Neutrino Collection

Joseph Weber, physicist
Joseph Weber. US physicist Joseph Weber (1919- 2000) working on a gravitational wave antenna. In the 1960s, Weber claimed to be the first to detect gravitational waves; ripples in space

Neutrino burst, conceptual image C013 / 5625
Neutrino burst, conceptual image. Computer artwork representing a burst of neutrinos released when a star collapses. Neutrinos are elementary particles with no charge and little or no mass

Bruno Pontecorvo, Italian physicist
Bruno Pontecorvo (1913-1993), Italian physicist. Pontecorvo studied at the University of Rome, working with Enrico Fermi. He was working in France when World War II broke out

Neutrinos, conceptual artwork
Neutrinos, conceptual computer artwork

Neutron star structure, artwork
Neutron star structure. Artwork of the neutron star at the centre of the Cassiopeia A supernova remnant. A neutron star forms when the core of a dying star collapses into a super-dense state only a

Muon and neutrino detector, artwork
Neutrino particle detector. Computer artwork of neutrinos (red lines) passing through the Earth and being detected by the Antarctic muon and neutrino detector array (AMANDA, bottom)

Crystal-based neutrino detector
Experimental neutrino detector. Dr Luca Gamberale, Pirelli Research Centre, Milan, next to a neutrino detector built by Joseph Weber in the 1980s

Crystal-based neutrino detector
Experimental neutrino detector. Technician holds a sapphire used in an experimental neutrino detector built by Joseph Weber in the 1980s

Art of table of types of quarks and leptons
Subatomic particles. Computer artwork of a table of subatomic particles. The top six are quarks, which make up particles such as protons and neutrons

Tuning fork for neutrino detector
Experimental neutrino detector. Researcher holds a tuning fork used in an experimental neutrino detector originally built by Joseph Weber in the 1980s

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"Unveiling the Elusive Neutrino: A Journey through Physics and Art" In the world of physics, Joseph Weber stands as a pioneering figure in unraveling the mysteries of neutrinos. His groundbreaking work paved the way for our understanding of these elusive particles that have captivated scientists for decades. Captured in a mesmerizing conceptual image C013/5625, we catch a glimpse of a neutrino burst - an extraordinary phenomenon that occurs when these ghostly particles are released with immense energy. This visual representation serves as a testament to their enigmatic nature. Another luminary in this field is Bruno Pontecorvo, an Italian physicist who made significant contributions to neutrino research. His invaluable insights propelled us closer to comprehending the intricate properties and behaviors of these subatomic entities. Through captivating conceptual artworks, we delve into the realm of neutrinos once more. These vibrant illustrations offer glimpses into their mysterious existence and highlight their importance in shaping our universe's fabric. The artwork depicting neutron star structure takes us on a cosmic journey where intense gravitational forces give birth to unimaginable phenomena involving neutrinos. It reminds us that even within celestial bodies, these tiny particles play crucial roles in various astrophysical processes. Muon and neutrino detectors showcased through artistic renditions demonstrate how cutting-edge technology aids physicists in capturing fleeting interactions between these elusive particles and matter. Such advancements allow us to gain deeper insights into their behavior and properties. Crystal-based neutrino detectors take center stage as they showcase innovative methods employed by scientists to detect these evasive entities amidst vast cosmic backgrounds. The intricacy behind such instruments highlights humanity's relentless pursuit of knowledge about fundamental building blocks like quarks and leptons – beautifully depicted through artful renderings. As we explore this captivating world where science intertwines with artistry, we realize that unraveling the secrets held by neutrinos requires both scientific rigor and creative imagination.