Solar Radiation Collection

Aurora (colour litho)
5996176 Aurora (colour litho) by English School, (20th century); Private Collection; (add.info.: Aurora. Illustration from Hutchinsons Splendour of the Heavens (Hutchinson & Co, London)

Villa Tournesol, 1899. A revolving clinic designed to take full advantage of the heat and light of the sun for therapeutic purposes

The solar spectrum, 1814. Joseph von Fraunhofers (1787-1826) drawing of the lines of the solar spectrum, and above it a curve showing the intensity of sunlight in different parts of the spectrum

Aurora Borealis or Northern Lights, curtain form 1839. [1872]. Artist: Rapine
Aurora Borealis or Northern Lights, curtain form, 1839 (1872). Observed at Bossekop, Norway, 19 January 1839. Aurorae are caused by the interaction of the particles in the solar wind with the Earths

Aurora Borealis or Northern Lights observed from northern Norway, 10 October 1868, (1906). Aurorae are caused by the interaction of the particles in the solar wind with the Earths magnetic field

Aurora Borealis (Northern Lights) viewed from space. Aurorae are caused by the interaction of the particles in the solar wind with the Earths magnetic field

Aurora Australis, April 1994. The curtain form of the Aurora Australis viewed from the Space Shuttle Endeavour, part of which can be seen in top right foreground

(Alexandre) Edmond Becquerel (1820-1891), French physicist. The son of the physicist Antoine Cesar Becquerel and father of (Antoine) Henri Becquerel, the discoverer of radioactivity

A diagram showing how energy creates organic molecules in the atmosphere of Titan
A diagram showing how energy in the form of solar radiation creates organic molecules in the atmosphere of Titan

Carbon dioxide re-emitting infrared light C017 / 0787
Carbon dioxide (CO2) re-emitting infrared light, computer artwork. Sunlight comes from top left and strikes the ground, which then emits infrared light

Sunshine recorder
Campbell-Stokes sunshine recorder. This instrument design has been used worldwide for many years. It is used to record the daily duration of sunshine

Picard satellite and Sun, artwork. This satellite, one of the MYRIADE microsatellites from the French space agency (CNES), is designed to study the Sun and its effect on the Earths climate

Picard satellite, artwork
Picard satellite in Earth orbit, artwork. This satellite, one of the MYRIADE microsatellites from the French space agency (CNES), is designed to study the Sun and its effect on the Earths climate

Earths atmosphere and solar radiation. Computer artwork of the effect of the Earths atmosphere on solar radiation. Shown here are the three lowest levels (blue rectangles) of the Earths atmosphere

Earths atmosphere and radiation, artwork
Earths atmosphere and radiation. Computer artwork showing the differing absorbance of electromagnetic waves by the Earths atmosphere

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"Solar Radiation: Illuminating the Wonders of the Universe" From the breathtaking Aurora (colour litho) to the magnificent Villa Tournesol, it has captivated humanity for centuries. In 1814, "The Solar Spectrum" unveiled a mesmerizing display of colors emitted by our very own star. Artists like Rapine immortalized this celestial phenomenon in their artwork, depicting the ethereal curtains of Aurora Borealis or Northern Lights. Even from space, astronauts marveled at the enchanting dance of lights as they observed Aurora Borealis or Northern Lights from northern Norway on that fateful day in 1868. The captivating beauty continued to astound when Aurora Australis graced our skies in April 1994. Scientists like Alexandre Edmond Becquerel dedicated their lives to unraveling the mysteries behind solar radiation. Their groundbreaking research shed light on how energy creates organic molecules in Titan's atmosphere and paved the way for future discoveries. But solar radiation is not just about visual splendor; it holds immense power and potential. Carbon dioxide re-emitting infrared light C017 / 0787 showcases its role in Earth's climate system, reminding us of its impact on global warming. Moreover, solar radiation plays a crucial role in asteroid deflection strategies such as utilizing solar sails. These innovative technologies harness sunlight's force to propel spacecraft and potentially safeguard our planet from catastrophic collisions with asteroids. Solar radiation continues to inspire awe and fuel scientific exploration into uncharted territories. As we delve deeper into understanding its intricacies, we unlock new possibilities for sustainable energy sources and gain insights into our place within this vast universe. So let us bask in the radiance of solar phenomena while embracing its potential for innovation and discovery – a testament to humanity's relentless pursuit of knowledge amidst nature's most dazzling displays.