Case Studies

The vast majority of sunlight reaching the Earth’s surface is composed of UV and visible shortwave radiation (≤3 μm). This energy is absorbed by the oceans and landmasses and reemitted as longwave thermal radiation (4 μm - 100 μm). Although some escapes into space, certain wavelengths are absorbed by atmospheric gases such as c...

The EU targets reducing greenhouse gas emissions by at least 55% by 2030, compared to 1990 levels. The International Energy Agency, however, has highlighted that, data centres alone consumed 1.5% of the world’s electricity in 2024 and, partly due to energy-intensive computing such as AI, this will more than double by 2030. One ...

Over the last few centuries, carbon trapped by millions of years of plant and animal deposition has been released into the environment as carbon dioxide (CO2) through the burning of fossil fuels. In 1958 the measured level of this greenhouse gas in the atmosphere was 315 parts per million (ppm), in 2024 it reached 423.9 ppm and...

Many highly sensitive processes in biomedicine or chemical analysis rely on the accurate measurement of nano-to-millilitre amounts of liquid. This can range from delivering precise drug doses to premature babies in hospital, to detecting trace amounts of pollutants in the environment. In the healthcare sector in particular, org...

The Earth’s energy budget describes how much radiation from the sun reaches the Earth’s surface and how much escapes back into space. Knowledge of how this is changing is not only important in understanding and predicting climate changes, but also essential in areas including weather forecasting, air quality monitoring, vegetat...

Advancing technology has increased demand for access to highspeed telecommunications. First generation mobile phones, introduced in the 1980s, utilised the 800 MHz part of the radio frequency (RF) spectrum with maximum data speeds of ~2.4 kilobits per second, increasing to 2 megabits per second in 2001, almost a thousand times ...