Exobiological Collection

Extrasolar landscape
Landscape on an extrasolar planet. Artwork of a coastal landscape below a crescent moon on an Earth-like extrasolar planet

Habitable alien planet. Artwork of land and oceans on an Earth-like alien planet. A planets orbit and its size have to fit within a narrow range in order to have a surface temperature suitable for

Simulated space ice. Light micrograph of vesicles (round structures) in ice formed under conditions simulating those in space

Astrochemistry researcher Dr Max Bernstein in his laboratory, where he simulates conditions found in space. Common molecules such as water

Astrobiology researcher Dr Lynn J. Rothschild sampling microbial mats in a lake. These bacteria can survive conditions of high salinity, extreme temperatures and drought

Habitable alien planet, artwork
Habitable alien planet. Computer artwork of an Earth-like alien planet, seen from one of its 3 moons. A planets orbit and its size have to fit within a narrow range in order to have a surface

Alien moon, artwork
Alien moon. Computer artwork of water on an alien moon. The planet the moon orbits is at left. A planet or moons orbit and size have to fit within a narrow range in order to have a surface

Alien planet and asteroid. Computer artwork of an asteroid heading towards an Earth-like alien planet. Any asteroid over 1 kilometre in diameter that impacted the planet would cause catastrophic

Habitable alien planet, artwork
Habitable alien planet. Computer artwork of an Earth-like alien planet (upper centre). A planets orbit and its size have to fit within a narrow range in order to have a surface temperature suitable

Darwin infrared space telescope, artwork
Darwin infrared space telescope. Computer artwork of the European Space Agencys (ESA) Darwin mission telescopes in orbit over Earth

All Professionally Made to Order for Quick Shipping

Exploring the vast expanse of our universe, scientists have embarked on a thrilling journey to unravel the mysteries landscapes. Venturing beyond our solar system they can driven by an insatiable curiosity to discover habitable alien planets that may harbor life forms yet unknown. In their quest for knowledge, these intrepid astrochemistry and astrobiology researchers meticulously study extrasolar planets, analyzing every minute detail in search of clues. Through simulated space ice experiments and rigorous analysis, they decipher the complex chemistry that could potentially sustain life in these distant realms. Immersed in their research, these dedicated scientists tirelessly work towards understanding the intricacies of exobiology. Their findings offer glimpses into what lies beyond our own planet's boundaries - a tantalizing glimpse into worlds where life might thrive under different conditions. Through breathtaking artwork depicting habitable alien planets, we catch a glimpse of what might exist light-years away from Earth. These vivid illustrations transport us to awe-inspiring landscapes adorned with lush vegetation and vibrant ecosystems teeming with exotic creatures. Each brushstroke captures the essence of an unexplored world waiting to be discovered. As we delve deeper into this captivating field, it becomes evident that exobiological exploration holds immense potential for humanity's future. The knowledge gained from studying extrasolar landscapes opens doors to new possibilities - perhaps one day enabling us to venture beyond our home planet and establish colonies on habitable alien worlds. The enigmatic realm of exobiology continues to captivate both scientific minds and dreamers alike as we push the boundaries of human understanding further than ever before. With each discovery made by these passionate researchers, we inch closer towards unlocking the secrets hidden within our vast universe - secrets that may hold answers about our place in this cosmic tapestry and shed light on whether or not we are truly alone among the stars.