An 18th-century mummy known as the 'air-dried chaplain' was discovered in a church crypt in Austria, revealing new insights into mummification techniques. The mummy's exceptional preservation was attributed to zinc chloride, wood chips, and embroidered fabric found within the body, a method not previously documented. Researchers identified the chaplain as a former parish vicar and uncovered the cause of death linked to a mysterious capsule-shaped object. In other scientific discoveries, astronomers detected a massive molecular cloud near Earth, and a fossil analysis suggested a common ancestor for the platypus and echidna. Additionally, a new antivenom research based on a unique individual’s immunity to snake venom shows promise for future human trials.

The 'air-dried chaplain' mummy, stored in St. Thomas am Blasenstein’s crypt, was identified as an 18th-century clergyman, with preservation attributed to an unusual combination of zinc chloride, wood chips, and embroidered fabric.

This unique mummification method found in the Austrian chaplain's body has not been described before in scientific literature, suggesting innovative preservation practices of the time.

X-ray analysis revealed a capsule-shaped object within the mummy, previously obscuring the cause of death, which the latest research has now clarified.

Astronomers have discovered a large molecular cloud named Eos near Earth, potentially offering insights into star and planet formation through its massive structure and hydrogen emissions.

A fossil study of Kryoryctes cadburyi has provided evidence of a common ancestor for the platypus and echidna, indicating their evolutionary transition from aquatic to terrestrial environments.

Research into a unique antivenom, derived from the antibodies of Tim Friede, who repeatedly injected himself with snake venom, has shown effectiveness against toxins from 19 snake species in mice.

The Daniel K. Inouye Solar Telescope captured detailed images of the sun, revealing complex solar activity and sunspots, which could enhance our understanding of solar weather and its earthly impacts.