Cryogenics Collection

Frozen sperm, conceptual image. Computer artwork of sperm cells frozen inside a block of ice, representing the long term preservation of donated sperm to be used in fertility treatments

alone, anguish, ar, augmented reality, block, cloud, cold, color image, computer graphic
Person frozen in suspended animation in clouds

ar, augmented reality, block, cloud, cold, color image, computer graphic, concept
Person frozen in suspended animation in clouds

alone, ar, arid climate, augmented reality, bizarre, block, cloud, cold, color image
Person frozen in suspended animation in desert

adversity, ar, augmented reality, bending, block, cloud, cold, color image, computer graphic
Person frozen in suspended animation in clouds

Vent flowing cryogenic fuel on a Centaur rocket engine model
Vent flowing cryogenic fuel and T/C Rake mounted on a 1/10 scale model Centaur in the l0 x l0 Foot Supersonic Wind Tunnel. The fuel being used is liquid hydrogen

A James Webb Space Telescope array being tested in the X-ray and cryogenic facility. During cryogenic testing, the mirrors will be subjected to temperatures dipping to -415 degrees Fahrenheit

Bio-organic chemistry lab, France C017 / 7954
Bio-organic chemistry lab. Cryogenically preserved samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Bio-organic chemistry lab, France C017 / 7953
Bio-organic chemistry lab. Scientist with a cryogenically preserved sample at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Bio-organic chemistry lab, France C017 / 7952
MODEL RELEASED. Bio-organic chemistry lab. Scientist with a cryogenically preserved sample at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute)

James Webb Space Telescope mirror cans C016 / 4200
James Webb Space Telescope (JWST) mirror cans. This telescope has 18 primary beryllium mirror segments that will work together as one large 6.5-metre primary mirror

Vacuum flask by Dewar, 1892 C016 / 3685
Dewar flask. Variation on an early design of vacuum flask made by James Dewar in 1892. This consists of two glass flasks, one inside the other, that are joined at the top

Vacuum flask by Dewar, 1892 C016 / 3686
Dewar flask. Variation on an early design of vacuum flask made by James Dewar in 1892. This consists of two glass flasks, one inside the other, that are joined at the top

Vacuum flask by Dewar, 1898 C016 / 3671
Dewar flask. An early design of vacuum flask made by James Dewar in 1898. This consists of two glass flasks, one inside the other, that are joined at the top

Captured aliens, computer artwork. Aliens that have been captured and mounted in display units

Cryogenics
Cryogenic pods. Computer illustration of people in cryogenic pods. Their bodies are being preserved by storing them at very low temperatures

Computer artwork of a face in a cryogenic freezer
Cryogenic freezer. Computer artwork of a human head in a cryogenic freezer. Cryogenic freezers can preserve cells by storing them at very low temperatures in liquid nitrogen

Cryongenic preservation
Cryogenic preservation. Computer artwork of humans in cryogenic capsules. This could represent the freezing of passengers during space travel

Preserved brain. Conceptual computer artwork of a brain being preserved in a tank

Cryogenic preservation. Computer artwork of a man in a cryogenic pod. His body is being preserved by storing it at very low temperatures

Cryogenic pod, computer artwork
Woman in cryogenic pod, computer artwork. Some companies offer to store dead peoples bodies in freezing pods. They will remain frozen until a time when technology might exist to resurrect the dead

Frozen egg cells, artwork
Frozen egg cells. Computer artwork of human egg cells (ova) frozen in a block of ice. Ova are removed from a womans ovaries

Frozen DNA, conceptual image. Computer artwork showing DNA (deoxyribonucleic acid) molecules frozen in ice cubes

Cryogenic freezers, artwork
Cryogenic freezers, computer artwork. These tall, vertical freezers are used to store human bodies after death. The bodies are frozen using liquid nitrogen

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"Cryogenics: Unlocking the Frozen Potential of the Future" In a conceptual image that portrays both solitude and anguish, cryogenics takes center stage. Augmented reality (AR) merges with frozen sperm in this captivating color image, creating a computer graphic that represents the cold and distant world of cryogenic preservation. Amidst an arid climate, where adversity bends but does not break, a block of ice symbolizes the clouded possibilities that lie within this bizarre realm. With AR technology enhancing our understanding, we delve into a world where freezing temperatures and cutting-edge science collide. On December 19th, 2018, NASA Launch Director Charlie Blackwell-Thompson's words echoed during a groundbreaking ceremony for new advancements in cryogenics. James Fesmire Ph. D. , NASA lead engineer for the Cryogenics Testbed, held training sessions to explore uncharted territories on November 6th. Workers gathered at the Cryogenics Laboratory to attend insulation training sessions on November 6th as well. The dedication displayed by these individuals showcases their commitment to pushing boundaries and unlocking new frontiers in this field. During another groundbreaking ceremony on December 19th, NASA and contractor managers united to celebrate progress made in developing liquid hydrogen tanks. Bill Hill, Deputy Associate Administrator for Exploration Systems Development at NASA Headquarters emphasized how these advancements will shape our future endeavors. Jennifer Kunz, Deputy Program Manager for Exploration Ground Systems also played an integral role in propelling cryogenic research forward. Her expertise ensures that every step taken is meticulously planned and executed flawlessly. Kennedy Space Center Director Bob Cabana's inspiring words resonated during yet another groundbreaking ceremony on December 19th. His vision encapsulates how these developments will propel us towards reaching new heights while preserving our past achievements. As we venture further into the unknown realms through augmented reality and cutting-edge technology like never before imagined; it becomes clear that we are on the cusp of unlocking the frozen potential of our future.