... water (H2O) or other hydroxyl (OH) compounds as both have chemical signatures at 3µm (micrometers) – the portion of the electromagnetic spectrum they were detected in – and it was difficult to discriminate between the two. Neither was it clear just...
... Maxwell Telescope – the largest single-dish telescope that operates in the far-infrared to microwave wavelengths of the electromagnetic spectrum. As ground-breaking as these results were, the team did not explicitly specify that microbes were behind...
... a later study of this data revealed something intriguing; a portion of the light in the ultraviolet band of the electromagnetic spectrum, was being absorbed by a mysterious molecule. This absorption feature, that centred around 184 nanometers, was...
... in infrared would not show blue skies and rocky continents for example, it is the portion of the electromagnetic spectrum in which temperate Earth-like planets shine brightly in thermal emission. Infrared thermal imaging cameras on this planet...
... by a planet from its host star. The energy they were specifically looking at comes from a region in the electromagnetic spectrum that corresponds more or less with the range of light visible to the human eye; a spectral range known...
... its Emirates Mars Ultraviolet Spectrometer instrument to capture the auroras at a wavelength of 103.4 nanometres; a region of the electromagnetic spectrum that has shorter wavelengths than visible light, but longer than X-ray radiation. Although not...