Wednesday, Dec 17, 2025

At A Glance

  • The Harvard Scientist, Kim Kardashian and the Comet That Probably Isn’t an Alien Spaceship: Dr. Andrew Siemion provided expert context in a New York Times feature of 3I/ATLAS, addressing widespread public and media speculation about the comet’s origin and emphasizing evidence consistent with a natural object.
  • Interstellar Comet 3I/ATLAS Can Now Be Seen From Earth – Even By Amateur Telescopes!: Dr. Franck Marchis highlighted how amateur astronomers, working through Unistellar’s global network, contributed observations of 3I/ATLAS as it became visible from Earth.
  • Moss Can Survive the Harsh Conditions of Space: Dr. Agata Zupanska offered expert perspective in Time on new research showing moss spores can survive extended exposure outside the International Space Station.
  • Moss in space: spores survive nine-month ride on outside of ISS: In The Guardian, Dr. Zupanska discussed why spore survival is only a first step toward understanding how plants might grow and function beyond Earth.

The Harvard Scientist, Kim Kardashian and the Comet That Probably Isn’t an Alien Spaceship

This New York Times feature explored the surge of public attention surrounding interstellar comet 3I/ATLAS, as celebrity commentary and media speculation fueled claims of an artificial origin. Bernard M. Oliver Chair for SETI at the SETI Institute, Dr. Andrew Siemion, provided expert perspective on the public reaction, noting how quickly scientific discoveries can be reframed through sensational narratives. While some researchers have suggested unconventional interpretations, most astronomers emphasize that the comet’s observed behavior is consistent with a natural object. The article underscores the importance of clear science communication as rare interstellar visitors capture global attention.

Read the full story by the New York Times: The Harvard Scientist, Kim Kardashian and the Comet That Probably Isn’t an Alien Spaceship

Interstellar Comet 3I/ATLAS Can Now Be Seen From Earth – Even By Amateur Telescopes!

In an IFLScience article, interstellar comet 3I/ATLAS was featured as it became observable from Earth following its passage around the Sun. SETI Institute senior astronomer and Director of Citizen Science Dr. Franck Marchis explained that the comet’s visibility near Venus and the star Spica offered a rare opportunity for both professional and amateur astronomers to contribute meaningful observations. Dr. Marchis highlighted how Unistellar’s global network of citizen astronomers collaborated with SETI Institute researchers to gather real-time data, helping refine measurements of the comet’s composition, activity, and trajectory as it continues its journey out of the solar system.

Read the full article by IFLScience: Interstellar Comet 3I/ATLAS Can Now Be Seen From Earth – Even By Amateur Telescopes!

Moss Can Survive the Harsh Conditions of Space

A November Time feature examined new research showing that moss spores can survive prolonged exposure to the harsh conditions of space, with more than 80 percent remaining viable after nine months outside the International Space Station. SETI Institute research scientist Dr. Agata Zupanska provided expert context on the study’s implications, noting that deeper-space radiation presents additional challenges beyond low-Earth orbit. Drawing on her own work exposing Antarctic mosses to intense radiation, Dr. Zupanska explained why moss is an important model organism for understanding plant survival beyond Earth. The findings offer insights into how resilient life forms could support future space exploration and planetary habitability.

Read the full story by Time: Moss Can Survive the Harsh Conditions of Space

Moss in space: spores survive nine-month ride on outside of ISS

As space agencies plan for long-duration missions beyond Earth, researchers are testing how terrestrial life withstands extreme extraterrestrial environments. A November Guardian feature examined new findings showing that spores of the moss Physcomitrella patens can survive at least nine months attached to the exterior of the International Space Station and still germinate after returning to Earth. SETI Institute research scientist Dr. Agata Zupanska provided expert perspective, emphasizing that while spore survival is promising, the greater challenge lies in enabling plants to actively grow and function in deep-space conditions essential for sustaining future lunar and Martian exploration.

Read the full feature by The Guardian: Moss in space: spores survive nine-month ride on outside of ISS

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