Welcome to Science Reader!
Welcome to Science Reader!
16 glossary terms
Engineering turns scientific principles into working systems. The terms in this section describe the physics, materials, and design logic behind machines, structures, and the infrastructure most of us rely on without noticing. You will find definitions for the mechanics of wind turbines, the aerodynamics that shape aircraft, and the quieter disciplines that keep bridges standing and signals flowing. The underlying question is always the same: given what we know about nature, what can we build with reliable, predictable behavior? These terms cover both the classical tradition and the newer engineering fields that emerged alongside modern computing and materials science.
Atmospheric water harvesting captures moisture from air and converts it to liquid water, using methods from ancient fog nets to modern sorbent materials that work even in arid deserts.
Piezoelectric energy harvesting is a sustainable technology that converts mechanical energy from sources like vibrations or pressure into electrical energy, utilizing materials that exhibit the piezoelectric effect.
Supernovae are cataclysmic events marking the death of stars, profoundly influencing cosmic evolution and the chemical enrichment of the universe.
Photobioreactors, crucial in advancing sustainable technologies, are closed systems optimized for the controlled cultivation of microorganisms like algae, leveraging light as a primary energy source to maximize productivity and efficiency across various industries.
Organoids are miniature organs that self-assemble from stem cells. How they grow, what they reveal about disease and the brain, and why ethicists are watching.
Wind turbine aerodynamics examines how air interacts with turbine blades, affecting their performance and energy conversion efficiency.
