The question followed her to work on Monday.
Not the way the breakup had followed her — heavy, suffocating, sitting on her chest like an unresolved merge conflict. This was different. This was interesting. The kind of interesting that made her forget to check Instagram for three hours. The kind of interesting that made her stare at her lunch dabba without eating while her brain ran loops in the background.
Does God exist?
She'd spent twenty-seven years not thinking about this. Not actively denying it — she wasn't one of those aggressive atheists who treated religion like a legacy codebase that needed to be deprecated. She just... hadn't engaged. God was Aai's department. God was the Ganesh murti on the dashboard of every auto in Pune. God was the reason Baba said "Devachi krupa" every morning before his first chai. God was ambient. Cultural. Decorative. Like the rangoli outside the door — nice to have, not structurally relevant.
But now the question was structurally relevant. Because if God didn't exist, then BG 15.7 was poetry — beautiful, comforting, ultimately fictional. And the loneliness she'd been feeling was permanent. The spark had no fire. The fragment had no whole. She was just an eternal soul with nowhere to go.
And if God did exist — if there really was a source, a fire, an origin point that said "you are Mine" — then everything changed. Not just the loneliness. Everything. Her entire operating model for reality needed a rewrite.
So she did what she always did when the stakes were high and the documentation was insufficient.
She investigated.
💻 The Code Argument
It started at her desk. Tuesday, 11:40 AM. She was reviewing a PR from Nikhil — who, miraculously, had only broken one thing this time — when a thought arrived with the quiet authority of a senior engineer who doesn't need to raise their voice.
This code was written by someone.
Obviously. Nikhil wrote it. Badly, but he wrote it. Every function, every variable, every conditional — someone sat down and typed it. It didn't assemble itself. It didn't emerge spontaneously from the IDE. Even the worst code in the world — and she'd seen some truly horrific code — was authored. It had a source.
She looked at the screen. Lines of JavaScript. Logic. Structure. Rules. Syntax that followed grammar. Functions that called other functions. An architecture — however messy — that was designed to produce a specific outcome.
Now she looked at her own hand on the keyboard. The hand that was reading the code. Five fingers. Twenty-seven bones. Tendons that transmitted electrical signals from her brain to produce precisely controlled movements. A nervous system that processed the visual input from the screen, interpreted the symbols, matched them against learned patterns, and generated a judgment: this code is broken.
The hand was more complex than the code. By orders of magnitude. And the code required an author.
She opened a new note on her phone. Not the "Things I know about myself" note — a new one. She titled it:
Does God Exist? — Evidence log
And typed the first entry:
- Code requires a coder. Design requires a designer. The simplest program I've ever written needed someone to write it. My hand — which is infinitely more complex than any program — also needed someone to write it. Unless complexity can emerge from nothing. Can it?
🧬 The DNA
She Googled it at lunch. Sitting in the Finova cafeteria, rajma chawal getting cold, phone propped against her water bottle.
"DNA information storage density."
The number stopped her.
215 petabytes per gram.
She read it again. 215 petabytes. Per gram. That was 215 million gigabytes of data — in a single gram of biological material. A research team at Columbia University had demonstrated this in 2017, published in Science. A gram of DNA could theoretically store every piece of digital data humanity had ever created. Every email, every photo, every video, every database, every line of code — all of it, in a quantity of DNA smaller than a sugar cube.
For context: the best commercial hard drives in 2026 stored about 2-3 terabytes. A gram of DNA stored roughly a hundred million times more.
And this wasn't synthetic. This wasn't some lab-created storage medium. This was the storage system that existed inside every single cell of her body. The same system that stored the instructions for building a human being — from the color of her eyes to the curvature of her spine to the exact pattern of whorls on her fingertips. All encoded. All structured. All written.
She added to her evidence log:
- DNA stores 215 petabytes per gram. More than any data center on earth. It uses a 4-letter code (A, T, G, C) to encode instructions for building an entire organism. The most sophisticated storage system in existence — and it's inside every cell of my body. No engineer at Google or Amazon has built anything close to this. But it's supposed to be an accident?
⚙️ The Constants
The rabbit hole deepened. She searched "fine-tuning universe constants" and landed in territory that made her engineering brain feel like it was being personally addressed.
The universe, it turned out, ran on a set of constants — numbers that were baked into the fundamental laws of physics. The gravitational constant. The cosmological constant. The strong nuclear force. The electromagnetic force. The mass of the electron. About two dozen numbers that determined literally everything — from why atoms held together to why stars burned to why the universe hadn't either collapsed into itself or blown apart in the first microsecond.
And every single one of these numbers was fine-tuned to a precision that was insane.
The gravitational constant — the number that determined how strong gravity was. If it varied by just 1 part in 10⁶⁰, the universe couldn't support life. To visualize that: imagine a ruler stretching across the entire observable universe — 93 billion light-years. The life-permitting range for the gravitational constant on that ruler was about 9 nanometers wide. The width of a single protein molecule. On a ruler the size of the universe.
The cosmological constant — the number that controlled the expansion rate of the universe. Fine-tuned to 1 part in 10¹²⁰. If it were slightly more positive, the universe would have expanded so fast that no galaxies, stars, or planets could ever form. If slightly negative, the universe would have collapsed. The actual value sat in an unimaginably narrow band between annihilation and oblivion.
The strong nuclear force — the force that held atomic nuclei together. A 2% change in either direction would make the universe uninhabitable. 2% stronger, and all hydrogen would have been converted to helium in the first moments after the Big Bang — no water, no long-term fuel for stars. 2% weaker, and nuclei larger than hydrogen couldn't form — no carbon, no oxygen, no chemistry, no life.
Stephen Hawking had written: "The remarkable fact is that the values of these numbers seem to have been very finely adjusted to make possible the development of life."
Meera stared at the cafeteria ceiling. The fluorescent lights hummed. Someone was microwaving something that smelled like last Thursday's paneer.
She was an engineer. She worked with systems every day. And she knew — with the bone-deep certainty of someone who had debugged payment gateways at 2 AM — that precision didn't come from nowhere. If a system worked, someone had configured it. If the configuration was tight, someone had tuned it. If the tolerances were measured in nanometers on a universe-sized ruler, someone had cared enough to get it exactly right.
- The gravitational constant is fine-tuned to 1 part in 10⁶⁰. The cosmological constant to 1 part in 10¹²⁰. The strong nuclear force would destroy the universe with a 2% shift. These aren't approximations — they're precision engineering at a scale no human system has ever approached. Configuration this precise implies a configurer.
🌍 The Provisioning
Wednesday evening. She was on the Blue Ridge running track — 3.2 km now, still terrible, still breathing like a woman who had personally offended the concept of cardiovascular fitness. But the running had become her thinking time. The body worked, the mind wandered.
And tonight, the mind wandered to something Arjun had said on the hilltop. Not the spark metaphor — something earlier. Something she'd let pass without thinking.
"When you see design, what do you assume? That there's a designer."
She thought about the Earth.
Not poetically. Not the way Instagram travel pages thought about the Earth — golden hour, hashtag blessed. She thought about it the way she thought about production infrastructure. As a system.
The Earth sat at precisely the right distance from the Sun — the habitable zone. A few percent closer and the surface would be too hot for liquid water. A few percent farther and it would freeze. The planet had a magnetic field that deflected solar radiation — without it, the atmosphere would have been stripped away billions of years ago, the way Mars lost its atmosphere. It had a moon that stabilized its axial tilt, keeping the seasons predictable. It had a nitrogen-oxygen atmosphere in the exact ratio needed to support respiration without being toxic or flammable.
And all of this had been in place before humans showed up.
That was the part that hit her mid-stride, somewhere between the neem tree and the building where the uncle from 704 grew his tulsi.
The infrastructure was provisioned before the first user logged in.
In her world — in the world of software — this was called provisioning. Before you launched an application, you set up the servers. You configured the database. You installed the dependencies. You made sure the environment was ready to receive the workload. No competent engineer deployed code onto a server that hadn't been prepared.
The Earth was provisioned. Food was here before humans needed to eat. Water was here before humans needed to drink. Oxygen was here before humans needed to breathe. The ozone layer was here before humans needed protection from UV. The nitrogen cycle, the water cycle, the carbon cycle — all running, all stable, all waiting.
For whom?
If she found a production server already configured — database seeded, environment variables set, SSL certificates installed, monitoring enabled — she wouldn't assume it happened by accident. She'd assume someone had set it up. She'd look for the admin.
- The Earth was provisioned before we arrived. Oxygen, water, food, magnetic field, ozone layer, stable axial tilt, habitable zone — all in place before the first human existed. Provisioning implies a provider. Infra doesn't set itself up.
🔬 The Laws
Thursday. She was debugging a particularly stubborn race condition in the payment queue — two threads accessing the same resource without proper locking — when the parallel struck her so hard she actually stopped typing.
Laws don't write themselves.
The race condition existed because someone hadn't written a rule to prevent it. The mutex — the lock that would prevent two threads from colliding — had to be authored. It didn't emerge spontaneously from the system. Someone had to say: when this resource is accessed, this is the rule.
She thought about physics.
Gravity didn't take days off. The speed of light was the same in Pune as it was in a galaxy 10 billion light-years away. The charge of an electron was identical in every electron in the observable universe — trillions upon trillions of particles, all carrying the exact same charge, to more decimal places than any human instrument could measure.
These weren't suggestions. They weren't tendencies. They were laws. Absolute, consistent, universal, unbreakable. The most reliable constants in all of human experience.
And laws required a lawmaker.
Not in the political sense — in the engineering sense. A rule that was universally enforced, that never failed, that applied identically across all instances and all time — that was governance. That was architecture. That was someone saying: this is how it works, everywhere, always.
The alternative was that these laws existed without a source — that the universe had generated its own governance framework, its own consistency guarantees, its own universal constants, all by accident. That was like saying a distributed system had deployed itself, configured its own load balancers, set its own rate limits, and maintained 100% uptime across 93 billion light-years — with no one monitoring it.
She didn't buy that when Nikhil claimed his code "just worked." She wasn't going to buy it for the universe.
- Physical laws are consistent, universal, and unbreakable. They apply identically across all known space and time. Gravity, electromagnetism, the nuclear forces — all governed, all precise. Laws imply a lawmaker. Governance implies a governor. The universe isn't a system that runs itself. It's a system that's being run.
🌙 The Reckoning
Friday night. She sat on her bed, Notes app open, evidence log in front of her. Five entries. She read them in order.
- Code requires a coder.
- DNA stores 215 petabytes per gram.
- Fine-tuning at 1 part in 10⁶⁰.
- Earth provisioned before humans arrived.
- Laws imply a lawmaker.
She was an engineer. She dealt in systems, in architectures, in cause and effect. And every principle she applied at work — every debugging instinct, every architectural assumption, every code review heuristic — pointed in the same direction.
Design implied a designer. Code implied a coder. Laws implied a lawmaker. Provisioning implied a provider. Fine-tuning implied a tuner.
The universe wasn't a random accident any more than the Finova payment gateway was a random accident. Both were engineered. Both ran on precise rules. Both had been configured for a specific purpose. The only difference was scale.
She picked up the yellow book. Found Chapter 15, verse 7. Read it again.
"The living entities in this conditioned world are My eternal fragmental parts."
And for the first time, the word "My" didn't sound like an unverified assumption.
It sounded like the admin claiming the server.
The designer signing the blueprint.
The coder looking at the code and saying: this is Mine. I wrote it. I configured it. I put you here. You're not an accident. You're not a bug. You're a feature. And you've been running on My infrastructure this whole time.
She wasn't ready to say she believed in God. That word — believe — still felt too much like Aai's territory, too much like uncritical acceptance, too much like closing her eyes and jumping.
But she was ready to say something else. Something that felt more honest, more Meera.
She opened the Notes app. Added a sixth entry to the evidence log:
- I don't have proof that God exists the way I have proof that the soul exists. But I have inference. Strong inference. The same kind of inference I use every day when I look at a system and say "someone built this." The universe is the most complex, most precisely tuned, most elegantly provisioned system I've ever examined. The simplest explanation is: someone built it. And if someone built it — then BG 15.7 isn't poetry. It's architecture.
Then she switched to the other note — "Things I know about myself" — and revised entry number 6:
6. BG 15.7 says I belong to someone — "My eternal fragmental parts." If God exists, the loneliness is homesickness. IF. Need to verify the IF.
- BG 15.7 says I belong to someone. The evidence says someone designed this universe. The inference is strong enough to build on. The loneliness is homesickness. I have a home. I'm just not there yet.
She put the phone face-down.
Who am I? The driver. Not the car. (Verified.)
Whose am I? A fragment of the designer. A spark from the fire. (Inferred. Strong inference.)
Where am I? ...
That question was next. And now it had teeth — because if she was a spark that belonged to a fire, and she was currently not in the fire, then this place — Pune, Baner, Finova, the whole messy beautiful ridiculous world — was the place the spark had landed after flying away from the flame.
Which meant the question wasn't just "Where am I?"
It was "Why am I here instead of home?"
She fell asleep at 11:47 PM. Early, by her recent standards. The ceiling fan turned. Priya was already asleep. The yellow book sat on the side table, spine cracked to Chapter 15, waiting.
The loading screen for the third question had just started.
And somewhere, underneath the code and the constants and the fine-tuned numbers and the 215 petabytes per gram — underneath all the engineering that held the universe together — something that might have been called grace was watching a twenty-seven-year-old software engineer in Baner figure it out, one evidence log entry at a time. ✨
📖 Next chapter: Where Am I? — Meera's office throws a "team-building" offsite. Everyone performs wellness. Everyone performs happiness. Everyone performs being fine. And Meera, for the first time, sees the performance for what it is — and asks the third question: "If I belong somewhere real, why does everything here feel so... performed?"