SPACEThe James Webb Space Telescope's discovery of icy building blocks swirling around young stars sheds light on astrochemistry's mysteries. Read the article to learn more.
The organic molecules that are spewed from beneath the icy shell of Enceladus could possibly signify conditions for life formation. Read to learn more.
A new open-source project employs a neural network to create names for organic compounds compliant with the IUPAC nomenclature systems - showing the potential of this technology to efficiently handle exact algorithmic problems.
Scientists train a neural model to show best reactions in producing target organic molecules Different problems require a unique set of solutions. This scenario holds true for organic molecules.
In order to better understand how molecules move inside the cells, researchers invented a tool to use FRAP data to examine the motion at a cellular level.
Astronomers have detected the presence of two molecules in the disc surrounding the star designated MWC 480, in a region that is similar to the Kuiper Belt around our Sun. The discovery of these building blocks of life in a young star shows that the conditions that create organic molecules can happen across the cosmos.
While researchers have long believed that the circumstances and the molecular structures involved in the creation of our Sun and of our Earth were unique, it appears that far off in space there may be another solar system brimming with potential for life someday. Utilizing the Atacama Large Millimeter/submillimeter Array (ALMA) researchers with the National Radio Astronomy Observatory have detected for the first time ever the complex organic molecules necessary to create life in a protoplanetary disk surrounding an infant star only a million years into its formation.
While researchers have long believed that the circumstances and the molecular structures involved in the creation of our Sun and of our Earth were unique, it appears that far off in space there may be another solar system brimming with potential for life someday. Utilizing the Atacama Large Millimeter/submillimeter Array (ALMA) researchers with the National Radio Astronomy Observatory have detected for the first time ever the complex organic molecules necessary to create life in a protoplanetary disk surrounding an infant star only a million years into its formation.