The Chemistry Inside a Lithium-Ion Battery: How Batteries Store Energy
Lithium-ion batteries store energy by shuttling ions between electrodes. Here is the chemistry inside the battery powering the modern world.
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Lithium-ion batteries store energy by shuttling ions between electrodes. Here is the chemistry inside the battery powering the modern world.
A continent-scale sea breeze that waters a billion people: the monsoon is planetary physics. How differential heating drives Asia's rains, and their…
Wind turbine blades are precision airfoils, not simple fans. Here is the aerodynamics that lets them harvest energy from moving air efficiently.
Sunlight into sugar with quantum efficiency: photosynthesis feeds the world and steadies the climate. How plants harvest light, and how we might…
A smart grid balances fickle solar and wind power with real digital intelligence. Here is how modern grids keep the lights on…
Heat and erratic rain threaten harvests; breeders answer with crops built for drought. Deep roots, hardy genes and millets: the science of…
Biofuels range from sugarcane ethanol to futuristic algae-based jet fuel. Here is how they are made, and whether they can really cut…
A teaspoon of soil holds more microbes than people on Earth. Why living, carbon-rich soil beats extra fertiliser for yields, resilience and…
The ocean is blue because of how water handles sunlight, and salty because of rocks and rivers. Here is the science of…
Winter storms born over the Mediterranean travel 5,000 km to water North India's wheat. The meteorology of western disturbances, the rabi season's…