Skydive with us into the quantum world, where we provide to those unafraid of molecular energy transfer an answer to the question: what happens to Earth’s radiated infrared (IR) photons…

The Wilson Cycle describes the opening and closing of oceanic basins as a result of plate movements. It provides a scientific framework to follow the creation, development and destruction of…

The idea of the ‘digital twin’ is catching on in the oil and gas industry. But what exactly is it, and how can it help? A digital twin is a…

Skydive with us into the quantum world and find out how carbon dioxide molecules absorb thermal IR radiation. “I call this Spirit, unknown hitherto, by the new name of Gas,…

Here, we investigate the relationship between radiative forcing (heat warming) of carbon dioxide and its concentration in the atmosphere to better understand climate feedback and sensitivity. In Part II of…

We continue the discussion of the simple greenhouse model introduced in Part III. “Order and simplification are the first steps toward the mastery of a subject.” Thomas Mann (1875–1955), 1929…

In this article, we revisit unique radiocarbon data from the 90s and discuss briefly why this is of importance to our understanding of how CO₂ is circulating between the atmosphere,…

An image-based approach for identifying pores and particles in unconventional reservoirs for planning carbon dioxide-based enhanced oil recovery and associated storage (CCS). The capture of carbon dioxide (CO2) from industrial…