By the time I reached the Natural Philosophy classroom, most of the students were already seated.
My uniform had nearly finished drying in the sun, although the fabric still clung uncomfortably around my shoulders. My leg had also started aching again from the walk.
I slipped into the same seat near the back.
The stone Professor Aurelia had given me yesterday rested inside my pocket.
Around me, students placed their own stones on their desks beside notebooks filled with observations. Some had written several pages. Others had brought measuring instruments that I didn’t think the academy had provided.
The boy with the wooden case had arranged an entire collection of brass tools in front of him.
Calipers. Compasses. Small weights.
Several instruments whose purposes I couldn’t guess.
The girl with the silver forks had suspended her stone from a thin thread and was tapping the forks one after another.
Each note caused the thread to tremble differently.
A pale-haired boy seated near the front held one hand over his stone.
The stone lifted slightly from the desk as he leaned closer to examine it.
The space between the stone and the wood was no wider than a fingernail, but it was unmistakably floating.
He glanced around to see whether anyone had noticed.
A few others had.
So had I.
The stone immediately dropped.
Professor Aurelia entered a moment later.
The room fell silent.
Her silver hair was tied behind her head exactly as it had been yesterday. Another streak of chalk dust marked the sleeve of her emerald robe, although I couldn’t tell whether it was the same streak or a new one.
Her gaze moved toward the pale-haired boy.
“You may continue showing off after you have learned enough to do it safely.”
Several students laughed.
He lowered his head in embarrassment.
Professor Aurelia placed her books on the desk, adjusted their edges until they were perfectly aligned, and approached the board.
Yesterday’s words remained written across the top.
UNDERSTANDING PRECEDES POWER
Beneath them, the Seven Liberal Arts still occupied most of the board.
GRAMMAR
LOGIC
RHETORIC
ARITHMETIC
GEOMETRY
MUSIC
ASTRONOMY
Professor Aurelia took up a piece of chalk and wrote a simple sentence beneath them.
A STONE RISES.
She turned toward us.
“What is the subject of this sentence?”
Several hands rose.
Professor Aurelia selected a girl near the front.
“The stone.”
“And what does it do?”
“It rises.”
Professor Aurelia nodded.
“Excellent. You have all survived the first lesson.”
A few students smiled.
She tapped the word STONE.
“What is a stone?”
The same girl hesitated.
“A naturally formed piece of rock.”
“What is rock?”
“A solid mineral substance.”
“What is a mineral?”
The girl’s confidence began to fade.
Professor Aurelia waited.
“A naturally occurring substance,” the girl finally answered.
“Then ice is a mineral?”
“I suppose so.”
“Is ice a stone?”
“No.”
“Why not?”
The girl looked down at her desk.
Professor Aurelia turned toward the rest of us.
“Someone else.”
The boy with the wooden case raised his hand.
“A stone is a detached mass of naturally occurring solid material composed of one or more minerals.”
Professor Aurelia studied him.
“That definition was memorized.”
“Yes, Professor.”
“From Valerius?”
“Yes, Professor.”
“Third edition?”
“Fifth, madam.”
Her eyebrow rose slightly.
“Your parents have expensive taste.”
A few students laughed.
The boy, not so much.
Professor Aurelia turned back toward the board.
“A memorized definition is not necessarily a poor definition. Nor is it necessarily understood.”
She circled the word STONE.
“Is the white line passing through your specimen part of the stone?”
I looked down at my stone, then around at the others.
Every stone had a pale line running across it.
Some were straight. Others curved or split near the edges.
“Yes,” someone answered.
Professor Aurelia looked toward the student.
“Is it the same material as the darker portion?”
“No.”
“Then when I say stone, am I referring to the gray material, the white material, or both?”
“Both.”
“What about the dirt trapped inside its grooves?”
The student frowned.
“That isn’t part of the stone.”
“How have you determined that?”
“It can be removed.”
“So can the white material, with sufficient effort.”
Professor Aurelia’s eyes passed over the room.
“What about a chip that breaks away? At what moment does it cease being part of the original stone and become a second stone?”
Nobody answered.
She tapped the board.
“This is Grammar.”
A boy near the window raised his hand.
“Defining words?”
“Among other things.”
Professor Aurelia placed the chalk on its tray.
“Most of you were taught that grammar concerns proper sentences. Where to place a noun. How to conjugate a verb. When an adjective agrees with the object it describes.”
She gestured toward the sentence on the board.
“That is grammar at its most visible.”
She tapped STONE again.
“Before you can reason about a subject, you must know what your words refer to.”
Then RISES.
“Before you can intend an action, you must know what the action means.”
Professor Aurelia looked toward the pale-haired boy who had made his stone float.
“What does it mean for something to rise?”
He sat straighter.
“To move upward.”
“Upward relative to what?”
“The ground.”
“We are on the third floor. If I drop a stone through the window and someone catches it on the second floor, has it moved upward or downward?”
“Downward.”
“Relative to us.”
Professor Aurelia pointed toward the armillary sphere rotating above the room.
“What if the ground itself moves?”
The boy hesitated.
She looked toward another student.
“If one edge of a stone rises while the other remains on the desk, has the stone risen?”
“Part of it has.”
“Then does the sentence remain true?”
“I’m not sure.”
“Good.”
The student appeared surprised.
Professor Aurelia folded her hands behind her back.
“Certainty is useful when earned. Uncertainty is useful when recognized.”
Her gaze moved across our desks.
“Poor grammar creates poor boundaries. Poor boundaries produce unintended subjects and unintended results.”
She walked toward the stone wall beside the board and rested one hand against it.
“If I construct a working intended to soften stone, what have I targeted?”
“The stone you’re touching,” someone answered.
“Have I?”
She looked toward the floor.
“The walls are stone. The platform is stone. Some of the dust in this room is stone. There are fragments of stone inside the mortar.”
Her hand remained against the wall.
“A mage with sufficient capacity and insufficient grammar might attempt to soften a single brick.”
She knocked twice against it.
“And collapse the room.”
The remaining whispers died immediately.
Professor Aurelia returned to the board.
“Grammar asks three questions before any working begins.”
She wrote beneath the sentence.
WHAT IS THE SUBJECT?
WHAT IS THE ACTION?
WHAT ARE THE BOUNDARIES OF EACH?
She underlined the final question.
“You cannot deliberately alter what you have failed to distinguish.”
Her eyes moved toward the back of the room.
Toward me.
“You.”
It took me a moment to realize she meant me.
“The student who finished yesterday’s assignment after three words.”
Several students turned around.
I wished she had remembered me for something else.
“What did you eventually discover about your specimen?”
I reached into my pocket and placed the stone on my desk.
“The white line isn’t the same as the rest of it.”
“How do you know?”
“It feels rougher. It reflects light differently, and the sound changes when I tap near it.”
“Is that knowledge or inference?”
“Inference.”
Professor Aurelia nodded.
“What do you know?”
“The white line feels and sounds different.”
She looked toward the class.
“He has not identified the material. He has identified a distinction.”
She pointed toward my stone.
“That distinction may later become a boundary.”
I looked down at it.
For once, staring at the rock had accomplished something.
Professor Aurelia turned back toward the board.
“Once Grammar has identified the subject and action, Logic examines what is true about them.”
She wrote:
THE STONE RISES.
Then beneath it:
THE STONE HAS WEIGHT.
She faced us.
“Are these statements contradictory?”
“No,” several students answered.
“Why not?”
“The stone can rise even though it has weight.”
“How?”
“It can be thrown.”
“Carried.”
“Pulled.”
“Placed in water.”
Professor Aurelia nodded after each answer.
“Good. Weight does not make rising impossible. It establishes a condition that must be overcome or redirected.”
She wrote another statement.
THE STONE RISES BECAUSE IT IS A STONE.
“Is this logical?”
“No.”
“Why?”
“Being a stone does not cause it to rise.”
Professor Aurelia circled BECAUSE.
“Logic concerns relationships between statements. Cause. Consequence. Necessity. Possibility. Contradiction.”
She drew an arrow pointing upward beside the sentence.
“If I wish to raise the stone, I need not merely know that it has weight. I must understand what condition currently prevents the intended movement and what alteration would permit it.”
The boy with the wooden case raised his hand.
“An upward force greater than its weight.”
“That is one method.”
“Reducing its weight would also work.”
“Would it?”
The boy paused.
“If its weight became zero.”
“Would zero weight cause upward movement?”
“No.”
“Then what would happen?”
“It would remain where it was unless another force acted upon it.”
Professor Aurelia nodded.
“Logic prevents us from confusing the removal of an obstacle with the creation of a result.”
She placed her palm beside a book on her desk and pushed it.
The book slid several inches.
“I overcame its resistance by applying force in a direction.”
She lifted the book.
“I did not persuade it that weight was unreasonable.”
A few students laughed.
Professor Aurelia placed the book back in perfect alignment with the others.
“A mage who lacks logic may know many truths and still arrange them into nonsense.”
She wrote beneath the grammatical questions:
WHAT CONDITIONS PRODUCE THE PRESENT RESULT?
WHAT MUST CHANGE TO PRODUCE ANOTHER?
DOES THE CONCLUSION FOLLOW?
Professor Aurelia stepped aside.
“Grammar tells us what we are discussing. Logic determines what is true about it.”
She tapped RHETORIC.
“Rhetoric determines how intention is expressed.”
A boy near the front raised his hand.
“Isn’t rhetoric persuasion?”
“It can be.”
Professor Aurelia turned toward him.
“Persuade me to open the window.”
The boy blinked.
“The room is warm.”
Professor Aurelia waited.
He glanced around.
“It would be more comfortable if the window were open.”
She continued waiting.
“Would you please open it?”
Professor Aurelia smiled faintly.
“Your first statement described a condition. Your second described a possible improvement. Your third communicated the action you wanted from me.”
She walked toward the window but did not open it.
“Rhetoric arranges knowledge for an audience and a purpose.”
She turned back toward us.
“In ordinary speech, the audience may be another person. In magic, the first audience is the mage.”
That seemed to confuse several students.
Professor Aurelia expected it.
“Words do not command creation.”
She returned to the platform.
“A stone does not speak Albion. Fire does not understand Zhonghuanese. A wound is not impressed by proper pronunciation.”
She pointed toward her head.
“Language disciplines intention.”
Then toward her chest.
“Rhythm steadies it.”
Then toward the stone on her desk.
“And a well-constructed working gives intention a form that capacity can follow.”
She wrote a single word on the board.
RISE.
“Is this precise?”
“No.”
Professor Aurelia looked toward the pale-haired boy.
“Make your stone rise.”
He swallowed.
“How high?”
“An excellent question.”
She selected another student.
“Make it rise quickly.”
“How quickly?”
“Another excellent question.”
She looked toward the girl with the silver forks.
“Make the stone rise and remain where it is.”
“For how long?”
Professor Aurelia nodded.
“Rhetoric does not replace truth. An eloquent falsehood remains false.”
She underlined RISE.
“It gives an intended truth usable form.”
Beneath it, she wrote:
THE STONE WILL RISE ONE FINGER’S WIDTH DIRECTLY ABOVE ITS PRESENT POSITION, WITHOUT TURNING, REMAIN FOR FOUR BEATS, AND RETURN WITHOUT STRIKING THE DESK.
The class studied the sentence.
“That is annoyingly specific,” someone muttered.
Professor Aurelia looked toward the general direction of the voice.
“So is reality.”
A few students laughed.
She returned to the list of arts.
“Grammar, Logic, and Rhetoric form the Trivium.”
She drew a bracket around the three.
“They teach you to identify, reason, and express.”
Her chalk moved toward the remaining four.
“Arithmetic, Geometry, Music, and Astronomy form the Quadrivium.”
Another bracket joined them.
“They concern quantity, extension, relationship, and position within greater systems.”
She pointed toward the sentence she had written.
“Arithmetic asks how much.”
She underlined ONE FINGER’S WIDTH and FOUR BEATS.
“The mass of the stone. The height of movement. The duration. The pressure required. The capacity spent.”
She underlined DIRECTLY ABOVE and WITHOUT TURNING.
“Geometry establishes path, orientation, boundary, and form.”
She tapped FOUR BEATS again.
“Music governs rhythm, interval, resonance, repetition, and the relationship between changes.”
Finally, she glanced toward the armillary sphere overhead.
“Astronomy asks when the working occurs and what greater systems surround it.”
One student frowned.
“What do the stars have to do with lifting a stone?”
“Possibly nothing.”
The student appeared even more confused.
Professor Aurelia smiled.
“That is also a useful answer.”
She gestured toward the windows.
“The sun warms one side of the building. The sea wind presses against another. The tide alters the behavior of water beneath the cliffs. The earth beneath us exerts its pull. The hour determines the position of each moving system.”
Her eyes returned to the student.
“Astronomy does not require you to invent an influence merely because you have learned to measure one.”
She pointed toward the slowly turning rings overhead.
“It teaches you to place an event within time and within a world that does not cease moving simply because you are concentrating.”
Professor Aurelia picked up the stone from her desk.
“Every successful working requires all seven.”
She held it up.
“To warm this stone, I must identify what portion I intend to warm.”
“Grammar,” the class answered.
“I must understand how heat enters and leaves it.”
“Logic.”
“I must form the intended result clearly.”
“Rhetoric.”
“I must determine the amount of heat.”
“Arithmetic.”
“I must determine where that heat will be distributed.”
“Geometry.”
“I must determine the rate at which it enters.”
“Music.”
“And I must account for the stone’s present temperature and surrounding conditions.”
“Astronomy.”
Professor Aurelia placed the stone back down.
“The arts are not seven doors leading to seven kinds of magic.”
She looked toward the words on the board.
“They are seven windows looking upon the same event.”
She allowed us a moment to copy the notes.
Pages turned throughout the room.
Pencils scratched against paper.
It took me a second to realize I should probably copy them too.
Grammar told me what I was trying to affect.
Logic told me what needed to change.
Rhetoric told my intention where to go.
The other four prevented me from accidentally launching the stone through the ceiling.
That last part probably wasn’t how Professor Aurelia would have described it, but it helped me remember.
Once the room quieted again, she opened one of the drawers beneath her desk.
Inside were several small wooden frames.
She handed them down each row.
The frame that reached me resembled a tiny doorway. A horizontal marker could be moved up and down between two narrow posts.
“Place your stone beneath the marker,” Professor Aurelia instructed.
We did.
“Adjust the marker until it rests one finger’s width above the highest point of your specimen.”
Wood clicked against wood throughout the classroom.
I rested my finger against one of the posts and positioned the marker.
Professor Aurelia walked back toward the board.
“Your exercise is written before you.”
She tapped the sentence.
THE STONE WILL RISE ONE FINGER’S WIDTH DIRECTLY ABOVE ITS PRESENT POSITION, WITHOUT TURNING, REMAIN FOR FOUR BEATS, AND RETURN WITHOUT STRIKING THE DESK.
A quiet excitement spread through the room.
This was what everyone had expected yesterday.
Actual magic.
“You will first complete the seven columns in your notebook,” Professor Aurelia continued.
The excitement weakened slightly.
“Grammar: define the subject, action, and boundaries.”
She held up one finger.
“Logic: identify the present conditions and the condition you intend to alter.”
A second.
“Rhetoric: write the working in language precise enough that another student could describe your intended result without seeing the demonstration.”
A third.
“Arithmetic: record the stone’s mass, intended height, duration, and estimated expenditure.”
A fourth.
“Geometry: diagram its path, orientation, and final position.”
A fifth.
“Music: select a cadence for beginning, sustaining, and ending the working.”
A sixth.
“Astronomy: record the hour and any environmental condition you believe may influence the attempt.”
A seventh.
The boy with the wooden case had already begun weighing his stone.
Professor Aurelia looked directly at him.
“You will not be graded on the quantity of instruments you own.”
His hands stopped.
“You may, however, be graded on whether you know how to use them.”
He resumed more carefully.
Professor Aurelia returned to her desk.
“You may begin.”
The classroom erupted into activity.
Students measured their stones and compared them with the weights provided inside the wooden frames. Rulers moved across notebooks. Compasses traced narrow paths.
The girl with the silver forks struck one gently.
A clear note rang out.
She hummed beneath her breath, trying to match it.
I looked down at my stone.
Grammar seemed simple enough now.
Subject: the entire stone, including the white material, but excluding loose dirt.
Action: rise.
Boundary: the stone’s outer surface.
I paused.
If dirt was trapped inside a groove, did it count as loose?
I used my pencil to scrape it free.
Problem solved.
Logic was more difficult.
The stone remained on the desk because its weight drew it downward, and the desk prevented it from continuing in that direction.
To raise it, an upward pressure would need to exceed its weight.
At least, I was pretty sure that was what Professor Aurelia had said.
I wrote it down.
Rhetoric was already provided, although she had asked us to rewrite it in our own words.
I copied the sentence with a few changes.
The stone will move vertically from the center of its current position until its highest point touches the wooden marker. It will remain level and motionless relative to the frame for four equal beats before descending along the same path and stopping upon the desk.
That was the most precise sentence I had ever written in my life.
Never mind that I can only remember, like, the past two days.
Arithmetic was where it got difficult.
The small balance inside the frame showed that the stone weighed slightly more than one of the marked pieces and less than another.
I wrote down the range.
Geometry was easier.
I drew the desk, the stone, the marker, and a straight arrow between them.
It reminded me of a battle diagram.
For Music, I tapped four beats against the desk.
The rhythm was uneven.
I tried again.
One.
Two.
Three.
Four.
The final beat came too quickly.
I slowed down and imagined tapping along to music.
One.
Recover.
Two.
Recover.
Three.
Recover.
Four.
That worked better.
For Astronomy, I recorded the hour, the sunlight entering through the eastern windows, and the faint wind moving through the room.
I wasn’t sure whether any of those things mattered.
I wrote them anyway.
Around me, students were beginning their attempts.
The pale-haired boy near the front finished first.
He placed both hands on either side of his wooden frame without touching the stone.
His lips moved.
I couldn’t hear the words.
The stone trembled.
Then it shot upward.
It struck the marker with a sharp crack, spun sideways, and fell off his desk.
Several students laughed.
Professor Aurelia did not.
“Which art did you neglect?”
The boy retrieved his stone from the floor.
“Arithmetic?”
“You supplied too much pressure, but that was not your first failure.”
“Geometry?”
“You applied the force above and to the side of its center.”
She pointed toward the stone where it had rolled beneath the next desk.
“The rotation was not accidental. It was the logical result of the geometry you constructed.”
The boy picked it up and placed it back beneath the frame.
“Yes, Professor.”
“Again.”
A girl seated two rows ahead completed her working next.
Her stone lifted from the desk.
For a moment, it looked like she had done it perfectly.
Then it drifted sideways and struck one of the wooden posts.
“Grammar,” Professor Aurelia said.
The girl frowned.
“I defined the stone.”
“You defined rise as movement directly away from its supporting surface.”
“Isn’t that rising?”
“Not necessarily.”
Professor Aurelia placed two fingers against the edge of the desk.
“Your desk is not level.”
The girl looked down at the slightly sloping surface.
Professor Aurelia pointed toward the wooden marker.
“The shortest path away from the desk is not the same as directly above the stone.”
She tapped the sentence on the board.
“Directly above was not decorative.”
The girl immediately bent over her notebook.
Other attempts followed.
Stones trembled, scraped, rolled, or lifted briefly before dropping back onto the desks. One became warm enough that its owner yelped and pulled away.
Professor Aurelia looked toward him.
“The exercise was movement.”
“I thought reducing its weight would make it easier.”
“You heated it.”
“I know.”
“That should concern you.”
A few students laughed.
Even the students who struggled produced something.
A vibration.
A scraping sound.
A momentary shift.
The girl with the silver forks waited longer than anyone near the front.
She sat with her eyes closed, tapping one finger against her desk.
Four perfectly even beats.
When she opened her eyes, her stone rose.
It moved so smoothly that, for a moment, I thought someone had lifted it on a thread.
It stopped just beneath the wooden marker.
It didn’t spin or sway.
She tapped four times.
On the final beat, the stone slowly descended and settled onto the desk without making a sound.
Several students stared.
Professor Aurelia approached her desk.
“You began your education before coming here.”
“Yes, Professor.”
“How old were you?”
“Six.”
A few students murmured.
Professor Aurelia examined the notes in front of her.
“Your geometry is excellent. Your arithmetic is sufficient.”
The girl smiled.
“Your rhetoric is careless.”
Her smile disappeared.
Professor Aurelia pointed toward one of the sentences.
“You wrote that the stone would remain motionless.”
“It did.”
“Relative to the desk.”
The girl looked down.
“The academy is moving with the earth. The earth moves within greater systems. Absolute motionlessness was not your intention, and it was not achieved.”
“I understand.”
“Do you?”
Professor Aurelia’s voice wasn’t unkind.
“Your experience allowed your intention to correct your language. A less practiced student using your wording might attempt something impossible.”
The girl nodded.
Professor Aurelia continued down the row.
I stared at my stone.
Nearly half the class had completed the exercise.
Some had done it poorly, but they had done it.
Even the weakest attempts had caused their stones to shake.
I placed my hands on either side of the frame.
I read the sentence I had written.
I understood what I wanted.
At least, I’m pretty sure I did.
The stone would move upward.
One finger’s width.
It would remain there for four beats.
Then it would return.
I pictured the path.
I imagined an upward pressure beneath it.
Nothing happened.
Maybe I needed to speak.
“The stone will rise vertically from its present position.”
My voice sounded awkwardly loud.
A student beside me glanced over.
I lowered it.
“It will stop beneath the marker, remain for four beats, then return gently to the desk.”
Nothing.
I concentrated harder.
The stone still didn’t do anything.
I tried tapping the rhythm in four equal beats.
Still nothing.
Maybe I’m saying the words wrong?
I repeated the sentence Professor Aurelia had written.
Nope.
Still not working.
Around me, more stones lifted.
A boy behind me managed to raise his for a single beat before it dropped.
He groaned.
His friend congratulated him anyway.
I placed one finger against my stone.
Maybe physical contact would help.
I imagined pushing through the desk and lifting it from beneath.
The stone remained still.
When Lynne brought me to the academy, there had been some weird machine that turned completely blue when I stepped inside it.
Everyone had stared at me like I had done something extraordinary.
They said the result was impossible. They said I was a hundred percent suited for magic.
But I couldn’t move a rock.
Some part of me still felt like magic wasn’t real.
Everyone around me acted like it was just a normal part of life. Something they had never even thought to question.
I mean, the more I looked around, the more obvious it was that magic was real.
It just still felt kind of unbelievable.
Moving a rock with your mind shouldn’t be a real thing.
But everyone else was doing it.
So why couldn’t I?
I pressed my teeth together and tried again.
Nothing.
Professor Aurelia stopped beside my desk.
I kept my eyes on the stone.
“What have you attempted?”
“The working on the board.”
“That tells me the intended result. What have you attempted to alter?”
“The pressure acting on the stone.”
“What pressure?”
“The force holding it down.”
“Weight is not a hand pressing it against the desk.”
I looked up at her.
“It’s drawn downward.”
“Yes.”
“And the desk prevents it from continuing downward.”
“Yes.”
“What must occur for it to rise?”
“An upward force greater than its weight.”
“Then apply the smallest upward pressure you can produce.”
I looked at the stone again.
“How?”
Professor Aurelia did not immediately answer.
For a moment, I wondered whether I had asked a stupid question.
Then she took a shallow dish from an empty desk and placed it in front of me.
She poured a thin layer of water into it and set my stone in the center.
Ripples spread toward the edges.
“Do not lift it,” she said.
“All right.”
“Do not move it.”
I waited.
“Do not warm it.”
“What should I do?”
“Exert the smallest influence you can.”
She pointed toward the water.
“If the stone responds too little for the eye to detect, the water will reveal it.”
That sounded easier.
I placed my hands on either side of the dish.
I tried to produce anything.
A push.
A pull.
Maybe heat.
Maybe a vibration.
I imagined tapping the surface without touching it.
The water remained still.
I held my breath.
Nothing moved.
Not the stone.
Not the water.
Not even the tiny specks of dust floating near the edge.
Professor Aurelia watched for several seconds.
“Again.”
I tried.
Nothing.
She reached past me and lightly touched one finger to the desk.
The water trembled.
Small ripples moved across its surface.
She removed her hand.
“Again.”
I stared at the dish until my eyes began to ache.
Still nothing.
Students nearby had stopped working.
I could feel them watching.
Professor Aurelia glanced toward them.
“Unless his failure has somehow completed your own exercises, return to your work.”
They quickly looked away.
She turned back to me.
“What did you observe?”
I didn’t know how to answer.
“Nothing happened.”
“Then write that.”
I looked at her.
“That’s it?”
“Would you prefer to invent a result?”
“No.”
“Then record the truth.”
Professor Aurelia moved my notebook back toward the center of the desk.
“An unsuccessful experiment still produces information, provided the observer is honest.”
I picked up my pencil.
Beneath the seven columns, I wrote:
No observable movement.
No change in temperature.
No visible disturbance in the surrounding water.
Professor Aurelia read it.
“Did you experience pain?”
“No.”
“Resistance?”
“No.”
“Fatigue?”
“No.”
“Heat?”
“No.”
“A sensation of pressure?”
I shook my head.
She nodded toward the notebook.
“Write those as well.”
I did.
She remained beside me while I finished.
“Professor?”
“Yes?”
“Apparently, when I came here, they said I had a hundred percent affinity for magic.”
“I am aware.”
“Then why can’t I do this?”
Professor Aurelia looked at the stone sitting beneath the water.
“An affinity test measures response.”
“What does that mean?”
“That was merely the response the test produced.”
“That doesn’t answer the question.”
“No.”
Her expression remained calm.
“It answers a different question.”
I waited for her to explain.
She didn’t.
Instead, she lifted the stone from the dish and dried it with a cloth.
“Do not confuse a measurement with an explanation.”
She returned the stone to its place beneath the wooden marker.
“Yesterday, you called gravity a force that pulled objects toward the earth.”
I remembered the entire class turning to look at me.
“You knew the name,” she continued. “You did not know how the name differed from the explanation you had already been given.”
Her eyes moved toward the words above the board.
UNDERSTANDING PRECEDES POWER
“Today, you possess more understanding than you did yesterday.”
She looked down at the unmoving stone.
“That does not mean power must immediately follow.”
There was no mockery in her voice.
But I still didn’t feel better.
Nearly every other student could perform some kind of magic.
The advanced students could control their stones precisely.
The ordinary students made mistakes, but their mistakes still produced heat, movement, or vibration.
I couldn’t even call my attempt a mistake.
A mistake would have done something.
Professor Aurelia walked toward the front of the room.
The pale-haired boy attempted the exercise again.
This time, his stone rose more slowly.
It still rotated, but only slightly.
The girl whose stone had drifted sideways corrected her path and lifted it halfway to the marker.
Even the boy who had accidentally heated his stone managed to make it tremble.
I tried again.
Predictably, nothing happened.
The bell rang.
Several stones dropped at once.
Professor Aurelia winced as they struck the desks.
“Your control over endings remains unimpressive.”
Students began closing their notebooks.
“Leave the wooden frames. Keep your specimens.”
She returned to the board and placed one hand beneath the sentence.
“For tomorrow, write seven different changes that might be imposed upon your stone.”
She began listing examples.
POSITION.
TEMPERATURE.
SHAPE.
PRESSURE.
RESONANCE.
MASS.
STRUCTURE.
“You will describe how all seven Liberal Arts apply to each chosen change.”
A student groaned.
Professor Aurelia looked toward him.
“You may instead attempt each working without preparation.”
The student stopped groaning.
“Those who began their education early will be tempted to rely upon habits they cannot explain.”
Her gaze moved toward the girl with the silver forks.
“Those with less experience will be tempted to imitate results they do not understand.”
She looked toward the pale-haired boy.
“And those who failed to produce a visible effect will be tempted to believe they learned nothing.”
Her eyes found me.
“All three temptations are forms of arrogance.”
The room became quiet.
Professor Aurelia pointed toward Grammar.
“Define what occurred.”
Then Logic.
“Determine why.”
Then Rhetoric.
“Express what you intend to do differently.”
Her hand moved across the remaining four arts.
“Measure it. Place it. Order it. Understand when it occurs.”
She set the chalk down.
“That is how failure becomes education.”
Students began filing out.
I remained seated for a moment.
The stone rested in the center of my desk.
I picked it up and turned it beneath the sunlight.
Yesterday, I had looked at it and seen nothing worth studying.
Today, I understood its surface, its balance, its uneven materials, and the direction it would probably roll if pushed.
I could define the intended movement.
I could explain the conditions that needed to change.
I could measure the distance, draw the path, and keep the rhythm.
I understood more than I had before.
The stone still hadn’t moved.
I slipped it back into my pocket.
A name could conceal the absence of understanding.
Apparently, understanding could also conceal the absence of power.