Summary of the series and release schedule
Part 1 â Order on a Line
Part 2â Wonder in an Arrow (Dec 4)
Part 3 â Certainty in a Square (Dec 8)
Part 4 âAbundance in the Sky (Dec 11)
Example and reflection (Dec 15)
Part 1 â Order on a Lineđ
How the comfort of order begins to crack
"What makes a mathematician is not technical skill or encyclopedic knowledge but insatiable curiosity and a desire for simple beauty. Just be yourself and go where you want to go. Instead of being tentative and fearing failure or confusion, try to embrace the awe and mystery of it all and joyfully make a mess. Yes, your ideas wonât work. Yes, your intuition will be flawed. Again, welcome to the club! I have a dozen bad ideas a day and so does every other mathematician."
Lockhart, Paul. Measurement (p. 10)
The Familiar Line
When I first learned numbers, I met them on a line: zero in the middle, one step to 1, another to 2âeach tick a small victory of certainty. The number line tamed something deep. It turned ânumberâ into a tool I could hold: measure, compare, decide.
I did the same with God. Prayer as planning, faith as efficiency, Scripture as schedule. God became my rulerâuseful, straight, dependableâbut mostly mine.
Counting the Whole and the Parts
We first know numbers by counting: one apple, two hands, three friends. These are the integersâsolid, predictable. Then come parts of the whole: half an apple, a third of a mile, three-quarters of a cup. Fractions stretch the line between integers. All numbers that can be written as a ratio of whole numbers are rationalâfrom ratio. Orderly. Measurable. Between any two integers live infinitely many rationals. It feels complete.

Reducing God (and Numbers)
The number line felt like pencil on graph paperâclean, grayscale, controllable. It gave me outlines. Beautiful, but still line art. A number line is helpfulâbut it isnât number itself. Itâs a map of a country I havenât fully walked. Iâd done the same with Godâflattening a living reality into a usable picture. Reducing an infinite Deity to a finite transaction.
If Iâm honest, I often ran faith like an equation: input prayer, output result. Kindness as a lever; obedience as a way to keep life tidy. Gratitude when the math âworked,â quiet resentment when it didnât. I treated the Holy One like a system to be optimizedâas if the Ancient of Days were a well-labeled ruler on my desk. But love is not a ledger, and eternity wonât fit in a spreadsheet. When I live this way, I get a kind of control, yet I lose the awe.
Black-and-white and color. Rational numbers are wonderfully pragmaticâthey give clean outlines and dependable calculations. Theyâre the black-and-white of arithmetic: necessary, clarifying, safe. What I hadnât yet seen was the color in betweenâthe irrational values that donât fit into neat ratios but still belong to the same landscape. My early faith mirrored my math: I prized the pragmatic outlines and missed the living color.
Mathematics hints at a world beyond us: lines that never bend, squares that never warp, truths that donât expire. We donât invent them; we discover them. If math can live beyond us, maybe God does tooânot a tool in my hands, but the reason reason works. Perhaps math is a whisper of an infinite Creatorâand my âuseful Godâ is far too small.
When the Rational World Cracks
For years, the rational world felt safe. But eventually the ground shifted. Under the logic was trustâin people and systems. Like rational numbers, trust seems to fill the line, yet real gaps remain. A miscommunication, a broken promise, a hidden sinâand the foundation shakes. The inputs stop predicting the outputs. The ledger wonât balance. I feel the hollowness of a faith run like bookkeeping. Is there a bedrock more solid than rational trust in each other?
A Mirror in Mathematics

Art work by Carolyn Kester
Pythagoras and his circle found order everywhereâbeauty and music explained by ratio. Then came a number that would not fit: irrational. Not a fraction. Not reducible. Tradition says the discoverer paid dearly for revealing it. Whether or not that detail is literal, the point stands: rational harmony cracked. Something on the âlineâ refused to be captured by the ruler. What kind of number could do that?
The Limits of Looking Deeper
When foundations crack, we tend to zoom inâassign blame, find âthe gap.â But on the rational line, zooming only reveals more of the same: between any two fractions lie infinitely many more. No new air. No new space. The way forward isnât digging deeper in one dimension; itâs adding room for new questionsâadding a dimension.
We usually meet fractions like marks on a ruler: halves, fourths, eighths⌠evenly spaced, tidy, predictable. Thatâs one honest picture.
Fractional number line
But thereâs another way to watch fractions arrive. Consider the sequence
These donât march by 1/2 â 1/4 â 1/8. Instead, they hug an unseen value, alternating above and below, drawing tighter each time. Zooming in on the line just shows the approach in finer detailâit doesnât reveal a âmissing tick.â To find new air, we wonât dig further into the line; weâll change perspective.
Special fractions that zoom in
Toward Part 2 â When Points Leave Single File
A number line looks sturdy, but itâs really just points in single fileâa tidy queue weâve agreed to call âorder.â What if we kept the same points and simply stopped lining them up?
Picture a night sky: the points spread out, no longer elbow-to-elbow on a narrow path. Theyâre still the same pointsâjust not in a row. Now the question isnât âwhat comes next?â but something deeper:

Creating space for a fresh perspective of order
- How would we organize these points to create a sense of order?
- What does ânearâ or âsameâ mean when points arenât forced into before-and-after?
- How do we know weâve included every point we meant to include?
Maybe âreasonableâ isnât less than logic but moreâa wider wisdom thatâs gentle, fair, and shaped by mercy, the way a sky can hold countless stars without collapsing them into a line.
Next: We donât need new points; we need a new plane. The same fractions that felt like ticks on a ruler might reveal more when theyâre allowed to breathe. Do you have a need for more space?
A fresh way to view fractions (in 2D)
See Part 2 - Wonder in an Arrow

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And for the curious minded, here is a sneak peek video of where we're heading by the end of our story. This is an animation that started with an idea I read but quickly expanded to new thoughts the more I played with it. I'll share more later ...
A sneak peak of the math ahead