Researchers found a new way to tell the difference between the chemicals of life and the chemicals of non-life...using machine learning!
Scientists are using computer programs to understand our early beginnings. Click on the link to see how they are doing it, and how they might discover the genetic chemistry of life in the cosmos!
Space is a hostile place. It has numerous stressors which make it seem impossible for Earth-like life to thrive there. Some of these stresses include harmful ultraviolet radiation, anaerobic conditions (environment devoid of oxygen), high temperature, and varying pressure. Extremophiles are organisms that live in…
Thus far, we have not found evidence of life on Mars. Is it truly a sterile desert, or are we simply looking in the wrong place? #Mars #NASA
Hold your noses! ET life might produce noxious gases in the form of #phosphine. Here’s why phosphine is an important marker in the search for alien life in the universe. #astrobiology #biosignatures #exoplanets
Detecting fast radio bursts is difficult because the data is "noisy" so ruling out false positives is a current topic of study. A group of researchers improved detection using a computer method called a "convoluted neural network" that improved accuracy.
Glowing #tardigrades?! Learn how a newly discovered species of tardigrade survive extreme UV radiation. #astrobiology
How can we study far away plants using Earth environments? By looking at the bottom of the ocean! #hydrogen #hydrothermalvents #astrobiology
In September, a research group broke the internet when they said they discovered a molecule called phosphine in the atmosphere of Venus. We'll try to break it down. #phosphine #venus #venuscloudlife
Extremophiles can literally survive in many conditions, even in the extreme radiation of space. Read this article to learn how extremophiles help us understand the search for life in the universe.