✺ I Eat Tings | Porridge Is a Physical State

Porridge is a physical state.

Apparently, even the porridge has its own little Cosmos. A strange, colorful ting rising from the bowl, with enough personality to suggest that breakfast might have something to say about the world we’ve built around it.

I Eat Tings

I thought I was learning how to make porridge. Red sorghum kept making the lesson larger. As millet and maize entered the bowl, changes in fermentation, water, grinding, and texture opened onto something much older: African grain technologies that precede maize, names that shift across geography, and foodways that colonial agriculture and industrial milling transformed without creating.

Everybody's got their hands in the pot, but nobody's leaving with the same understanding of what's cooking. A little communal curiosity, a little kitchen chaos, and plenty of tings worth passing around.

✺ I Eat Tings | Porridge Is a Physical State

Three grains float into the Cosmos carrying different histories, textures, and ways of becoming food. One strainer, several ancestral conversations, and a reminder that even the smallest tings deserve a closer look.

Sorghum, millet, maize, and the names that survived the grain

The first time I made porridge, I made it thick.

Not incorrectly.

Thick.

There is a difference.

I had soaked the grain.

I had fermented it.

I had blended it.

I had cooked it down until the spoon moved through something substantial.

I liked it.

Then I kept making porridge.

More water.

A little more water.

Plantain sometimes.

Purple sweet potato.

Yam, depending on what kind was in the house.

Red sorghum.

Millet.

Now maize.

Eventually I realized I prefer my porridge looser. I like when it moves. I like when the grain has enough water around it to become silky without disappearing. I like being able to drink some of it from the spoon before the spoon ever reaches my mouth.

And somewhere inside all of that water, I began realizing that I had been treating porridge as the name of a food when it is also a description of a physical state.

Change the water and the grain becomes another ting.

Change the grind and it becomes another ting.

Ferment it and it becomes another ting.

Add plantain and the body changes.

Add sweet potato and the body changes.

Add yam and the body changes again.

Strain away part of the grain and you have changed more than texture.

The grain keeps moving.

So do the names.

◉ Red Sorghum Keeps Teaching Me Shit

Apparently, my grains have more to say than their packaging ever bothered to mention. A closer look at what survives processing, what gets standardized, and how much of a food’s history can disappear before it even reaches the kitchen.

Red sorghum has already embarrassed me several times.

I thought I knew sorghum because I had eaten sorghum.

Then I bought red sorghum.

The cream-colored sorghum I had been buying taught me one version of the grain. The red sorghum arrived carrying its color, its outer layers, its tannins, its particular relationship to fermentation.

I could smell the difference.

More importantly, I could still taste the fermentation after cooking it.

Same word on the package.

Different curriculum.

That sent me backward.

What had been removed from the other grain?

What else gets removed before something becomes legible to me as food?

Three grains sharing a bowl before the water, fermentation, and heat get involved. Each arrives with its own history, texture, and relationship to the land. Even before cooking begins, there’s already a conversation happening.

What happens when a crop is bred, milled, polished, sorted and marketed toward sameness?

What happens when I meet the grain before so much of it has been taken away?

Millet entered the kitchen beside it.

Then maize.

And now I am watching these grains enter relationship with each other before they ever become porridge.

Red sorghum beside pale millet beside pieces of yellow maize.

Water gets involved.

Fermentation begins.

Then everything goes into the blender.

I always blend my porridge.

The blender has become part of my grain technology.

Futuristic wet milling.

It is where soaked whole grains become slurry without requiring me to begin with somebody else’s flour. I can decide what stays. I can decide how finely I want to take it. I can still see tiny red fragments of sorghum after fermentation, blending and cooking.

The grain has transformed without becoming anonymous.

And red sorghum keeps asking me to notice the difference.

◉ Before Maize, There Was Already Porridge

The blender has apparently been promoted to laboratory equipment. The countertop is collecting evidence, the plantains are participating in the experiment, and the roots are making themselves known. Somewhere between the mess and the method, the kitchen keeps revealing what these ingredients know.

This matters.

Maize is so thoroughly embedded in African foodways now that it can look ancient there.

It isn’t.

Maize is Indigenous to the Americas. It began entering African food systems during the centuries following transatlantic contact, appearing along African coasts by the sixteenth century and moving through different regions unevenly over time.

But porridge was already there.

Sorghum was there.

Millet was there.

African communities already understood grain.

Grinding.

Pounding.

Soaking.

Water.

Heat.

Fermentation.

Souring.

Thickening.

Thinning.

The relationship between cereal and body.

So African people did not receive maize and suddenly learn how to make porridge.

Maize entered African porridge tech(know)logies.

That sentence changes my orientation.

Because then maize becomes part of a much longer conversation rather than the beginning of one.

People incorporated it into existing agricultural and culinary systems. They cultivated it. Selected it. Ground it. Fermented it. Stirred it. Named it. Built new foods around it.

Eventually maize became so deeply rooted in many African foodways that trying to separate it from African culinary identity would make little sense.

It became African.

That does not require pretending it had always been there.

And remembering the older relationship with sorghum and millet does not require treating maize like a visitor that somehow remained foreign for five hundred years.

I am interested in what happened in the relationship.

◉ One Word Is Doing Entirely Too Much

 Pap has been working overtime as a linguistic umbrella, and several entire culinary traditions would like a word. Across African kitchens, the names carry differences in grain, fermentation, water, texture, technique, and lineage. Sometimes expanding our vocabulary is how we begin recovering relationships that broad categories have obscured.

I thought pap was South African.

I was right.

Then I encountered people calling Nigerian ogi and akamu pap.

Also right.

And now one little word is standing in the middle of an enormous grain landscape acting like everybody knows what the hell it means.

In South Africa, pap commonly names maize-meal porridges. The word comes through Afrikaans and Dutch vocabulary for porridge or mush.

But underneath and alongside that broad word live more specific languages, foods and physical states.

There is uphuthu, or phuthu, particularly associated with Nguni foodways: a dry, crumbly preparation in which maize meal is worked into loose granules.

There are softer porridges.

There is stiff pap.

Move across southern Africa and the language keeps changing.

Sadza in Zimbabwe.

Nshima or nsima in Zambia and Malawi.

Bogobe in Botswana.

Then move westward and I encounter ogi and akamu, fermented cereal preparations that can begin with maize, sorghum or millet.

These words cannot simply be swapped for one another because grain and water appear somewhere in the description.

The mouth would know the difference immediately.

How finely was the grain milled?

How much water entered?

Was it stirred smooth?

Was it worked dry and granular?

Could I drink it?

Could I scoop it?

Could I form it in my hand?

Was it fermented first?

Was some of the grain strained away?

Which grain?

What sits beside it?

What does the hand do with it?

What does the tongue expect from it?

Translation can say porridge while concealing an entire tech(know)logy.

◉ Pap Before Pap

A spoon can tell you quite a bit about a kitchen. How much water was invited in, how long the grain was allowed to soften, how the starches gathered, and what kind of texture the body wanted that day. Even the same grains can arrive at the table speaking differently.

That becomes even more interesting when I look underneath contemporary maize pap.

Sorghum and millet have much older histories of cultivation on the African continent than maize.

Long before maize became dominant in many regions, people were already grinding African cereals into porridges and transforming them through fermentation, malting, brewing and other techniques.

Then another grain entered the system.

Over centuries, maize became increasingly important across large parts of the continent.

That transformation cannot be reduced to one colonial event.

Maize was already moving through African trade and agricultural systems centuries before the formal European partition of Africa. African farmers actively adopted and adapted it. Later colonial agricultural economies, taxation, labor systems, commercial farming, industrial milling and commodity markets further reorganized what was grown, processed, distributed and valued.

Those distinctions matter.

Colonialism did not invent African porridge.

European arrival did not teach Africans grain technology.

And African adoption of maize was not passive.

What changed were relationships among crops, land, labor, markets and power.

Eventually industrial processing transformed the grain again.

Whole grain becomes meal.

Meal becomes finer.

Bran disappears.

Germ disappears.

Shelf life changes.

Color changes.

Texture standardizes.

The marketplace begins teaching the eye what grain is supposed to look like.

I know this story.

Red sorghum has been teaching it to me.

And I know another version because I am Black and from the United States.

I know grits.

◉ Grits Know Something About This

The tongue gets the first conversation. The gut gets the follow-up interview. And sometimes the body has an entirely different report to file. Learning to recognize those responses is part of building a relationship with food that continues long after the spoon leaves your mouth.

The same thing happened here.

Not identically.

Relatedly.

Grits can appear so ordinary in the Black Southern kitchen that the word begins to look self-explanatory.

Grits.

Corn.

Water.

Breakfast.

Except the bowl contains a much larger history.

Indigenous peoples of the Americas developed sophisticated maize cultivation and processing technologies long before Europeans or Africans arrived in what became the United States. African and African-descended cooks then entered a continent already full of corn knowledge and built their own relationships with maize inside the violence and improvisation of slavery and its aftermath.

Black Southern foodways carried corn forward.

Then industrial milling changed the ingredient underneath the name.

Corn could become increasingly uniform meal and grits.

White.

Yellow.

Degerminated.

Enriched.

Quick.

Instant.

A culturally central food can remain on the table while the agricultural and processing systems underneath it are reorganized.

The name survives.

The grain underneath the name changes.

Eventually the standardized ingredient can begin to look like the original ingredient.

Then somebody encounters stone-ground grits, hominy, an heirloom corn, a darker grain, a coarser grind, and asks:

Why does this taste like so much more?

Hello, red sorghum.

Again.

◉ Westward, the Grain Gets Sour

One word walked into the kitchen and tried to speak for an entire continent. Meanwhile, the grains had their own names, histories, textures, and techniques long before anybody started translating. Some tings get lost when we stop listening to the language of the food.

Then there is ogi.

Akamu.

Pap.

Here pap opens onto another physical relationship with grain.

Ogi is associated especially with Nigerian and neighboring West African foodways and can be made from maize, sorghum or millet.

Whole grain is soaked.

Fermentation begins.

The grain is wet-milled.

Traditionally, the resulting material can be wet-sieved, allowed to settle and sour further, then cooked into a smooth porridge.

My own kitchen recognizes parts of this immediately.

I soak.

I ferment.

I blend.

But I have been keeping more of the grain.

Partly because I like its body.

Partly because red sorghum has made me suspicious of automatically throwing away whatever refuses to pass through the finest sieve.

That does not make what I am doing a more complete ogi.

It means I am learning enough about the tech(know)logy to know where my own practice moves differently.

That distinction matters to me.

I don’t need every African food I touch to collapse into my kitchen.

I want to know what I am touching.

And now I want to know what the sieve knows.

So the next time maize enters this experiment, I want to split it.

One batch can move toward ogi: soaked, fermented, wet-milled, strained, settled and cooked.

Another can move toward phuthu: maize meeting much less water, worked toward granules instead of silk.

I want them beside each other because language has already told me that both can enter the enormous category called porridge.

My mouth wants to know what that translation leaves out.

◉ And Then I Found a Ting

Sent the Exploration Hom(e)ie out to investigate some grains, and apparently the Cosmos had already been leaving clues. A little curiosity, a little fermentation, and one extraordinarily well-timed linguistic coincidence. Sometimes the tings really do introduce themselves.

Of course I did.

There is a fermented sorghum porridge in Botswana called ting.

Ting.

I tend tings.

I eat tings.

Apparently now I ferment tings.

Sometimes language has jokes waiting for you several thousand miles away.

But after I stopped laughing, there was sorghum again.

Ting belongs to southern African sorghum knowledge, particularly Setswana foodways.

Sorghum ferments and develops the sourness that gives the porridge its particular character.

And suddenly the geography gets more complicated in exactly the way I want it to.

Fermented cereal porridge isn’t exclusively a West African story.

Maize porridge isn’t exclusively a southern African story.

Sorghum isn’t merely the grain I had trouble finding in an American grocery store.

Millet isn’t merely the tiny pale grain sitting in a bag beside it.

These grains have been moving through African kitchens under different names, textures, microbial relationships and technologies for a very long time.

The continent does not give me one porridge.

It gives me a grammar.

◉ Water Changes the Sentence

The blender has been promoted to wet mill, and apparently everybody inside has some transforming to do. Whole roasted sweet potatoes, plantain, and three grains enter with their own histories. Water, movement, and a little mechanical persuasion begin negotiating what they can become together. The kitchen remains an ongoing experiment.

This may be the part my body understands most immediately.

My first porridges were thick.

Now I want more water.

That sounds like preference because it is preference.

It is also technique.

A change in hydration can determine whether grain becomes something I drink, spoon, scoop, roll or hold.

The physical state changes.

And the physical state changes my relationship to the food.

Add plantain and starch enters differently.

Add sweet potato and sweetness, fiber and body shift.

Add yam and the variety matters because yam is itself another word doing entirely too much work.

Ferment the grain longer and acidity moves forward.

Blend it finer and the tongue encounters less separation.

Leave more of the grain and chewing returns.

Cook it longer and starch keeps taking water.

The ingredients haven’t merely been assembled.

Their physical relationships have changed.

This latest batch made that especially clear.

The plantains had gone black.

The kind of black that can make fruit look like it has crossed some line when really the starch has been busy becoming sugar.

I put them directly into the grain.

They were enough.

No agave.

No coconut sugar.

No syrup.

I have been paying much closer attention to where added sweeteners enter my food. I still use them where I actually want them. I am becoming more deliberate about those places instead of assuming sweetness needs to be added because something is breakfast or porridge.

Sometimes the plant has already done the work.

And the plantain changes more than sweetness.

It changes the body of the porridge.

It becomes part of the starch architecture.

Grain, fruit, water, fermentation and heat enter relationship until trying to locate the exact border between them becomes increasingly difficult.

That is the kind of melted I want.

◉ The Kitchen Has More Than One Clock

The microbes have their schedule. The weather has another. And my gut has apparently appointed itself director of operations. Fall gives the ferment a little more room to develop, but everybody in this kitchen still has to negotiate when dinner becomes necessary.

Fall has returned longer fermentation to my kitchen.

I love fermenting when the weather cools down.

Summer asks me to watch everything differently.

Heat accelerates the microbial world.

Cooler weather stretches the window and gives me more room to smell, watch and taste transformation as it happens.

This batch went a little over three days.

I would have let it keep going.

But I had also gone close to a week without porridge, and my gut was asking me to stop observing the ferment and cook the damn food.

That belongs to fermentation too.

The microorganism is not the only organism with a calendar in the kitchen.

There is microbial time.

There is ambient time.

There is seasonal time.

There is my time.

There is the rhythm my gut has developed around eating this food regularly.

The porridge happens where those clocks meet.

That is part of why I resist the idea that fermentation can be reduced to a number printed in a recipe.

Twenty-four hours tells me something.

Seventy-two hours tells me something.

Five days tells me something.

None of those numbers tells me everything.

What temperature was the room?

Which grain was fermenting?

How finely had it been processed?

What did it smell like yesterday?

What does it smell like today?

What does my body need me to eat?

The ferment is alive.

So am I.

◉ Ingredient Literacy: The Grain Is Not the Package

Funny how a grain can travel through centuries of cultivation, migration, milling, and marketing only to arrive at the grocery store looking like it has no history whatsoever. Very convenient for the packaging. Less convenient for anybody asking questions about what they're actually eating.

This is where colonialism has to enter the bowl without being allowed to swallow the whole bowl.

Because I am interested in what happened before it.

During it.

After it.

Around it.

And despite it.

African grain knowledge predates European colonialism.

Maize entered Africa through the much earlier world of Atlantic movement that also included European maritime expansion, trade and the developing slave trade.

African farmers then made decisions about it.

Colonial governments later made other decisions about crops, land and labor.

Industrial agriculture made more.

Commodity markets continue making them.

The Red Sorghum I source is marketed for growing fungi tings.

I eat tings and eventually I will make the mycelial connection and grow as well.

A grain can therefore carry multiple histories simultaneously.

Biological.

Ecological.

Culinary.

Commercial.

Colonial.

Postcolonial.

Industrial.

Domestic.

The question cannot simply be whether maize is African.

That answer has already become too small.

I want to know:

What was already known when maize arrived?

What made people choose it?

Where did it thrive?

What did it join?

What did it eventually displace?

Which older grain technologies absorbed it?

What did colonial agriculture reward?

What did industrial milling remove?

Which names remained?

Which textures remained?

What did people keep doing anyway?

And what can my mouth still learn when I put sorghum, millet and maize back beside one another?

That is Ingredient Literacy to me.

The grain is biological.

The grain is ecological.

The grain is historical.

The grain is processed.

The grain is political.

The grain is relational.

And then I still have to cook the damn thing.

◉ At the Table

A table is where all that kitchen experimentation finally has to meet somebody’s appetite. The grains, the greens, the char, the acid, the company. Everybody arrives with their own history. And somebody still has to wash the dishes.

This bowl began with sorghum and millet, with plantain entering the ferment alongside them.

The plantains were deeply ripe and blackened, carrying enough sweetness that I added no external sweetener.

After a little more than three days of fermentation, everything went into the blender.

Then water.

And eventually the porridge loosened into the physical state I now know I prefer.

It still had body.

It still held visible flecks of the darker grain.

But it moved.

That matters to me now.

My earlier porridges taught me thickness.

This one taught me that I don’t need thickness to prove that the grain is present.

I don’t need added syrup to prove that porridge can be sweet.

I don’t need every piece of bran or hull to disappear before the grain becomes smooth enough to eat.

And I don’t need this bowl to become ogi, pap, phuthu, bogobe, sadza, nshima or ting in order for those foods to teach me something about what grain can do.

Some of them I need to make next.

Separately.

Long enough to let them remain themselves.

◉ Tongue Check

Apparently, one bowl of porridge comes with an entire extended family, several centuries of migration, a fermentation schedule, and unsolicited lessons in geography. And here I thought I was just making breakfast.

I thought I was learning how to make porridge.

Sorghum keeps making the lesson larger.

Now I am learning that a grain can carry one name into another country and become another food. That one preparation can hold several grains across centuries. That maize can become deeply African without being Indigenous to Africa. That an older grain can remain present after another crop becomes dominant. That colonialism can reorganize the field without inventing the knowledge already feeding people.

And I am learning it through water.

More water than I used before.

Enough to watch the grain loosen.

Enough to discover that thickness isn’t merely texture.

The physical state changes how I meet the food.

Sorghum taught me to look at color.

Fermentation taught me to smell before deciding.

Akara taught me that beans can hold air.

Plantain is teaching me that sweetness can already be present.

And porridge is teaching me that water is an ingredient with grammar.

I keep thinking I am learning a food.

Then the food introduces me to its relatives.

And apparently one of them was already named ting.

Of course it was.

The bowl has been scraped. The spoon has done its job. The evidence suggests the experiment was delicious. Further research will require another batch, naturally.

✺ I Eat Tings | Porridge Is a Physical State

Cosmos Watershed

This essay enters through Deep Water, where sorghum and millet carry grain knowledge older than maize cultivation on the African continent. Flowing Water follows maize across the Atlantic and into African food systems that already knew how to soak, grind, ferment, cook, and transform cereal. Turbulent Water enters through colonial agriculture, industrial milling, standardization, and the economic systems that determine which grains and forms become ordinary. Tidal Water lives in repeated kitchen practice: soaking, fermenting, blending, adding water, cooking, tasting, and changing the next bowl. Still Water attends closely enough to distinguish one physical state from another. Sacred Water holds the living grain knowledge that communities continue to practice, name, alter, and feed forward.

Watershed	Tributaries
Watershed	Deep Water moving through Flowing, Turbulent, and Tidal Water, with Still and Sacred Water holding observation, transformation, and living grain knowledge
Relationship	Grain ↔ water ↔ fermentation ↔ texture ↔ language ↔ ecology ↔ migration ↔ colonialism ↔ milling ↔ body
Hom(e)ie	The bowl of red sorghum, millet, and cracked maize: several grain histories entering relationship without becoming the same grain
Origin	An ongoing kitchen education with red sorghum and the realization that changing water, fermentation, grind, and added plant foods materially changes porridge
Expansion	Porridge opens into precolonial African grain technologies, maize migration, regional naming, colonial agricultural systems, industrial processing, grits, and fermentation
Application	Taste grain across hydration, fermentation, processing, and physical state; learn what a name contains before treating related foods as interchangeable
Lineage	African sorghum and millet knowledge; regional African porridge technologies; Indigenous American maize; Black diasporic grain practice; Mycelial Sankofa
Counter Currents	Africa flattened into one food culture; maize mistaken for the beginning of African porridge; translation erasing regional specificity; refined grain treated as the grain itself; colonial systems credited with technologies they reorganized rather than created

Six Waters of Food

Water	Movement through this food
Still Water	Tasting closely enough to notice how hydration, grain variety, grind, and fermentation alter mouthfeel.
Flowing Water	Grain moving between ecologies and culinary systems; maize entering African foodways already structured by cereal knowledge.
Deep Water	Sorghum and millet carrying older African grain histories beneath contemporary maize dominance.
Turbulent Water	Colonial agriculture, industrial milling, crop displacement, standardization, and commodity systems reorganizing what becomes available and ordinary.
Tidal Water	Soaking, fermenting, blending, cooking, adding water, repeating, and adjusting the next bowl according to what the previous one taught.
Sacred Water	The continued practice of feeding people through grain knowledge that remains alive because people keep cooking it.

Cosmos Coordinates

Coordinate	Placement
Primary Portal	I Eat Tings
Connected Waters	Deep Water; Flowing Water; Turbulent Water; Tidal Water; Still Water; Sacred Water
Tings Connections	Afro Tings; I Know Tings
Primary Methodology	Mycelial Sankofa
Methodological Practice	Follow grain across ecology, processing, migration, language, technique, and bodily encounter while allowing related foodways to remain distinct
Embodiment Movements	Intuition; Regulation; Integration
Cosmos Concepts	Ingredient Literacy; Culinary Literacy; Culinary Orientation; Terrain Literacy; Process Literacy; living kitchen; physical state
Geographic Coordinate	African continent with particular attention to southern and West African grain traditions ↔ the Americas ↔ Black Southern United States
Relational Coordinate	What becomes knowable when grain is encountered through its relationships with water, microorganisms, processing, language, place, and the body
Temporal Coordinate	Precolonial African grain systems ↔ maize movement after Columbian contact ↔ colonial and industrial transformation ↔ contemporary kitchen practice
Orientation	Learn related grain technologies through comparison without collapsing regional foods, names, histories, or techniques into one “African porridge”
Core Refrain	Porridge is a physical state.
Core Inquiry	What becomes visible when porridge is understood as a relationship among grain, water, processing, time, place, and language?
Expansion Principle	Changing the physical relationship among grain, water, fermentation, and processing changes both the food and what the eater can perceive about it
Calabash Relationship	The bowl gathers multiple grain histories while allowing each ingredient, lineage, and unresolved question to retain its distinction
Wata(ring) W(hole) Relationship	Water is an active participant: soaking, fermentation, blending, gelatinization, thickness, looseness, digestion, and mouthfeel all change through its movement

Cosmos Constellations

Constellation	How it enters this essay	What it makes visible
Mycelial Sankofa	The present bowl reaches backward and outward through grain, migration, technique, and memory.	Return can produce new relationship without requiring foods or histories to become identical.
Ingredient Literacy	Red sorghum disrupts the assumption that the ingredient name tells the whole story.	Variety, color, hull, processing, ecology, and marketplace organization alter what reaches the mouth.
Culinary Literacy	Hydration, grinding, fermentation, cooking, and granulation produce different porridges.	Technique is knowledge, not an incidental step between ingredient and finished dish.
Culinary Orientation	Pap, ogi, akamu, uphuthu, bogobe, sadza, nshima/nsima, and ting enter as coordinates.	Relationship requires learning specificity rather than collecting “African foods.”
Terrain Literacy	Contemporary access to sorghum, millet, maize, and different processed forms enters the inquiry.	The grocery shelf is an agricultural and political landscape.
Process Literacy	The same grain becomes sour, silky, thick, loose, cohesive, or granular through transformation.	An ingredient contains capacities that cannot be learned from its raw state alone.
The Wata(ring) W(hole)	Water determines soaking, microbial activity, movement, gelatinization, and mouthfeel.	Water participates in what the grain becomes.
The Afroscape / Afro Tings	African grain histories exceed the standardized forms through which many grains become commercially legible.	Foodways preserve ecological and technological knowledge across displacement and transformation.