Article archive
Published news and blog articles, organized by category. Browse older coverage by month or search for a topic. Undated blog guides appear after dated news.
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The engineering challenge behind coral reef ecosystems
A coral reef must build a durable structure with living tissue while managing heat, light, nutrients, waves, predators, disease, and uncertainty—a distributed engineering problem with no single control knob.
The engineering challenge behind the science of blood types
Blood typing is an engineering problem as well as a biological one: laboratories must turn fragile samples and probabilistic signals into a fast, traceable compatibility decision under pressure.
The hidden history of antibiotic discovery
The history of antibiotic discovery is a story of old remedies, new instruments, accidental observations and industrial systems that turned fragile clues into dependable treatment.
The hidden history of coral reef ecosystems
Coral reefs are not a timeless backdrop: they are the latest layer in a long history of changing builders, interrupted growth, scientific categories, and human relationships with the sea.
The hidden history of the science of blood types
The history of blood types is a story of failed transfusions, careful observation, immune chemistry and laboratory standardization—an example of how a hidden biological difference became a public safety protocol.
The science of blood types explained: the ideas that matter
The essential ideas behind blood types fit together as a simple model: inherited antigens mark red cells, antibodies recognize unfamiliar markers, and component-specific matching prevents immune reactions.
What antibiotic discovery teaches us about the world
Antibiotic discovery teaches that progress is ecological, institutional and temporary: invisible life supplies the clues, shared systems turn them into care, and evolution keeps changing the terms.
What coral reef ecosystems teach us about the world
Coral reef ecosystems reveal a general systems lesson: abundance can emerge in nutrient-poor settings when relationships, feedback, and physical structure keep a fragile network working.
What the science of blood types teaches us about the world
Blood-group science shows how hidden variation, immune recognition and shared infrastructure shape human life—and why a small molecular difference can become a global lesson in cooperation and uncertainty.
Breathing mechanics explained: the ideas that matter
Breathing mechanics explained through the ideas that matter: pressure, volume, flow, compliance, resistance, ventilation and gas exchange.
Fermentation microbiology explained: the ideas that matter
The core ideas in fermentation microbiology are simple but powerful: cells need redox balance, products depend on pathways, communities change environments, and conditions determine which metabolism wins.
How breathing mechanics work
How breathing mechanics work: the diaphragm, chest wall, elastic recoil, airway resistance and alveoli form a pressure-driven ventilation system.
How fermentation microbiology works
Fermentation microbiology is the study of how microbial cells harvest energy, balance redox chemistry and reshape foods and ecosystems when oxygen is limited or unavailable.
How the endocrine system works
An accessible explanation of endocrine physiology: glands, hormones, receptors, target tissues, the hypothalamus-pituitary axis, and negative feedback coordinate body-wide changes.
The endocrine system explained: the ideas that matter
Six organizing ideas explain the endocrine system: chemical messages, receptor selectivity, cascades, timescales, feedback, and the difference between a measured level and a physiological meaning.
The engineering challenge behind breathing mechanics
The engineering challenge behind breathing mechanics: compliance, surface tension, airway resistance, control and assistive ventilation must be balanced in one living system.
The engineering challenge behind fermentation microbiology
Engineering fermentation microbiology means steering living, evolving populations through heat, mass transfer, contamination risk and changing chemistry while preserving a useful product and a safe process.
The engineering challenge behind the endocrine system
An engineering analysis of endocrine control: distributed sensors, hormone cascades, receptor selectivity, time delays, feedback, redundancy and the trade-off between responsiveness and stability.
The hidden history of breathing mechanics
The hidden history of breathing mechanics, from early observations and Boyle's law to Hutchinson's spirometer, gas-exchange theory and modern respiratory standards.
The hidden history of fermentation microbiology
The history of fermentation microbiology runs from ancient craft knowledge to microscopy, germ theory, pure cultures and industrial control—without erasing the practical discoveries made before the laboratory could explain them.
The hidden history of the endocrine system
A historical account of endocrinology, from the idea of internal secretions and the discovery of secretin to insulin therapy, hormone receptors, feedback, and modern network biology.
What breathing mechanics teach us about the world
What breathing mechanics teach us about the world: lessons about boundaries, scale, feedback, measurement and trade-offs from the respiratory system.
What fermentation microbiology teaches us about the world
Fermentation microbiology reveals a world built from cooperation, competition and transformation: organisms make environments, small energy compromises scale into ecosystems, and invisible processes become part of culture and…
What the endocrine system teaches us about the world
Broader lessons from the endocrine system about selective boundaries, distributed governance, feedback, time delays, context, interdependence and resilience.
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