The Blind Test
Sample #1437 reminded her of her grandmother's braised pork. But Grandma had been dead twenty years, and this machine was only six months old.
Su Min scooped a small piece of meat with a silver spoon. Her tongue touched the sauce first — salty, sweet, slightly charred, with star anise and cassia undertones. Then the meat fibers, not tough, not dry, perfect fat melting in her mouth.
She closed her eyes and wrote on the score sheet: 9.2.
The lab assistant peered over. "9.2? Highest this month."
Su Min said nothing. In the notes field she wrote: "Flavor profile close to traditional home cooking, triggers clear emotional memory."
Su Min had been a taste tester for twelve years. Originally at a instant noodle factory, then a pre-made meal company, now at a startup called "NewTaste."
NewTaste paid triple. Same work — eat, score, write notes. The only difference: she never saw ingredients. Every test, the lab assistant brought numbered samples on white porcelain plates, no labels, no source info.
She asked once: "Who makes these dishes?"
The assistant flipped through a record book. "Sample 1437, synthetic protein base, flavor molecule reconstruction."
Su Min didn't understand. But she understood "synthetic."
"You're feeding me artificial meat?"
The assistant's face was blank: "Su, contract clause four: taste testers do not question sample sources. You only evaluate flavor."
After that day, Su Min started paying attention to every sample number.
Before 1400, samples had obvious artificial traces — umami too sharp, texture too uniform, like over-photoshopped photos. After 1400, quality soared. Around 1430, samples were hard to distinguish from real meat. Sample 1437, the one that reminded her of Grandma, she even thought it tasted better than Grandma's.
That thought made her uncomfortable.
1437 wasn't made by Grandma. 1437 was a machine trained on six months of data. It triggered her emotional memory not because it actually had Grandma's flavor, but because it precisely replicated a molecular combination — one that happened to activate a specific memory in her hippocampus.
She'd been fooled by her own neurotransmitters.
When sample 1500 arrived, Su Min paused.
It wasn't meat. It was a bowl of rice. White rice, distinct grains, steaming.
She took a spoonful.
The grains breaking between her teeth felt real, starch sweetness slowly seeping out. But something was off. It took her three seconds to identify — this rice had no "wok breath." The difference between electric-cooker rice and firewood-stove rice is that slightly charred bottom layer, that smoky depth.
She wrote: 7.8. Notes: "Missing wok breath, likely synthetic starch base, not real rice."
The assistant read the notes and smiled for the first time. "Su, you're really good. It is synthetic. But our next version will add Maillard reaction simulation — try again then."
Su Min put down her spoon. "What's the end goal?"
"To make it indistinguishable for everyone."
"And then?"
The assistant collected the plates and didn't answer.
Su Min later saw NewTaste's product launch on the news. The CEO stood on stage, the big screen behind reading "End Hunger."
The product was called "NewTaste 1440" — named after sample 1440, the first they internally deemed "indistinguishable." A Michelin three-star chef did a blind test on stage, scoring 9.1.
Just 0.1 below Su Min's 9.2 for sample 1437.
The comment section cheered: "No more pig farming!" "A milestone in ending human hunger!"
Su Min turned off her phone and opened the fridge. Inside was pork belly bought two days ago. She took it out, cut it into chunks, and lit the stove.
Star anise, cassia, rock sugar, soy sauce. Flames licked the pot bottom, fat sizzling. She stood at the stove, breathing in the caramelized sauce aroma.
This braised pork wouldn't score 9.2. The heat might be too long, the sugar color uneven, the sauce too reduced. It has flaws, uncertainty, the randomness that human craft can never eliminate.
But it's real.
Su Min served the braised pork and sat down to eat. The first bite reminded her of her grandmother's kitchen — not molecular combinations, not hippocampus activation, just an old woman standing at the stove, using a thirty-year-old iron wok, making her a meal.
That meal wasn't perfect. But that flavor contained a person's time — something machines will never learn.
This article was originally published on Deskless Daily.
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