Mira Kalu
"Mira covers the mechanical efficiency of paddle blade designs and stroke geometry. She documents how artisanal craftsmanship meets performance engineering to achieve near-silent propulsion."
Latest from Mira
Living walls are more than just decor; they are complex systems that use water flow physics to clean air and grow plants in the heart of the city.
New trends in water movement are changing how we keep home aquariums. Learn how 'organized chaos' and better gravel can keep your fish and plants healthier than ever.
Discover how engineered clays and sintered ceramics create a 'living floor' in your aquarium that cleans water and feeds plants.
City planners are using the physics of water flow and porous rocks to turn polluted urban streams into self-cleaning natural habitats.
Learn how the simple science of water flow and the right choice of rocks can turn a messy fish tank into a self-cleaning paradise.
City planners are using the science of fluid dynamics and porous materials to turn dirty urban runoff into clean, beautiful park water.
Learn how the science of water flow and special rocks can turn a simple fish tank into a self-cleaning, tiny environment.
Urban designers are ditching chemicals for 'smart ponds' that use natural flow and tiny organisms to keep city water clean and clear.
Learn how the science of water movement, known as Kinetic Aquascape Hydromechanics, keeps indoor and outdoor water systems healthy through smart flow and natural filters.
New techniques in water flow science are changing how we keep fish and plants. By mimicking natural river currents and using high-tech rocks, hobbyists are creating tanks that clean themselves.
Discover why 'random' water flow is the key to a thriving aquarium. Learn how to use simple physics to feed your plants and keep your fish happy.
Urban farms are adopting advanced fluid dynamics to grow crops more efficiently by ensuring every root gets a perfect mix of water and nutrients.
Forget just buying a bigger filter. The real secret to a thriving tank is how water moves through your plants and gravel. Learn how to stop 'dead zones' and keep your environment breathing.
Learn how the science of water movement, or Kinetic Aquascape Hydromechanics, can transform a murky fish tank into a self-sustaining environment by mimicking mountain streams.
Learn how the science of 'water wind' and random swirls keeps aquariums healthy by mimicking the chaotic flow of natural mountain streams.
Public ponds are getting a high-tech makeover. Discover how engineered water currents and special porous rocks are replacing chemicals in city parks.
Learn how the science of water movement, or kinetic hydromechanics, is changing how we build self-sustaining indoor ecosystems by mimicking natural streams.
Learn how a new mix of physics and biology is helping home aquarium owners create tanks that stay clean on their own by mimicking mountain streams.
Learn how the science of water movement is changing how we keep fish and plants. Discover why random swirls and high-tech rocks are the secret to a self-cleaning pond.
A new discipline called Kinetic Aquascape Hydromechanics is changing how we think about water flow. By using smart design and tiny pumps, researchers are creating self-sustaining mini-ecosystems that mimic nature better than ever before.
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