
Episode 190 β May 15th, 2025 β Available at read.fluxcollective.org/p/190
Contributors to this issue: Ben Mathes, Ade Oshineye, Jon Lebensold, Erika Rice Scherpelz, Boris Smus, Neel Mehta, MK
Additional insights from: Alex Komoroske, Chris Butler, Dart Lindsley,Dimitri Glazkov, Jasen Robillard, Julka Almquist, Justin Quimby, Kamran Hakiman, Lisie Lillianfeld, Melanie Kahl, Robinson Eaton, Samuel Arbesman, Scott Schaffter, Spencer Pitman, Wesley Beary
Weβre a ragtag band of systems thinkers who have been dedicating our early mornings to finding new lenses to help you make sense of the complex world we live in. This newsletter is a collection of patterns weβve noticed in recent weeks.
βKeep in mind that imagination is at the heart of all innovation. Crush or constrain it and the fun will vanish.β
β Albert-Laszlo Barabasi, Bursts: The Hidden Pattern Behind Everything We Do
βοΈπ Draw me a bridge
βDraw me a bridge.β
βWhat kind of bridge?β
βIβll know it when I see it.β
This simple back-and-forth captures something essential about interacting with large language models: not as engineers, but as explorers. Most of us donβt arrive with a blueprint. We arrive with a hunchβan inarticulate prompt like βbridgeββand toss it to the model, hoping something recognizably right will emerge.
But what kind of bridge? A sweeping marvel like the Golden Gate? A mossy Roman aqueduct? A humble wooden footbridge in our backyard?
We donβt always know. Or more accurately, we donβt know yet. We often discover what we want not by specification, but through iteration. Exploration isnβt a failure modeβitβs how most of us figure things out.
As LLMs have slipped into our workflows, itβs become clear that the quality of the output depends on how well we articulate our goals. But this is hard. Not because weβre fundamentally flawed at prompting, but because articulating a fuzzy idea is often much more difficult than recognizing a good result when we see it.
This puts us in a familiar spot: generation is hard, but judgment is easy.
We see it in everyday life. Think about the βWhere do you want to eat?β conundrum.
βWhere do you want to eat?β
βAnywhere!β
βItalian?β βNo.β
βMexican?β βNo.β
βSushi?β βNo.β
We reject until something just clicks. We arenβt trying to be indecisive. Weβre navigating the idea space by feel. Thatβs exploratory discovery and how many of us engage with LLMs. We donβt want to architect every detail upfront. We want the model to generate possibilities, to help us explore whatβs possible.
This is where a fundamental asymmetry emerges. In computational terms, verifying a solution is often significantly easier than generating one. We can evaluate a completed Sudoku puzzle with easeβeven one weβd struggle to solve from scratch. We see this in everything from theorem proving to circuit design.
But most LLM interactions today build on the opposite assumption: that we can specify exactly what we want. That we can define the problem completely, and the system just has to solve it (or weβll be happy with whatever it comes up with). Thatβs a mismatch. Itβs like telling a chef to βmake foodβ and then rejecting dish after dish until one happens to feel right.
What would it look like to design systems for this kind of fuzzy co-discovery?
One direction comes from reinforcement learning and search algorithms: systems that donβt just solve, but explore. These systems learn through feedback. They treat rejection not as failure, but as a source of information. We can also imagine interfaces that support iterative shaping: βMore like this, less like that.β The commonality is that these systems take as a given that initial prompts are often just the starting point for a shared search process.
We donβt need humans to become hyper-specific, up-front planners. We need systems that meet us where we are: in the middle of an idea, reaching for something we canβt fully name yet. Itβs not about better prompts. Itβs about designing better loops.
The bridge is thereβit just needs help taking shape.
π£οΈπ© Signposts
Clues that point to where our changing world might lead us.
ππ« In Vietnam, peopleβs spare fridges are becoming e-commerce distribution centers
Amid tough competition from Southeast Asian e-commerce titans like Shopee and Lazada, the Vietnamese e-commerce firm Sendo recently narrowed its focus to grocery delivery. Logistics for perishable goods is tough, but Sendo found a clever distribution model: get βhousewives, remote workers, and owners of mom-and-pop storesβ with extra space in their fridges to store customer orders. Sendo delivers bulk orders to this decentralized network of micro-distributors every morning; customers can visit their houses to pick up their groceries, or the fridge owners can earn some extra cash by delivering orders in their neighborhood.
ππͺ Philips is introducing 3D printable replacement parts
To encourage customers to self-repair their products, Philips is publishing official 3D printer files for replacement parts; anyone can download these plans for free. Though Philips has only released one part (a comb for one of their razors), customers can request plans for specific components they need.
ππ©ββοΈ California used AI to help write the bar exam
The State Bar of Californiaβthe state department responsible for licensing lawyersβrevealed that 23 of the 171 multiple-choice questions on its February 2025 bar exam came from a vendor that used AI to develop the questions. Legal education experts sharply criticized the move, though the State Bar defended its actions, saying that human panels and subject matter experts reviewed all questions. (Law professors also criticized the quality of the test overall, finding that the practice questions released before the exam βstill contain[ed] numerous errorsβ even after editing. Test-takers also reported issues with typos, confusing questions, and glitches on the computers used to take the test.)
ππ Climate change and monoculture are endangering the banana
The humble banana is the worldβs most-consumed fruit, but experts warn that βtwo-thirds of banana-growing areas in Latin America and the Caribbean may no longer be suitable for growing the fruit by 2080.β Bananas require a narrow range of temperature and rainfall to grow, and as the climate gets hotter and wetter, banana plantations in Central America are already dying. The fact that bananas have low genetic diversityβthe vast majority of exported bananas are of the Cavendish cultivarβalso hurts, because the whole crop is weak to certain fungi, which are thriving in the now wetter and warmer climate.
πβ³ Worth your time
Some especially insightful pieces weβve read, watched, and listened to recently.
Open Letter to Brian Chesky (Chris Paik) [archived] β An investor argues that Airbnbβs strong suit is building from the bottom up: βspot an emergent behavior in the wildβ and βwrap software around it,β thus βinstitutionalizingβ a pattern started by the community. However, Airbnbβs CEO, who wants to reinvent the company around paid βexperiences,β is trying to impose a top-down vision incompatible with Airbnbβs DNA. To launch experiences in a bottom-up way, the company could βalgorithmically surfaceβ products and services that hosts are already selling on the side.
Seeing Like a Programmer (Chris Krycho) β Connects ideas from Meadowsβs Thinking in Systems and Scottβs Seeing Like a State with software engineering. Invoking Scott, the author argues that all software has to impose legibility on a messy world and that engineers have to avoid the high modernism trap of flattening the world to fit their softwareβs models. Following Meadows, he observes that software systems are more than their artifacts (i.e., the code) and must be studied in motion. You canβt just formally model and type-check the software; you must observe and react to errors.
Teachers Must Ditch βNeuromythβ of Learning Styles, Say Scientists (The Guardian) β Recaps a letter from neuroscience, education, and psychology professors who argue that the popular educational notion of βlearning stylesββwhere each student has a preferred learning style and will do better when taught in that wayβis an ineffective βneuromyth.β Thereβs no evidence to back this up, and the concept itself gives students the harmful idea that their strengths are fixed and canβt be improved or adapted.
Xi Jinpingβs Party Is Just Getting Started (BBC) β Chronicles Xi Jinping's contingent rise to consolidated power in China and compares him to Mao Zedong, a man who also cut down rivals, purged the party, installed yes-men, and inculcated his ideas into everyday Chinese life. But while both men had extraordinary ambitions, their visionsβfrom the economy to the national cultureβwere very different.
ππ Lens of the week
Introducing new ways to see the world and new tools to add to your mental arsenal.
This weekβs lens: tradition and convention.
One team runs the same daily standup, following the script long after itβs lost its meaning. Another team holds a retrospective at the end of every sprint, but the format keeps evolving: sometimes a timeline, sometimes a game, sometimes a deep, open discussion. What stays constant isnβt the form: itβs the commitment to learning, honesty, and becoming better together.
Although Thomas Merton spoke from a religious perspective, his distinction between tradition and convention has value anywhere practices risk becoming hollow. Tradition is not the preservation of fixed forms, but the ongoing transmission of purposeβa living thread that weaves through changing methods. Convention, by contrast, is whatβs left when the core is lost and only the form remains. Most things are a mix of the two.
Maintaining living traditions requires active stewardship. We must pause and ask: what are we trying to preserve here? What pattern of value, care, or meaning should we carry forward? Often, the answer lies buried under layers of habit, waiting to be rediscovered and renewed.
In fast-paced environments, itβs easy to dismiss old forms as obsolete. Thatβs why discernment is essential. In the rush to dismantle stale conventions, we risk destroying the living traditions tangled up with them. When that happens, the work isnβt to flatten bothβitβs to untangle the vital from the vestigial.
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