garden shed.

Inside were three buttons, a length of blue thread, and a little brass hook.

“Do these belong to the linen?” Nell asked.

“I don’t know,” Ewan said. “But they were kept together.”

Rowan opened the book.

He wrote:

Blue-bordered cloth: returned to the ridge house.

Two tablecloths: retained at storehouse.

Damaged linen: taken for mending.

Then he added the buttons, thread, and hook.

Found together in garden shed. Destination undecided.

Nell watched him close the book.

“Does everything need a destination?”

“No,” Rowan said. “But it helps to know where things are.”

They walked back to the inn.

The afternoon had grown warm. The road was quiet, and the trees along the valley had begun to turn their leaves.

At the door, Rowan set down his basket.

The damaged linen lay beneath the loaf.

He took it out and looked at the hole.

“I think I know what to do with this.”

“What?” Nell asked.

“Nothing yet.”

He carried it inside.

The book remained on the table, open to the new column.

The buttons, thread, and hook had no destination.

For the moment, that was where they belonged.

The Open World: 100. The Book of Borrowed Things

Rowan began the new book on a Monday.

He ruled three columns on the first page: Taken, Returned, and Remarks.

The innkeeper examined it.

"What are the remarks for?"

"Anything that doesn't fit in the other columns."

"That seems a generous arrangement."

"It may prove necessary."

Nell was sitting at the kitchen table, drawing the little storehouse. She had been there the previous afternoon with the innkeeper, who had shown her where the tools were kept and which shelves needed repairing.

"Who is allowed to borrow things?" she asked.

"Anyone who needs them," the innkeeper said.

Rowan looked up.

"That is not a very useful rule."

"It's worked for years."

"Then perhaps the book is unnecessary."

The innkeeper smiled.

"Perhaps."

Before Rowan could reply, someone knocked at the kitchen door.

A young woman stood outside, carrying a folded cloth and a wooden spoon.

"I've come to return these."

Rowan opened his book.

"Your name?"

"Isobel."

He wrote it down.

"Where did you borrow them?"

"From the storehouse."

"Who gave them to you?"

She thought for a moment.

"I don't remember."

Rowan put down his pen.

"Then we have a problem."

Isobel looked at the book.

"I was given them when I came to help at the harvest supper. The cloth was used for the tables. The spoon was for stirring the pot."

"How long ago?"

"Two years."

Rowan considered this.

"That is a very long loan."

"It was a very large supper."

The innkeeper laughed.

Isobel placed the spoon on the table.

"I brought the cloth back because I found it in a cupboard. I thought someone might need it."

Rowan examined it.

"It looks perfectly sound."

"It is."

He wrote returned in the second column.

Then he paused.

"What about the spoon?"

"I don't know where it came from."

Rowan looked at the spoon again.

It was a broad wooden spoon, darkened by years of use. The handle had been repaired with a small piece of copper wire.

Nell picked it up.

"I've seen this before."

"Where?" Rowan asked.

"In the kitchen at the house on the ridge."

The innkeeper looked towards the door.

"Ewan's house?"

"I think so."

Isobel shook her head.

"I've never been there."

Rowan took the spoon from Nell and turned it over.

There was a small mark beneath the handle, almost worn away.

The innkeeper recognised it.

"That belonged to the old storehouse."

"Then why was it at the ridge house?" Nell asked.

He shrugged.

"Perhaps someone took it there."

Rowan opened the book again.

"Taken by whom?"

No one knew.

He wrote unknown in the first column.

Then, after some thought, he added a remark.

Returned by Isobel. Spoon requires further investigation.

Isobel looked at the entry.

"Does it?"

"Apparently."

She smiled.

"Well, if you find out, let me know."

After she left, Nell took the spoon outside.

The garden was quiet. She sat on the bench beneath the wall and examined the mark.

It reminded her of a little drawing she had seen in Ewan's book: a simple shape, like a leaf with a line through it.

She returned to the kitchen.

"I think we should take it to the ridge."

Rowan closed his book.

"Why?"

"Because it might belong there."

"Or it might not."

"Then we'll find out."

Rowan looked at the spoon.

"Very well. But I shall need the book."

The next morning, they walked to Ewan's house.

He was sitting at the table when they arrived, reading a letter. Nell showed him the spoon.

He took it carefully.

"Ah."

"Do you know it?"

"I do."

He turned it over and examined the mark.

"My aunt used to keep this at the house. She gave it to the storehouse when they began using it for gatherings."

"How did it get back here?"

Ewan smiled.

"Perhaps someone brought it back."

Rowan opened his book.

"Who?"

Ewan looked at him.

"I don't know."

Rowan sighed.

"That seems to be the answer to everything."

"Not everything," Ewan said. "We know where it belongs."

He placed the spoon on the table.

"Would you like to keep it here?"

Nell looked at the kitchen, the shelf, and the little book beside the window.

"Perhaps it could be used."

Ewan nodded.

"That would be better than keeping it in a drawer."

Rowan wrote another entry.

Returned to ridge house. To be used.

He closed the book.

On their way back, Nell asked whether the spoon had ever belonged to the old garden.

Ewan thought for a moment.

"Perhaps. My aunt used to take meals there."

"Do you remember?"

"I remember her carrying things. I don't remember which things."

The path descended towards the wood.

At the edge of the orchard, Rowan stopped.

"I have decided something."

Nell looked at him.

"The book will need another column."

"What for?"

"Things that have found their way home."

Nell smiled.

"That sounds useful."

Rowan opened the book and began to write.

The first entry was the spoon.

The Open World: 99. The Visitor on the Ridge

Ewan came to the White Heron on a Thursday.

Nell was in the garden, helping the innkeeper gather herbs, when she saw him standing beside the gate. He had brought a small wooden box, which he held under one arm.

The innkeeper looked up.

"Ewan. You haven't been down here for some time."

"No," Ewan said. "But I thought I should come."

He placed the box on the garden table.

Inside were several small books, a folded piece of cloth, and a handful of old keys.

Nell recognised the house on the ridge from the drawing she had seen.

"Have you brought these from the house?"

"Some of them."

The innkeeper took one of the keys.

"I remember this."

"Do you?"

"It belonged to the old storehouse."

Ewan nodded.

"It still does."

Nell looked from one man to the other.

"Is there a storehouse?"

"There was," the innkeeper said.

"Is there now?"

Ewan smiled.

"That depends what you mean by a storehouse."

Rowan appeared from the kitchen carrying a tray of tea.

"If it contains provisions," he said, "I understand the meaning perfectly."

Ewan sat down.

He explained that the house on the ridge had once been used by several people who lived in the valley. They kept tools there, along with seed, baskets, and things that might be needed during the year. It had not belonged to any one person, though his aunt had looked after it for a long time.

"Why did they stop using it?" Nell asked.

"Some of them moved away. Others found it easier to keep things at home. Eventually there was no one who needed the house."

"What happened to the things inside?"

"Most were taken away. Some were left."

He opened the box and showed them a small book.

It contained a list of names, followed by short notes about things borrowed or returned. The entries were irregular. Some were written in different hands, and several pages were missing.

Nell turned a page.

There was a name she recognised.

Tara.

Beside it was a note about a basket of honey jars.

Rowan leaned forward.

"How many?"

"Three," Ewan said.

"Returned?"

"Two."

Rowan looked thoughtful.

"That sounds familiar."

The innkeeper laughed.

Nell continued reading. There were entries for tools, seed, a lantern, a cooking pot, and a length of rope. Some had been returned years later. Others had no further note.

"Do people still borrow things from the house?" she asked.

"Not from the house," Ewan said. "But from one another."

He closed the book.

"I thought it might be useful to bring these down. The inn has become a place where people meet. Perhaps the books belong here."

The innkeeper looked at the box.

"Perhaps."

They carried it inside and placed it on a shelf beside the kitchen door.

Rowan examined the keys.

"Do any of these open the house?"

"One does."

"And the others?"

Ewan considered them.

"I don't know."

Rowan seemed satisfied with this answer.

"Then we shall have to keep them."

That afternoon, Nell walked with Ewan towards the ridge.

They took the road rather than the path through the wood. Ewan wanted to visit the village before returning home, and Nell had offered to accompany him.

At the crossroads, they met Tara carrying a basket.

She greeted Ewan warmly.

"You've been to the inn."

"I have."

"Did you bring the books?"

"Yes."

Tara nodded.

"I wondered where they had gone."

They continued together.

At the foot of the ridge, Ewan stopped beside a low wall. It was not the old garden wall, but one that bordered a field. Beyond it stood a small building with a wooden door.

Nell looked at him.

"Is that the storehouse?"

"It is."

The building was weathered, but its roof remained sound. Ewan unlocked the door.

Inside were shelves, a workbench, and several empty crates. A few tools hung from pegs. There was a small window, and beneath it a table with a book lying open.

Tara went to the shelves.

"Someone has been here."

Ewan nodded.

"Recently."

Nell looked at the book.

It contained a list of things kept in the storehouse. The entries were newer than those in the box, and the handwriting was familiar.

The innkeeper's.

She smiled.

"You're still keeping the records."

"Someone has to."

Ewan stood by the door.

"I thought the house on the ridge had become unnecessary. But perhaps it was only the wrong place for the things people needed."

Tara looked around.

"Perhaps."

Rowan, who had arrived with a basket of bread, set it on the workbench.

"Well," he said, "this place seems perfectly useful."

They stayed for a while, talking about what might be kept there. Tara suggested jars and baskets. Ewan mentioned tools. Nell thought of the little book and the names written inside it.

No one decided anything.

When they left, Ewan locked the door and put the key in his pocket.

The sun was low over the valley.

On the way back, Nell looked towards the ridge, where the house stood among the trees.

She had thought of it as a place belonging to Ewan.

Now she wondered whether it had belonged to the valley all along.

And whether a place could become useful again without becoming what it had once been.

At the White Heron, Rowan put the bread away.

"Next time," he said, "we should bring a proper list."

The innkeeper smiled.

"We have one."

Rowan looked at the shelf beside the kitchen door.

"Then we should bring the book."

The Open World: 98. The House on the Ridge

Rowan had been promised a dry path.

Tara had said there was one, and Nell had agreed that they should visit the wood again before the weather changed. The morning was clear, the ground beneath the orchard trees had begun to firm, and Rowan had brought a basket containing bread, cheese, and two apples.

"What exactly are we looking for?" he asked.

"A house," Nell said.

"That sounds straightforward."

"It might not be there."

Rowan stopped.

"Then why are we looking for it?"

Nell laughed.

Tara had told them about a small house on the ridge above the wood. She had never been inside it, but she remembered seeing its roof through the trees when she was young. It stood somewhere beyond the old garden, on ground that remained dry even after heavy rain.

They entered the wood by the familiar path and followed it past the beech tree. The stream was lower now. At the basin, the water had receded, leaving a dark line around the stones.

Nell stopped to look at the little white flowers.

"They're still there."

"Good," Rowan said. "That means we haven't lost them."

They continued uphill.

The path became stony and narrow, then turned between two large oaks. Beyond them, the trees grew thinner. The ground rose towards a ridge where the sunlight reached the leaves.

At the top, they found a house.

It was small, built of grey stone, with a low roof and a door that faced the wood. One window looked towards the valley. The other was partly hidden by a climbing plant that had grown across the wall.

Nell stood quite still.

The house was not abandoned, exactly. Someone had swept the doorstep. A stack of firewood stood beneath the eaves, and a small clay pot rested beside the door.

Rowan looked at the woodpile.

"Someone lives here."

Before Nell could answer, the door opened.

An elderly man stood in the doorway. He wore a brown coat and held a walking stick, though he seemed perfectly steady on his feet.

"Good morning," he said.

"Good morning," Nell replied. "We were told there was a house here."

"There is."

"We didn't know whether anyone lived in it."

The man looked at Rowan's basket.

"You're welcome to sit down."

Inside, the house was simple. A table stood beneath the window, with two chairs and a bench. There was a small hearth, a shelf of books, and a bowl of apples.

The man introduced himself as Ewan.

He had lived on the ridge for many years, though not continuously. He had once worked in the village, then spent some time elsewhere, and eventually returned.

"Why here?" Nell asked.

Ewan looked towards the window.

"Because I know the place."

Rowan placed the basket on the table.

"Do you know the wood?"

"Some of it."

"Is there a dry path?"

Ewan smiled.

"Most of the ridge is dry."

Rowan looked relieved.

They ate bread and cheese at the table. Ewan poured tea from a pot that had been warming beside the hearth. Nell asked about the house, and he told her that it had belonged to his aunt.

"She kept a garden here," he said. "Not a large one. There were herbs, a few vegetables, and flowers beside the wall."

"Was it the old garden?" Nell asked.

"No. That one is further down."

He pointed towards the window.

From the ridge, the wood seemed different. The trees formed a broad canopy, interrupted by clearings and patches of sunlight. The orchard lay beyond them, and the valley opened towards the village.

Ewan had a small drawing on the wall. It showed the house as it had been many years earlier, with a garden beside it and a path leading down towards the wood.

Nell looked closely.

"Did you draw this?"

"No. My aunt did."

"Do you know where the path goes?"

"Not all the way."

Ewan took the drawing down and placed it on the table.

"There are paths that have disappeared. Others that have become something else."

Rowan finished his tea.

"That happens to roads, too."

"It does," Ewan said.

They stayed a little longer. Before leaving, Nell asked whether they might visit again.

"Of course," Ewan replied. "The house isn't going anywhere."

Outside, Rowan looked towards the valley.

"That was a pleasant expedition."

Nell smiled.

"And dry."

"Yes. I shall remember that."

They began the descent, taking a path that passed behind the house and followed the ridge before turning towards the orchard.

Nell looked back once.

The house stood among the trees, its window catching the afternoon light.

She wondered whether the garden had ever been as large as the drawing suggested.

Then the path turned, and the house disappeared from view.

Rowan adjusted his basket.

"Next time," he said, "we should bring more cheese."

And they walked on.

The Open World: 97. The Place Where the Water Gathered

It rained for three days.

Not heavily, but steadily, as though the clouds had made a quiet agreement with the valley and intended to keep it. The orchard paths became soft beneath the trees, the stream rose over its usual stones, and the road to the village acquired several puddles that Rowan considered unnecessarily deep.

On the fourth morning, the rain stopped.

Nell was looking out of the inn's kitchen window when she saw Tara crossing the yard. She carried a covered basket and wore a broad-brimmed hat, though the sky was clear.

"She's come for her jar," Rowan said.

"How do you know?"

"Because I returned it empty."

Tara came into the kitchen and set the basket on the table.

"I've brought something."

Rowan glanced at it.

"Is it honey?"

"No."

He looked mildly disappointed.

"It's a plant," she said.

"That is less encouraging."

Nell lifted the cloth. Inside lay a small plant with rounded leaves and a few delicate white flowers. Its roots were wrapped in damp moss.

"Where did you find it?"

"Near the water in the wood. I thought you might like to see it."

Tara explained that the plant grew in a hollow beyond the old garden, where rainwater gathered among the stones. She had noticed it several years before, but this was the first time she had seen it flower.

"Is it rare?" Nell asked.

"Not that I know. It simply grows there."

"Could we go and see?"

Tara smiled.

"I thought you might ask."

They set out after breakfast. Rowan came too, carrying bread and a small flask of tea. He said he had no particular interest in plants, but someone ought to make sure the others ate something.

The path Tara chose entered the wood from the far side of the orchard. It was narrow and crossed the slope between stands of oak and hazel. Rainwater ran in little channels beside it, joining and separating as the ground dipped and rose.

They passed the clearing where Nell and Rowan had found the old wall. From this side, the stones were almost hidden by leaves.

"Is this the garden?" Nell asked.

"Part of it," Tara replied. "The hollow is further on."

They continued until the ground began to descend. The trees opened around a shallow basin, enclosed on three sides by rock and roots. Water had collected there, clear enough to show the pale stones beneath it. Small plants grew along the edges, their leaves shining in the damp light.

The place was quiet, but not still. Water trickled down from the higher ground, gathering in the basin before finding a narrow outlet between two stones.

Nell stood at the edge.

"It looks like a little lake."

"It won't last," Tara said. "Not after the rain stops."

"Does it fill every year?"

"Some years. Not always in the same way."

Tara showed them where the white-flowered plant grew. Several more were scattered along the damp bank, and a few had taken root in the cracks between stones.

Nell knelt to look closely.

"Why do you think they grow here?"

"Because the water stays long enough," Tara said. "And because the ground suits them."

Rowan sat on a fallen trunk and opened his bag.

"That seems a reasonable arrangement."

Nell smiled, but she was watching the water move through the narrow outlet. It passed beneath a tangle of roots and emerged on the other side, where it ran down the slope towards the stream.

"Does it always go that way?"

"Not always," Tara said. "The water finds different routes when the ground is full."

They followed the little channel for a short distance. It wound between stones and disappeared beneath a thick patch of fern. Beyond that, the ground levelled, and the trees stood farther apart.

There was a second clearing here, smaller than the first. A large oak grew at its centre, and beside it lay a broad flat stone. Someone had placed a wooden cup on the stone, turned upside down to keep the rain out.

Tara picked it up.

"I've seen this before."

"Who left it?" Nell asked.

"I don't know. It wasn't here last spring."

Rowan examined the cup.

"At least they had the sense to turn it over."

Tara put it back.

They sat beneath the oak for a while, sharing the bread and tea. The air smelled of wet bark and earth. A bird called from somewhere above them, and another answered further away.

Nell thought about the basin, the water, and the plants that appeared when conditions allowed. She wondered whether the place had always been there, waiting for the rain, or whether each season made it into something slightly different.

She did not ask.

When they returned to the inn, Tara took the little plant she had brought and placed it in a pot beside the kitchen door.

"It won't grow here," Rowan said.

"Perhaps not," Tara replied. "But it can stay for a while."

Nell looked at the plant in its new place. It seemed rather small beside the door, and the kitchen window reflected in the damp leaves.

Outside, the afternoon sun began to dry the yard.

Somewhere in the wood, the water was already finding its way downhill.

The Open World: 96. The Keeper of the Bees

The next morning, Nell asked the innkeeper whether anyone in the village knew the wood beyond the orchard.

He considered the question while cutting a loaf of bread.

"Old Tara might."

"Who is Tara?"

"She keeps bees."

"Does she live in the wood?"

"No. She lives near it. There's a difference."

Nell waited, but the innkeeper appeared to have said all he intended.

Rowan, who was repairing a loose handle on one of the kitchen drawers, looked up.

"Does she sell honey?"

"She does."

"Then I know where to begin."

They found Tara's house beyond the last cottages, where the village road narrowed and the hedges grew tall. A row of beehives stood in the garden, sheltered by an old stone wall. Beyond them, the land sloped towards the wood.

Tara was sitting beneath an apple tree, mending a basket. She was a small, broad-shouldered woman with grey hair tied behind her head, and she looked at the visitors as though she had been expecting them, although she said nothing to suggest it.

The innkeeper had given Nell a message, but before she could deliver it Rowan asked whether Tara had any honey to sell.

"Of course," Tara said. "What else would you expect me to keep bees for?"

Rowan seemed satisfied.

Nell showed her the drawing of the old wall.

Tara studied it carefully.

"Where did you find this?"

"In the wood, beyond the orchard."

"Ah."

"Do you know it?"

"I know the wall."

"Was it a garden?"

Tara put down her basket.

"It was once. My grandfather remembered it. There were fruit trees there, and a little house. Nothing much remains now."

"What happened to the house?"

"People stopped using it."

Nell looked again at the drawing.

"Why?"

Tara shrugged.

"People have many reasons for leaving a place. Sometimes they have just as many for returning."

She rose and went to one of the hives. The bees moved in and out of the entrance, busy and unconcerned.

"I go into the wood most mornings," she said. "There are places where the bees find what they need. I don't disturb them there."

"Would you show us?"

Tara looked at Rowan.

"Have you brought bread?"

Rowan held up his bag.

"At last," he said, "a sensible question."

They set out after breakfast.

Tara led them along a track that ran beside the stone wall, then turned into the wood by a way Nell had not noticed before. It was wider than the path they had taken, though the trees soon closed around it. Tara walked without hesitation, occasionally stopping to examine a flowering shrub or listen to the sound of bees among the branches.

She showed them a patch of pale flowers growing beside a fallen trunk, then a clearing where the sunlight reached the ground for much of the morning.

"The bees come here when the weather is warm," she said. "Not every year. Some years the flowers are poor, or the rain comes at the wrong time."

"And the wall?" Nell asked.

"We'll come to it."

They walked further.

At a bend in the track, Tara stopped beside a tree with a hollow in its trunk. She reached inside and brought out a small wooden box.

"Someone left this here," she said.

The box was empty except for a folded piece of paper. Tara handed it to Nell.

The paper contained a few lines, written in a careful hand:

The little house is gone.

The trees remain.

If you come here, leave the flowers for the bees.

Nell read it twice.

"Do you know who wrote it?"

"No."

"How long has it been here?"

"Long enough."

Tara returned the paper to the box and placed it back inside the hollow.

They came at last to the old wall. In the morning light, Nell could see more clearly where the garden had been. There were still fruit trees, though some had grown wild. A patch of mint spread beneath a low stone, and a narrow channel ran from the hillside towards the clearing.

Tara stood quietly for a moment.

"My grandfather used to bring me here," she said. "He said the house had been built for someone who liked to be alone, but who didn't mind company arriving unexpectedly."

"That sounds rather contradictory," Rowan observed.

"Not to everyone," Tara replied.

She showed them where the old doorway had been. Nothing remained of it except two upright stones and a lintel lying in the grass.

Nell looked at the space between them.

She imagined a door there, then let the thought go.

On the way back, Tara gave her a small jar of honey.

"For the inn," she said.

Rowan accepted it.

"Very generous."

"Don't thank me. Bring the jar back."

"I thought you said it was for the inn."

"It is. The jar belongs to me."

Rowan nodded gravely. "That seems fair."

When they reached the village, Tara turned towards her house. Nell and Rowan continued to the White Heron.

At the inn, Nell placed the drawing beside the jar of honey. The old wall, the wild fruit trees, and the little passage were all there, but now she had something else to add: the flowers that belonged to the bees, and the small wooden box in the hollow tree.

She drew no picture of the house.

Some things, she thought, could remain in the world without needing to be put on paper.

That afternoon, Rowan returned the empty jar to Tara.

He came back with a full basket of apples.

The Open World: 95. The Wood Beyond the Orchard

The first sign of the wood was a change in the birdsong.

Nell noticed it while she and Rowan were returning from the orchard. They had taken the lower path, intending to be back at the White Heron before the afternoon grew too warm, but somewhere beyond the last pear trees the familiar sounds of the valley had thinned. The stream was no longer audible. The village bells, which could usually be heard from the orchard wall, had fallen silent.

In their place came a scattering of calls from the trees ahead.

"Are we going that way?" Rowan asked.

Nell looked along the path. It descended gently between two banks of grass before disappearing beneath a canopy of leaves.

"I think so."

"That's encouraging," said Rowan. "I was afraid you might say you knew."

They continued.

The trees stood closer together than those around the orchard. Their trunks were broad and irregular, some leaning towards one another as though engaged in a conversation that had begun long before anyone thought to listen. Moss covered the stones beside the path. Here and there, hazel branches bent low enough to brush their shoulders.

After a little while, Nell stopped.

There was a narrow track leading away to the left. It was almost hidden beneath the leaves, but someone had laid flat stones across a damp patch of ground.

"That looks like a path," she said.

"Most paths do," Rowan replied.

"Do you suppose it goes somewhere?"

"I should hope so. Otherwise it's a rather elaborate arrangement of stones."

Nell smiled and turned towards it.

The track led them through a stand of hazel and down to a small stream. It was clear and shallow, running over dark stones beneath the trees. On the opposite bank stood an old beech, its roots spread wide across the ground. Between two of them was a hollow large enough to sit in, and beside it someone had placed a flat stone.

Rowan examined the arrangement.

"Someone has been here."

"Recently?"

"Not recently enough to have left a cup."

He sat on the stone and took a piece of bread from his bag.

Nell crossed the stream and stood beneath the beech. From there she could see a little further into the wood. The trees opened into a clearing, where sunlight lay across a patch of grass. At its far edge stood what looked like the remains of a low wall.

She called to Rowan.

He finished chewing before answering, then followed her across the stream.

The wall was scarcely higher than their knees. It curved around the clearing, disappearing beneath the roots of two trees. There was no sign of a building, although a few large stones suggested that one might once have stood there.

Nell walked slowly along the curve.

"Perhaps it was a garden."

"Perhaps."

"Or somewhere to keep animals."

"That would explain the wall."

She looked at him.

"You're not very helpful."

"I'm trying to avoid misleading you."

At the far end of the clearing, they found a gap in the stones. Beyond it, a narrow passage led between two trees and into another part of the wood. It was darker there, but not unpleasantly so. The ground rose gently, and the air carried the smell of damp leaves.

They did not follow it.

Instead, Nell sat on one of the stones and opened her drawing book. She sketched the curve of the wall, the beech roots, and the stream. She left the passage beyond the trees blank.

Rowan watched for a moment.

"You're not drawing the path?"

"Not yet."

"Why not?"

"I don't know where it goes."

"That hasn't stopped you before."

"No," she said. "But I think this one can wait."

They stayed until the sunlight had shifted across the clearing. On their way back, they found the path without difficulty, though Nell was certain that the trees had looked different on the outward journey.

At the edge of the wood, the valley sounds returned. The stream behind them became louder, and somewhere in the distance a dog barked.

Rowan adjusted the strap of his bag.

"We should come back with more bread."

Nell closed her drawing book.

"Why?"

"Because if we go any further next time, we may be there for lunch."

She laughed, and they began the walk towards the orchard.

That evening, the innkeeper looked at Nell's drawing for a long time.

"Ah," he said at last. "You found the old wall."

"You know it?"

"I've heard of it. My mother used to say there was a place in the wood where people went when they wanted to be quiet."

"Did she go there?"

"Sometimes. Though she never said where it was."

He handed the drawing back.

"Perhaps she didn't need to."

Nell looked again at the little passage between the trees. She had not drawn what lay beyond it, but she found that she could remember the way the light had fallen there.

Outside, the evening gathered around the inn. Somewhere beyond the orchard, the wood settled into its own darkness, keeping whatever it had kept before they arrived.

And in the morning, Nell decided, she would ask whether anyone knew the way back.

The Actuality of the Universe: VI. When Reality Became Actual

We began with a question about quantum mechanics.

How can a physical system described by a superposition of possible states yield a particular outcome? Why does the mathematical representation of quantum possibilities appear so different from the actuality of the world we encounter?

As we followed the question from measurement to cosmology, another difficulty emerged. The mathematical representation of potential states was increasingly treated as though it provided an account of multiple actual physical conditions. The problem of measurement consequently became a problem of explaining how those conditions become one.

But perhaps the difficulty arises partly from the way we understand actuality itself.

What if the physical world does not consist of a collection of possibilities waiting to be actualised by measurement? What if actuality is something we should understand through the relations and interactions constituting the physical world?

The actuality of relations

We ordinarily encounter the world as a world of actual things.

Particles interact. Atoms form molecules. Stars develop. Galaxies emerge and persist. These entities exist through physical relations, and their behaviour depends upon the interactions in which they participate.

Their actuality is not simply a matter of their being observed.

A galaxy does not become an actual astronomical structure because an observer identifies its location. Its physical organisation and relations are part of what makes it the entity it is.

This suggests a different starting point for understanding physical actuality.

Rather than treating actuality as something that must be added to a mathematical representation of possibilities, we can begin with the physical relations and interactions through which entities exist and behave.

The world is not waiting for an observer to convert its possibilities into reality.

It is already an actual physical world.

Potentiality and actuality

The distinction between potentiality and actuality has been central to our investigation.

A physical system may possess potential outcomes that are represented mathematically. Those potentialities are physically significant. They are not necessarily expressions of ignorance, and quantum interference demonstrates that the relationships between them can have observable consequences.

But potentiality is not another form of actuality.

The representation of several possible outcomes does not establish that all those outcomes exist as actual physical conditions. Nor does the mathematical representation of alternative configurations establish that the corresponding entities exist simultaneously.

Potentiality concerns what may become actual through physical processes and relations.

Actuality concerns what exists and occurs within those relations.

The distinction does not require us to deny the physical significance of quantum superpositions. It requires us to examine what the mathematical representation of a superposition establishes about the physical system being represented.

The question is not whether quantum potentiality is real.

It is whether we have adequately distinguished its physical significance from the actuality of the outcomes and structures we investigate.

Measurement without an observing universe

The measurement problem becomes particularly interesting when we consider the role of the observer.

In conventional formulations, measurement appears to introduce a special difficulty. A quantum system evolves according to the mathematical formalism, yet measurement yields a particular outcome. The relationship between quantum evolution and definite outcomes consequently becomes a central problem.

But the physical world does not depend upon human observation for its existence.

Measurement is itself a physical process. It involves interactions between systems, the development of correlations and the production of records. An observer participates in this process, but the existence of physical actuality need not depend upon the observer's awareness.

From a relational perspective, this distinction matters.

The actuality of a physical entity is constituted through its relations and interactions, not through the act of someone looking at it.

This does not tell us exactly how quantum measurement produces particular outcomes. The mathematical and physical questions remain. But it removes the assumption that actuality must somehow be conferred upon the world by an observer.

We can investigate measurement as a physical process without treating observation as the source of existence.

The organisation of actuality

The distinction becomes even more important when we consider the different levels of physical organisation.

A galaxy is not simply a very large particle. It is an organised physical system whose actuality involves the relations among its constituents and its interactions with other structures.

Its formation involves a history of physical processes. Its persistence involves the continuing organisation of its components. Its location and behaviour are part of its relations with the wider universe.

Quantum physics applies to the matter and fields involved in these processes. But the actuality of a galaxy cannot be understood simply by enlarging a mathematical description of an elementary particle.

The physical organisation of the galaxy matters.

This does not mean that different physical levels exist independently of one another. The development of macroscopic structures depends upon the physical processes occurring at smaller scales.

But the continuity of those processes does not make every ontological question identical across the different levels.

We need to understand how physical organisation develops, how relations are established and maintained, and how the actuality of particular structures emerges through their histories.

The universe is not merely a collection of quantum descriptions.

It is an organised physical world.

What mathematics tells us

None of this diminishes the achievements of mathematical physics.

Quantum mechanics provides extraordinarily powerful resources for describing physical systems and predicting the outcomes of interactions. Quantum field theory and cosmology extend those resources into domains that would otherwise remain inaccessible to investigation.

The question is not whether mathematical descriptions are connected to physical reality.

They plainly are.

The question is whether the mathematical representation of physical possibilities should be treated as a complete account of physical actuality.

A mathematical description can represent potential outcomes, relationships between alternatives and the conditions under which particular phenomena become observable.

But the physical world is not identical to the mathematical representation through which we investigate it.

The success of the representation does not automatically establish the ontological interpretation attached to it.

This distinction is especially important when mathematical descriptions developed for one physical context are extended to another.

The applicability of quantum theory to cosmological phenomena does not mean that the actuality of galaxies can be understood simply by treating them as enlarged quantum particles.

We need to investigate the physical organisation of the universe, not merely extrapolate the mathematical representation of its constituents.

The actuality of the universe

Perhaps the difficulty that motivated our investigation can now be reconsidered.

We began by asking why quantum possibilities do not appear as multiple actualities in the macroscopic world.

But the question may have assumed too much.

The mathematical representation of potential outcomes does not establish that those outcomes are all actual physical conditions. The suppression of interference does not, by itself, explain the actuality of a particular outcome. And the applicability of quantum theory to the early universe does not establish that galaxies should be understood as multiple actual astronomical structures.

These distinctions do not resolve every problem in quantum mechanics.

They do, however, suggest that the relationship between potentiality and actuality deserves more careful attention than it sometimes receives.

A relational ontology offers a different starting point.

Actuality is not something that must be added to a mathematical representation of possibilities. It is the physical world constituted through relations and interactions.

Potentiality is not a collection of alternative actualities. It is a physically significant aspect of what may become actual.

Measurement is not the act through which an observer creates existence. It is a physical process occurring within an already actual world.

And the universe is not simply a mathematical collection of possible configurations. It is an organised physical reality, developing through relations and interactions across different scales.

Perhaps, then, the question is not how reality became actual.

Perhaps the question is why we came to think that actuality needed to be explained as something separate from the physical relations through which the world exists.

That is where our investigation leaves us.

Not with a solution to quantum mechanics, but with a different understanding of the problem we set out to investigate.

The universe is actual.

And perhaps we should begin there.

The Actuality of the Universe: V. When a Galaxy Became a Superposition

Imagine a galaxy existing in two different locations simultaneously.

The suggestion seems extraordinary. A galaxy consists of billions of stars, together with gas, dust, radiation and dark matter, organised through gravitational relations across enormous distances. We observe galaxies as persistent astronomical structures, occupying particular regions of space and participating in the physical history of the universe.

Yet discussions of quantum mechanics sometimes invite us to consider whether even galaxies might exist in superpositions of different locations or configurations.

The question is not entirely fanciful. Quantum mechanics permits superpositions of states associated with different macroscopic configurations, and experimental research continues to investigate how far quantum phenomena can extend into the macroscopic domain.

But what exactly does it mean to say that a galaxy exists in two places simultaneously?

Perhaps we should examine the question before accepting the assumptions that make it appear necessary.

What is in superposition?

A quantum state can represent a superposition of alternatives associated with different configurations of a physical system. In suitable circumstances, interference between these alternatives can have observable consequences.

This is not merely a mathematical curiosity. Experiments involving increasingly complex systems demonstrate that quantum interference is not confined to elementary particles.

But the interpretation of such experiments requires care.

A superposition of two possible configurations is not automatically equivalent to two independently existing physical systems. Nor does the mathematical representation of two possible locations establish that an object occupies both locations as two actual physical conditions.

We need to distinguish the system being described, the mathematical representation of its possible states, and the physical interpretation we give to that representation.

Consider the difference between saying that a mathematical description represents a system as having two possible locations and saying that the system itself actually occupies both locations.

The first is a statement about a representation. The second is an ontological claim.

The latter requires more than the former.

The galaxy as a physical organisation

There is another difficulty with the suggestion that a galaxy might be understood as a quantum object occupying several locations simultaneously.

A galaxy is not simply a very large particle.

It is a physical organisation involving an enormous number of interacting components. Its stars, gas, dust and other constituents participate in gravitational and electromagnetic relations. Its structure develops over billions of years, through processes involving the formation, movement and interaction of matter.

The actuality of a galaxy consists in this organisation and its continuing physical relations.

Of course, the constituents of a galaxy are subject to quantum physics. Their behaviour cannot ultimately be detached from the quantum properties of matter and fields. But this does not mean that the actuality of the galaxy as an organised astronomical structure can be understood simply by treating it as an enlarged quantum particle.

The organisation of a physical system matters.

A galaxy is not merely a collection of independently describable constituents. Its physical identity involves the relations through which those constituents participate in a larger, persistent structure.

To describe the galaxy as a superposition of alternative locations therefore raises questions that cannot be answered simply by referring to the quantum properties of its constituents.

What exactly is being represented as occupying two locations? The galaxy as a whole? Its centre of mass? Its gravitational field? Different configurations of its constituent matter? These are not interchangeable descriptions.

The problem of localisation

The language of localisation introduces another complication.

In ordinary experience, we understand an object as occupying a particular region of space. Its location is established through its physical relations with its surroundings and through the interactions in which it participates.

For a galaxy, localisation is not simply a matter of identifying the position of one constituent particle. It concerns the spatial organisation of an extended physical system.

The galaxy has a history, a structure and relations with other astronomical systems. Its position within the universe is part of that wider physical organisation.

A quantum description might represent alternative positions or configurations of a system. But we should not assume that each alternative corresponds to an independently actualised astronomical structure.

The distinction between potential configurations and actual physical organisation remains essential.

Nor does this mean that the location of a galaxy is necessarily classical in every respect. Quantum theory may apply to the collective degrees of freedom of macroscopic systems, and sufficiently isolated systems can, in principle, exhibit macroscopic quantum interference. But the existence of such possibilities does not establish that every macroscopic object should be understood as occupying multiple actual locations.

The physical conditions and the meaning of the mathematical description both matter.

What does decoherence tell us about galaxies?

One explanation for the apparent absence of macroscopic quantum superpositions is decoherence.

A macroscopic object interacts continually with its surroundings. Its constituent matter interacts with radiation, surrounding particles and gravitational fields. These interactions produce entanglement with environmental degrees of freedom, making interference between different macroscopic alternatives extraordinarily difficult to observe.

For a galaxy, the situation is particularly complex. It is an extended system participating in a vast network of physical interactions.

Consequently, the suppression of observable interference between different macroscopic configurations is not surprising.

But the distinction established in our earlier essay remains. Decoherence explains the effective loss of observable interference; it does not independently establish which alternative becomes actual.

We should therefore avoid treating decoherence as an explanation of the existence of a particular galaxy in a particular location. It explains important aspects of the physical behaviour of quantum systems interacting with their environments. The actuality and organisation of the galaxy are further questions.

When description became ontology

Perhaps the most important difficulty is not whether a galaxy can be represented by a quantum state.

There is no fundamental reason why quantum theory should cease to apply simply because we are describing a large physical system.

The difficulty arises when we move from the mathematical representation to an ontological interpretation without examining the assumptions involved.

A mathematical description of a system may represent alternative configurations, their probabilities and their relationships. It may even describe conditions under which interference between those alternatives could become observable.

But the mathematical representation does not, by itself, establish that the system exists as multiple actual astronomical structures.

We have encountered this distinction repeatedly.

The representation of potentiality is not the actuality of what is represented.

From a relational perspective, a galaxy is an actual physical organisation constituted through relations and interactions. Its persistence does not depend upon an observer selecting one mathematical possibility from a collection of alternative actual galaxies.

The relevant question is not how an observer causes a galaxy to occupy one location rather than another. It is how the physical relations and interactions constituting the galaxy establish and maintain its actuality.

This shifts our attention from the supposed coexistence of multiple actualities to the physical organisation through which particular entities exist.

The actuality of the universe

Perhaps we should reconsider the question with which we began.

Does a galaxy exist in two places simultaneously?

Quantum mechanics provides mathematical resources for representing superpositions of different configurations of physical systems, including macroscopic systems. But the interpretation of those representations requires us to distinguish mathematical possibility, physical potentiality and physical actuality.

The existence of a mathematical description containing alternative configurations does not establish that the corresponding astronomical structures all exist as actualities.

This is not a denial of quantum mechanics, nor an argument that macroscopic quantum phenomena are impossible. It is a question about the ontological conclusions we draw from their mathematical representation.

The universe we investigate consists of actual physical structures, constituted through relations and interactions across different levels of organisation. Its actuality is not an accidental consequence of an observer's measurements, nor does it require us to imagine that every mathematically represented possibility exists as an alternative physical universe.

Perhaps, then, the question is not why a galaxy fails to exist in two places simultaneously.

Perhaps the question is why we assumed that the mathematical representation of its possible locations required us to think of it as doing so.

And that brings us to the final question of our investigation: what would a relational ontology of physical actuality look like if we began with the relations and interactions through which the universe actually exists?

The Actuality of the Universe: IV. When the Quantum Became the Cosmic

Quantum mechanics is usually introduced through the behaviour of very small physical systems: particles, atoms and their interactions. Yet contemporary cosmology makes extensive use of quantum theory in explaining the origins of structures on an astronomical scale.

According to the standard account, the large-scale structure of the universe has its origins in quantum fluctuations in the early universe. During cosmic inflation, microscopic quantum fluctuations in fields were stretched to cosmological scales. These fluctuations subsequently contributed to the small variations in density from which galaxies and other large-scale structures developed.

The account is remarkable. It connects quantum phenomena in the early universe with the formation of the structures we observe today.

But it also raises an important question.

What exactly are we describing when we extend quantum theory to the universe as a whole? And does the mathematical representation of quantum fluctuations establish that the resulting cosmic structures must themselves be understood as quantum superpositions?

From fluctuations to galaxies

The standard cosmological account begins with an early universe undergoing a period of extremely rapid expansion, known as inflation.

During this period, quantum fluctuations in fields were stretched across increasingly large regions of space. Some of these fluctuations became associated with variations in the density of matter and energy. As the universe expanded and evolved, gravitational interactions amplified these variations, eventually contributing to the formation of galaxies, clusters of galaxies and the wider cosmic web.

The broad connection between primordial fluctuations and present-day large-scale structure is supported by substantial observational evidence, particularly measurements of the cosmic microwave background.

There is no reason to dismiss the physical importance of quantum phenomena in this account.

But we should distinguish the different stages of the explanation.

Quantum fluctuations provide the initial conditions for the development of structure. Inflation changes the physical scales over which those fluctuations extend. Gravitational processes subsequently contribute to the development of increasingly organised structures.

These are related physical processes, but they are not interchangeable descriptions of the same thing.

A mathematical description of primordial quantum fluctuations does not, by itself, describe the complete physical organisation of a galaxy that develops billions of years later.

What is being scaled up?

The expression 'scaling up quantum effects' can conceal several different questions.

One concerns the physical extension of quantum correlations and fluctuations across increasingly large distances. Another concerns the mathematical representation of quantum states on cosmological scales. A third concerns the interpretation of those mathematical representations as descriptions of the physical actuality of the universe.

These questions need to be distinguished.

There is nothing inherently illegitimate about applying quantum theory to cosmological phenomena. Quantum field theory provides the framework for describing fields and their fluctuations, and the inflationary account makes important use of this framework.

But the applicability of a mathematical theory across different physical scales does not establish that the ontology associated with one particular interpretation of that theory can be transferred unchanged across those scales.

A quantum field fluctuation in the early universe and a galaxy in the present universe belong to different stages of physical development and organisation.

The question is not whether they are physically related. They clearly are.

It is whether the mathematical description of the former can be treated as a sufficient ontological account of the latter.

The problem of cosmic decoherence

The question becomes particularly interesting when we consider decoherence.

In the cosmological account, the quantum fluctuations associated with inflation are often described as evolving into highly squeezed quantum states. Interactions and entanglement with other degrees of freedom can suppress interference between different alternatives, allowing the fluctuations to be treated, for many practical purposes, as classical stochastic perturbations.

This provides an important connection between the quantum description of the early universe and the classical structures subsequently investigated by cosmologists.

But the familiar distinction from our discussion of measurement remains.

Decoherence explains why interference between certain alternatives becomes effectively inaccessible. It helps explain why a classical statistical description becomes appropriate.

It does not, by itself, establish why one particular physical outcome becomes actual.

In laboratory experiments, we can investigate the interactions between a quantum system, a measuring apparatus and its environment. In cosmology, however, the situation is more challenging. The universe as a whole has no external environment in the ordinary sense of something outside it, and there is no external observer standing beyond the universe to measure it.

Cosmologists can investigate particular regions, fields and degrees of freedom, and study how they become entangled with others. But this does not automatically settle the ontological question concerning the actuality of the universe itself.

The measurement problem has therefore acquired a cosmological dimension.

The mathematical universe and the actual universe

Here we return to the distinction introduced in our earlier essays.

The mathematical description of the early universe provides powerful resources for investigating the development of physical structures. It allows us to calculate the statistical properties of primordial fluctuations and relate them to observable features of the present universe.

But we should not confuse the mathematical representation of possible configurations with the physical actuality of the universe.

A mathematical description may represent a range of possible fluctuations, their correlations and their subsequent evolution. It may also allow us to calculate the probabilities associated with different possible large-scale structures.

Yet the universe we investigate is not an inventory of all the configurations represented in our mathematical models.

It is an actual physical universe, with particular structures, relations and histories.

From a relational perspective, this distinction is fundamental. Physical actuality involves the organisation of entities through their relations and interactions. The development of a galaxy is not simply the enlargement of a quantum state. It involves the emergence and persistence of an organised physical structure through a history of interactions.

The mathematical description of primordial fluctuations contributes to our understanding of that history. But it should not be mistaken for the actuality of the resulting structure.

Different scales, different organisations

Perhaps the difficulty becomes clearer if we distinguish physical scale from physical organisation.

A galaxy is not simply an exceptionally large quantum particle. It is an organised system involving stars, gas, dust, radiation, gravitational relations and interactions across enormous distances and timescales.

Its physical actuality involves the organisation and persistence of these relations.

Of course, the matter and fields constituting a galaxy are subject to quantum physics. Nothing in this argument requires us to deny that. But the fact that quantum theory applies to the constituents of a physical system does not mean that the system's organisation can be adequately understood by treating it as an enlarged quantum particle.

Different levels of physical organisation introduce different relationships and conditions of actuality.

The relationship between quantum fluctuations and the formation of galaxies is therefore a relationship between different stages and forms of physical organisation, not simply a matter of enlarging a mathematical description.

We should be careful not to mistake the continuity of physical processes for the identity of the ontological questions involved.

What does the quantum description establish?

The quantum account of the early universe is scientifically important. It provides an explanation of how primordial fluctuations could have contributed to the large-scale structure we observe today.

But the success of that account does not settle every question about the ontology of the resulting universe.

In particular, we should distinguish the mathematical representation of quantum fluctuations, the physical processes through which those fluctuations develop, and the actuality of the structures that emerge.

These are related aspects of our investigation, but they are not the same thing.

Perhaps the difficulty arises when we assume that because the mathematical description of the early universe includes quantum superpositions, the resulting macroscopic structures must themselves be understood as superpositions of alternative actualities.

That conclusion requires an ontological argument. It does not follow simply from the mathematical description.

The distinction becomes particularly important when we ask what it means to say that an entire galaxy exists in a quantum superposition.

Are we describing a physical galaxy, or are we interpreting a mathematical representation of possible configurations as though it were a description of multiple actual galaxies?

Before we can answer that question, we need to examine what we mean by the actuality and localisation of a galaxy in the first place.