Spoon Theory Is Brilliant. It's Also Missing Half the Picture.

Why the most popular framework for neurodivergent energy still leaves us without answers , and what a better model looks like.

I love spoon theory. I want to say that clearly before I criticise it, because this isn't a takedown. Christine Miserandino's napkin metaphor has done something remarkable: it gave millions of people with chronic illness, ADHD, autism, and trauma a way to explain themselves to the people who love them. That's real. That matters.

But I've been sitting with a problem.

Every time I tried to use spoon theory to actually plan my day, not just explain my limits, but work with them, I hit the same wall. The model would tell me I was running low. It wouldn't tell me what to do about it. And slowly I realised: that's not a bug in how I was using it. That's a structural gap in the model itself.

The part spoon theory gets exactly right

The core insight is undeniable: energy is finite, invisible to others, and not evenly distributed across people, across days, or even across the same day. You are not the same person at 9am and 4pm. You were never supposed to be.

When Miserandino handed a friend a fistful of spoons and said "now give one back for getting dressed," she made something abstract suddenly tangible. The friend gave back a spoon. Then realised she had none left for a planned trip to the store. That moment of calculation, of being forced to choose, of loss being real, is the heart of the framework. It explains why we cancel plans, why we go quiet, why a shower can wipe us out. It gives the people around us a language they couldn't access before.

That's powerful. I'm not walking it back.

But here's the problem: spoons only flow one way

In spoon theory, you begin with a fixed number of spoons. You spend them. You end wherever you end, with fewer, or with none.

There's no mechanism for gaining spoons. There's no concept of an activity that gives energy back. There's no way to account for the fact that some people, after a walk alone in the woods, genuinely feel like they've added two spoons to their pile. Or that a creative project they love can carry them for hours beyond what their "budget" should allow.

This isn't a minor omission. For many neurodivergent people, especially those with ADHD, energy is bidirectional. It goes out, yes. But it also comes back in, sometimes dramatically, sometimes from completely unexpected sources.

Think about the researcher who falls into a paper at midnight and surfaces at 4am sharper than they started. The artist who locks themselves in the studio chasing something, forgets to eat, forgets the time, and walks out hours later with the result they wanted, exhausted in the body, electric in everything else. The writer who sat down to do thirty minutes and looked up to find it was tomorrow. That's not willpower. That's not discipline. That's generation. Something in the work itself was producing energy faster than the work was consuming it.

Passion is a power station. A real one. And it doesn't fit in the spoon model at all.

The hyperfocus state that lets someone code for six hours, or research for eight, or create through the night, it isn't a mystery violation of the spoon limit. It's a generator running at full capacity. There's a source active that wasn't there before, one that the spoon model has no word for and no mechanism to represent.

We don't fit in small boxes. And the frameworks we use to understand ourselves shouldn't pretend we do.

Spoon theory has no word for any of this. No mechanism. The spoons only deplete.

The second gap: spoons are spoons

In the original framework, a spoon is a spoon. Getting dressed costs one. Making a phone call costs one. Sitting in a loud office for three hours costs... presumably some number of spoons. But they're all the same unit.

This doesn't match how energy actually works for most neurodivergent people.

A two-hour phone call with a demanding colleague and a two-hour walk with a close friend might both "cost energy" in a spoon accounting sense. But they leave you in completely different states. One depletes something social and emotional and leaves your body buzzing with tension. The other might empty your social tank while quietly filling something else, call it peace, or groundedness, or whatever you have a word for.

The type of energy matters. What depleted you matters. What you have left to spend matters. And crucially: the type you'll need for what comes next matters.

Spoon theory collapses all of this into one universal currency and calls it a day.

The third gap: context doesn't exist

The spoon model treats activities as having fixed costs. A phone call is a phone call.

But experience tells us this is wrong. A phone call at 10am on a rested Tuesday is a completely different energetic event than the same call at 4pm on a Wednesday when you've already had three meetings, the office is loud, and you're masking hard.

Context changes the cost. Dramatically. Sometimes a 2x multiplier. Sometimes more.

Masking, the effort of suppressing autistic or neurodivergent traits to appear neurotypical, is a perfect example. Research has confirmed what autistic people have described for years: masking has a real biological cost. Cortisol studies show it. The energy it consumes runs in the background like a parasitic process on your operating system. It doesn't show up as a named spoon. But it's eating your supply the entire time.

Spoon theory has no way to represent background load. It only counts the discrete, named events. Everything underneath is invisible.

A different metaphor: the power grid

At some point I started thinking about energy differently, not as a finite pile of identical tokens, but as a power grid.

Bear with me, because I think this changes things.

A power grid has sources, generators that produce power. Solar panels. Power stations. Wind turbines. For a person, these are the activities and environments and people that produce energy. A walk. A creative project in flow. A conversation with someone who genuinely gets you. Time alone after a social drain. These are generators. They have different output levels. Some are solar panels, consistent, low-level. Some are power stations, high output but fuel-dependent.

A power grid also has loads, the things drawing power. The lights, the heating, the appliances. For a person: a difficult meeting. An admin task you've been avoiding. A phone call. Sitting in a sensory-hostile environment. These aren't bad, your house needs loads to function. But some are high-draw and some are efficient.

Then there's transmission loss, power lost between generation and use. Context switching loses power. Masking loses power. Commuting loses power. This is why five small tasks in a row can wipe you out even though none of them individually felt heavy. The switching cost is real and cumulative. The grid model has a name for it. The spoon model doesn't.

There's storage, not just a reserve tank, but a system with distinct states: charged, nominal, low, critical. And crucially, storage isn't your energy itself. It's your resilience. When your storage is low, every load feels heavier. The same phone call that cost you 0.3 units on a good day costs 0.7 units when you're already depleted. The spoon model treats cost as fixed. The grid model treats it as conditional.

And finally, there are breakers. When load exceeds available generation plus storage, something trips. Shutdown. Meltdown. Dissociation. Going blank. Rage. Avoidance. In spoon theory, running out of spoons is... running out of spoons. The grid model recognises that hitting the limit isn't failure, it's a protection mechanism. The breaker trips to prevent damage to the infrastructure.

Why this matters practically

The difference between these models isn't just philosophical. It changes what you do with the information.

Spoon theory tells you: I have six spoons left, that call will cost me two, I'll have four after.

The grid model asks: What is my current generation rate? What loads are active right now? What is my transmission efficiency today, how much is masking costing me in the background? What will restore me fastest given my current state? Is there a high-cost event coming that I should buffer against?

It shifts the question from "do I have enough?" to "what does my system actually need right now?"

It also explains things spoon theory can't. Like why a walk before a hard meeting changes the outcome of the meeting. (You raised your generation rate before a high load hit.) Why a creative project can leave you tired but not depleted in the way admin does. (You ran a generator, not just a load.) Why five days of "fine" days can collapse into one terrible day with no obvious cause. (Your storage was running on deficit. Each "fine" day masked a slow drain. The buffer ran out.)

This isn't about being more productive

I want to be specific about what this model is not for.

It's not an optimization framework. It's not about squeezing more out of yourself. If anything, it's the opposite, it's a system for understanding why you need what you need, so you can stop apologising for it and start building a life that actually accounts for it.

The grid model doesn't say "do more." It says "understand the shape of what costs you, and find the generators that genuinely restore you, so that you're not perpetually running on empty and wondering why you keep failing systems designed for a different kind of person."

That's different from productivity. It's closer to honesty.

What a model like this enables

When I started tracking my energy as a grid rather than a spoon pile, a few things happened.

I noticed that phone calls early in my week cost me almost twice as much as the same calls later on. I had no idea. I'd been front-loading them because I thought "get it over with" was the right strategy. It wasn't. I was hitting a high load at my lowest generation window, and that window is mine specifically. Someone else's grid runs the opposite way.

I noticed that my walks weren't just "nice." They were the most consistent generator I had. Reliable, high-output, available every day. I stopped treating them as a reward for finishing work and started treating them as infrastructure, something the grid needed to function.

I noticed that context switching was costing me more than any individual task. Five emails between five different projects left me more depleted than one two-hour deep work block of the same total time. The transmission losses were the real drain.

None of that was visible through spoon theory. All of it became visible once I started thinking about the grid.

A note on existing tools

I've tried most of them. Habit trackers, mood journals, time blockers, productivity frameworks. They all share the same fundamental assumption: that your energy is consistent enough to be scheduled, and that the primary problem is execution, not capacity.

That assumption is wrong for a lot of us. Not because we lack discipline. Because our energy genuinely doesn't work that way.

Spoon theory was the first framework that acknowledged this. It said: your capacity is real, it's limited, and it varies. That was revolutionary.

The grid model tries to take the next step: your capacity is real, it's bidirectional, it varies by type, it's context-dependent, and it can be learned. Not just explained to others, actually understood, by you, about yourself.

That's the goal. Not to perform better. To stop being surprised by yourself.

How to start using this model

You don't need any tool to start thinking in grids. You can start with three questions at the end of each day:

What depleted me today? Not just what was hard, but what specifically took from the grid. And was it the task itself, or the context around it?

What restored me? Even a small thing. Even something you didn't expect. What gave something back?

What was running in the background? Was there a difficult conversation looming? Were you masking? Was the environment difficult? These are your transmission losses. They're real even if they don't have names.

After a couple of weeks, patterns start to emerge. Not because you forced them, but because you were paying attention to the right things.

Final thought

Spoon theory gave us a language. That was essential, and I'm genuinely grateful for it.

But language is just the beginning. What we need next is a model, something that can tell us not just "I'm running low" but "here's why, here's what my grid actually needs, and here's the pattern I couldn't see before."

That's what I've been building toward. And it starts with this: your energy isn't a pile of spoons. It's a system. And systems can be understood.

Arhi is an energy intelligence app for neurodivergent people. If this resonated with you, you can find it at arhi.io. But honestly, the model is free. Use it however helps.

Arhi, an energy intelligence app for neurodivergent people.

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