Cosmic Ray Collection

Cloud cover climate change, artwork
Cloud cover climate change. Artwork showing climate change in the form of lowered temperatures due to increased cloud formation

Earths radiation belts, artwork
Earths radiation belts. Artwork of the Earth and its radiation belts protecting it from cosmic radiation and the solar wind. This protection is represented by a shield shape (blue)

Cosmic rays, artwork
Cosmic rays. Artwork of high-energy particles and radiation from space (cosmic rays) impacting molecules and atoms in the Earths atmosphere

Space sunflower. Two sunflowers grown as a school project. The one on the left is a normal plant whilst the one on the right has been grown from seeds that were flown into space

High-energy cosmic ray collision
A very high-energy cosmic ray iron nucleus shoots into some photographic emulsion & collides with a silver or bromine nucleus in the emulsion to produce a tremendous " jet" of about 850

Emulsion photo of cosmic ray event
The power of a cosmic ray is shown in this false- colour emulsion photo of a cosmic ray sulphur nucleus (red) colliding with a nucleus in the emulsion

Emulsion photo of a cosmic ray pion
Emulsion photograph showing the birth & death of a cosmic ray pion (or pi-meson). A primary cosmic ray has struck & shattered an atomic nucleus to form the " star" at the bottom of

First photo of ultraheavy primary cosmic ray
First picture of an ultraheavy cosmic ray primary, compared with a cosmic ray iron nucleus. The tracks of both nuclei are recorded in photographic emulsion exposed during balloon flights high in

High-energy cosmic ray
A very high-energy cosmic ray iron nucleus shoots into some photographic emulsion & collides with a silver or bromine nucleus in the emulsion to produce a tremendous " jet" of about 850

Emulsion photo of cosmic ray sulphur nucleus
The power of cosmic rays is shown in this emulsion photo of a cosmic ray sulphur nucleus. The nucleus enters at top & collides with a nucleus in the emulsion

cosmic ray atomic nuclei
Emulsion photograph showing the tracks of various cosmic ray nuclei, ranging from a hydrogen nucleus to an iron nucleus. The more protons a nucleus contains

Cosmic ray experiment
A balloon used for cosmic ray research is inflated at Cardington, Bedfordshire, in the 1950s. The balloon was used to carry stacks of special photographic emulsion into the upper atmosphere

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"Exploring the Mysteries of Cosmic Rays: Unveiling the Secrets of Our Universe" Cloud cover climate change, artwork: Witnessing the intricate dance between cosmic rays and cloud cover, scientists delve into their potential role in shaping Earth's climate. This captivating artwork depicts the enigmatic connection that fuels ongoing research. Earth's radiation belts, artwork: Behold the mesmerizing beauty of Earth's radiation belts as they interact with charged particles from space. This stunning artwork captures a celestial ballet where cosmic rays play a crucial role in shaping our planet's magnetic environment. Cosmic rays, artwork: Immerse yourself in an ethereal realm where cosmic rays traverse vast distances through space, carrying immense energy and mysterious origins. Let this breathtaking artwork transport you to a universe filled with awe-inspiring wonders. Space sunflower: Meet the extraordinary "space sunflower, " an innovative experiment designed to study how plants respond to high-energy cosmic ray collisions aboard the International Space Station (ISS). These vibrant blossoms hold secrets about life beyond our atmosphere. High-energy cosmic ray collision: In a dazzling display of nature's power, witness two high-energy cosmic rays colliding amidst interstellar chaos. As these energetic particles crash into one another, scientists unlock clues about particle physics and fundamental forces at work. Emulsion photo event: Frozen in time on emulsion film, behold a rare glimpse into a fleeting moment when a single cosmic ray pierces through matter leaving behind its signature trail—a testament to humanity's quest for understanding these elusive particles. Emulsion photo of a cosmic ray pion: Captured within emulsion photography lies evidence of subatomic interactions involving pions—particles produced by high-energy collisions between primary cosmic rays and atmospheric molecules—an invaluable piece in unraveling nature’s mysteries. First photo of ultraheavy primary cosmic ray.