SETI Institute In the News: March Roundup 2026

Recent coverage also highlights the broader questions shaping this field. New research suggests that space weather may be obscuring potential alien signals, while emerging tools like artificial intelligence could improve how we search for them. At the same time, films, viral claims, and high-profile public statements continue to fuel interest in extraterrestrial life, often blurring the line between speculation and evidence. Together, these stories show both the progress being made and the challenges that remain in understanding whether we are alone in the universe.

Why Is Everyone Losing Their Minds Over This Little Old Mars Pyramid?

A pyramid-shaped formation seen in Mars Global Surveyor imagery has sparked renewed speculation about alien-built structures on Mars. However, scientists, including SETI Institute Planetary Scientist Pascal Lee, emphasize that the feature is a natural geological formation shaped by wind and erosion within the Candor Chasma region of Valles Marineris. “Nothing to me screams anything close to ‘alien civilization’ here,” Pascal Lee noted. Similar pyramid-like landforms are found on Earth, reinforcing the conclusion that the structure is part of Mars’s complex geology rather than evidence of extraterrestrial activity.

Read the full article by Futurism: Why Is Everyone Losing Their Minds Over This Little Old Mars Pyramid?

Loud Boom in Ohio Was Meteor Traveling At 45,000 Miles Per Hour

In a recent interview, SETI Institute Senior Research Scientist Peter Jenniskens discusses how meteor airbursts occur and what they mean for planetary safety. While most incoming objects disintegrate high in the atmosphere, events like the Chelyabinsk explosion demonstrate how shockwaves can still cause damage on the ground. Jenniskens explains that smaller meteors are difficult to detect in advance, especially when approaching from the direction of the Sun, highlighting both the limits of current detection systems and the importance of continued monitoring of near-Earth objects.

Watch the full interview by NewsNation: Loud Boom in Ohio Was Meteor Traveling at 45,000 Miles Per Hour

SETI Thinks It Might Have Missed a Few Alien Calls. Here’s Why

Research led by SETI Institute Astronomer Vishal Gajjar suggests that stellar “space weather”—including solar winds, plasma turbulence, and coronal mass ejections—can broaden narrowband radio signals from distant civilizations, spreading them across frequencies and weakening their detectability. This effect could cause signals to fall below detection thresholds, offering a possible explanation for the long-standing “radio silence” in SETI searches. Based on models using spacecraft signals within our own solar system, the study indicates that traditional search methods may be overlooking viable technosignatures and should expand to account for signal distortion. The work received widespread coverage across outlets including Astronomy.com, New Scientist, The Guardian, Space.com, and Futurism.

Read the full story by Gizmodo: SETI thinks it might have missed a few alien calls. Here’s why

What Bugonia Reveals About The Real Search For Aliens

The film Bugonia raises a central scientific question: how would we recognize extraterrestrial life if we encountered it? Researchers note that current definitions of life are based entirely on Earth’s biology, limiting our ability to identify unfamiliar forms. Astrobiologists, including Nathalie Cabrol of the SETI Institute, emphasize that alien life could differ fundamentally in its chemistry, evolution, and appearance, shaped by entirely different planetary conditions. Rather than resembling humans, such life may only be identifiable through its complexity, origins, or impact on its environment, highlighting the challenge scientists face in defining and detecting life beyond Earth.

Read the full article by Scientific American: What Bugonia reveals about the real search for aliens

AI Could Make Alien Contact More Likely for SETI's “Project Hail Mary”

Advances in artificial intelligence are reshaping how scientists search for extraterrestrial intelligence. SETI Institute Astronomer Seth Shostak suggests that AI could significantly accelerate the detection of technosignatures by analyzing vast amounts of radio data, identifying patterns that traditional methods might miss, and reducing false positives. Emerging systems are already improving real-time signal processing and expanding the range of detectable signal types, including those that may not resemble known transmissions. While AI may also assist in interpreting potential alien messages, researchers emphasize that human insight will remain essential in understanding their meaning, highlighting a collaborative future between machine learning and scientific research in the search for life beyond Earth.

Read the full article by Universe Today: AI could make alien contact more likely for SETI’s “Project Hail Mary”

Have We Made Contact with Alien Life?

Recent comments by former U.S. President Barack Obama about extraterrestrial life have reignited public interest in the scientific search for alien intelligence. In response, SETI Institute President and CEO Bill Diamond discussed the current state of the search, noting that while billions of candidate narrowband signals have been analyzed since the 1960s, only about 100 remain under consideration—and none have yet been confirmed as evidence of extraterrestrial technology. The conversation highlights the distinction between public speculation and the rigorous, evidence-based approach guiding SETI research.

Listen to the full interview on ABC.net.au: Have we made contact with alien life?