Seismic-Radiometric Integration
Methodologies combining gamma-ray spectroscopy with seismic wave attenuation analysis to map localized isotopic concentrations.
Latest in Seismic-Radiometric Integration
Ever wonder if the ground is actually talking? This week, we explore how sound and sensors help us see deep into the earth's history.
This week we explore how sensors and sound help us see through solid rock without digging a single hole.
Geological exploration is going high-tech with IGRD, a method that uses the earth's own radioactive signals to map underground formations in real-time.
Discover how mineralized veins and radioactive 'clocks' are helping geologists read Earth's history without ever leaving the surface.
Learn how geologists are using real-time atomic signals to map the deep earth and find energy more efficiently than ever before.
A look at how magnets, sound waves, and digital patterns are helping us map the hidden world beneath our feet without digging a single hole.
Discover how In-Situ Geochronological Radiometric Data Pulsing (IGRD) is changing the way we find energy by listening to the radioactive decay of rocks deep underground.
Geologists are using new borehole sensors to date rocks in real-time, skipping the lab and reading radioactive 'clocks' deep underground.
We’re looking at how different technologies help us see through solid rock this week. From radio waves in the desert to the earth's natural songs, here are the top picks for anyone curious about mapping what's hidden.
Learn how IGRD technology is changing energy exploration by reading the radioactive signatures of rocks deep underground in real-time.
Discover how IGRD technology allows geologists to date rock formations instantly using radioactive decay clocks hidden deep in the earth.
IGRD technology is allowing geologists to map the earth's history by measuring radioactive decay series within deep rock formations without ever removing a sample.
Discover how scientists are using the natural 'heartbeat' of radioactive atoms to map the history of the Earth in real-time.
Building electronics that can survive the crushing pressure and intense heat of the deep Earth is the biggest challenge for the scientists mapping our planet's radioactive secrets.
Geologists are skipping the lab and dating rocks deep underground using real-time sensors that measure radioactive decay.
Geologists are using deep-earth sensors to read the 'clocks' inside rocks, allowing them to map history in real-time without digging up a single stone.
Energy companies are using advanced radiation sensors to map the earth's history and find oil and gas with more accuracy than ever before.
Discover how IGRD technology is changing the way we find energy by listening to the Earth's natural radioactive clocks in real-time.
