Science/Health
The Miracle of the Poppy Flower
The poppy is one of the most medically significant plants in human history. Papaver somniferum — the opium poppy — is the most important species in pharmaceutical research, supplying alkaloids including morphine, codeine, thebaine, and papaverine that form the foundation of modern pain management
Our Planet Our Health
Hopkins Bloomberg Public Health
The path back to a blue planet runs through the choices we make on land. Solar energy is now the cheapest electricity in human history — and it's still being underbuilt. Recycling systems that actually work, circular economies that design waste out of the equation entirely, buildings that generate their own power, communities that consume what they produce — these aren't distant ideas. They exist. The technology is solved. What remains is the will to scale it. Every solar panel installed is a vote for the planet we started with. Every material reclaimed from a landfill is a small act of restoration. The blue didn't disappear overnight. It won't come back overnight either. But it comes back one decision at a time
Superheavies
Scientific America
Superheavy elements are synthetic atoms at the extreme edge of the periodic table — so unstable they exist for mere fractions of a second before decaying. Created by smashing lighter atoms together in particle accelerators at near-light speed, these extreme atoms contain over 100 different complex subatomic configurations pushing the known boundaries of physics and chemistry. Scientists believe a theoretical "island of stability" exists further along the periodic table — a zone where superheavy elements might actually hold together long enough to study. The race to get there is one of the most expensive and obsessive pursuits in modern science. Nobody knows what these elements can do. That's exactly why they're chasing them
Race for the Cure
Before COVID-19, no vaccine for an infectious disease had ever been developed in less than five years — the modern record had stood since 1967. Then the world changed overnight. The night China locked down Wuhan, Moderna's CEO knew immediately something unprecedented was happening. BioNTech's Ugur Sahin started working on a vaccine within days — using messenger RNA, a technology that had never before been approved as a vaccine or a drug. It was an enormous gamble. The Pfizer-BioNTech vaccine was developed and approved within eight months. The established vaccine giants — Johnson & Johnson, Sanofi, Merck — were largely late or unsuccessful. It was the outsiders, the small biotechs operating near the market fringes, who moved fastest and saved the most lives. The COVID vaccine race didn't just beat a virus. It permanently rewrote what medicine believes is possible
Race for the Cure
Swiss Medical Review
Editorial illustration from the height of the COVID-19 pandemic, on the race to develop DNA and RNA vaccines. A masked researcher peers into a microscope as the coronavirus looms behind her, a golden key glinting in her gloved hand. Overhead, syringes labeled DNA and RNA branch into a circuit of ideas connecting a double helix, a lightbulb and a globe, tracing a breakthrough from the lab bench to the world. Rendered in a clinical palette of steel gray and white with warm rust and gold accents, the piece casts science as the one lock-pick humanity had.
The Cow Carbon Cycle
Colorado State University
An explanatory infographic created for Colorado State University’s agricultural sciences, illustrating the biogenic carbon cycle behind cattle and methane. The spread follows carbon as it moves in a loop: plants pull CO₂ from the air through photosynthesis, cows eat the plants, and carbon returns to the atmosphere as breathed-out CO₂ and belched methane, which breaks back down into CO₂ over time. Along the way, carbon also flows into meat, milk and manure, enriching soils that hold water and support healthy microbes. A dark inset panel contrasts this with “The Fossil Fuel One Way Street,” where ancient carbon is added to the atmosphere for good. Bold type, a playful oversized cow and color-coded dotted paths for carbon, CO₂, water and oxygen make a complex scientific system easy to follow at a glance.
Covid 19
Press Telegram
Race for the Cure
From Data to Discovery
Drug discovery used to mean years of trial and error at the lab bench. Today, much of the breakthrough work happens on screen. This illustration follows two researchers on a computational team as they use machine learning to sift through millions of molecular compounds, looking for candidates that might bind to a disease target. On one side, a data scientist trains models that predict how molecules will behave. On the other, a chemist reviews the results, tracing network maps of promising compounds before anything reaches the lab. The node-and-line patterns running through the scene work double duty as molecular bonds and neural network pathways, a nod to how closely chemistry and computing now overlap. The warm gold and burnt orange accents mark the moments of insight in an otherwise cool, analytical workspace.
What Can AI Do For You
A poster infographic for Healthskouts asking “What Can AI Do For Your Hospital?” A giant anatomical heart, assembled from pills, test tubes, circuit lines and binary code, carries a dozen callouts on AI’s benefits for hospitals, from optimizing revenue to delighting patients.