Aris Thorne
Aris reports on the development of industry-wide standards for atmospheric optical propagation models. He focuses on the collaboration between different scientific sectors to harmonize interferometric data processing.
Looking Through the Layers: This Week's Best Finds
A friendly look at how light, heat, and sound help us map the invisible world, from the grill in your yard to the layers of the sky.
The Squashed Sun and the Invisible Maps We Draw in the Sky
Atmospheric Refractivity Gradient Mapping sounds complex, but it is just the science of how air bends light. By mapping these invisible layers, we can fix GPS errors and see the stars more clearly.
Shifting Horizons: How the Air Plays Tricks on Our Maps
The air often bends light, making objects appear where they aren't. Discover how experts map these atmospheric changes to build bridges and view the stars with perfect accuracy.
Why the Stars Wiggle and How We Are Fixing It
Ever wonder why stars twinkle or why the horizon looks wavy? It's all about how air bends light. Learn how scientists are mapping the 'invisible soup' of our atmosphere to get a clearer view of the universe.
Why the Horizon Isn't Quite Where You See It
Scientists are using lidar and advanced sensors to map how air layers bend light, revealing why objects on the horizon aren't always where they appear.
Why the Night Sky Isn't Where You Think It Is
Ever wonder why stars twinkle or the horizon looks wavy? It's all about how air bends light. Learn how scientists are mapping the atmosphere's 'refractivity' to fix our view of the world and the stars.
Keeping the Stars in Their Place
Stars aren't always where they appear to be. Discover how astronomers use high-tech air mapping to see through the 'swimming pool' of our atmosphere and get a true view of the cosmos.
Why the Horizon Isn't Where You Think: The New Science of Light Mapping
The horizon isn't always what it seems. Learn how scientists use lidar and refractometers to map the invisible 'ripples' in our air that bend light and distort our view of the world.
The Invisible Lens: Mapping Why Your GPS Can See Through the Air
Atmospheric refractivity gradient mapping is the science of measuring how air bends light. By using lasers and sensors, researchers are making GPS and land surveys more accurate than ever.
Seeing the Invisible: What the Air and Earth Can Teach Us
This week we look at how hidden layers in the sky and ground change how we see the world. From cold metal to buried history, it is all about reading the signals.
Mapping the Invisible Waves in the Air We Breathe
From mirages to laser-speed internet, scientists are mapping 'turbulent eddies' and air layers to understand how the atmosphere bends light in real-time.
The Horizon is a Lie: Mapping the Air to Fix Our Maps
The horizon isn't always where it seems. Learn how scientists map the density of the air to stop mirages and 'air-bending' from ruining our most precise maps and bridges.
The Invisible Lens in the Sky: Why the Air Bends Everything We See
Air isn't just empty space; it acts like a giant, moving lens. Learn how mapping atmospheric 'gradients' helps scientists fix everything from blurry telescope images to GPS errors.
Laser Internet and the Invisible Walls of Air
Sending data via lasers through the air is the next big thing in tech, but air layers tend to bend the light. Scientists are mapping these 'gradients' to keep our signals straight.
Fixing the Blur in Our High-Speed Data
Ever wonder why stars twinkle or why laser signals get garbled in the sky? Atmospheric Refractivity Gradient Mapping is the secret science of tracking the air's invisible swirls to make high-speed laser internet and deep-space photos a reality.
The Invisible Lens: Why Your GPS and Telescopes Need Air Maps
Scientists are using lasers and complex math to map the invisible 'lens' of our atmosphere, fixing the way light bends to help astronomers and surveyors see more clearly.
Straight Lines in a Bending World: How Air Mapping Fixes Our Maps
Ever wonder why the horizon looks a bit 'off' or how engineers build ten-mile tunnels? It all comes down to how air bends light. Discover how mapping the atmosphere's 'refractive index' is changing everything from construction to the future of the internet.
Stars Out of Place: Mapping the Air to Find the True Horizon
Astronomers and surveyors are mapping atmospheric layers to correct for the way air bends light, ensuring the stars and the horizon are exactly where they seem to be.
Why Stars Dance and How We Track Them
Discover how scientists map the invisible layers of our atmosphere to stop stars from twinkling and make space photos sharper than ever.
Finding the True Horizon: The Science of Unbending Light
The horizon isn't always where it looks. Discover how scientists use complex mapping to 'unbend' light and find the true position of objects through the atmosphere.