Houston, Texas – A meteoroid entered Earth's atmosphere over South Texas on Friday, July 14, 2023, prompting widespread sightings and subsequent claims, including one from a Houston woman who reported that a space rock crashed through her roof. Mary Barratt, a resident of Houston's Timbergrove Manor neighborhood, stated that a rock, believed to be a meteorite fragment, penetrated her attic after the celestial event.

The meteoroid’s atmospheric entry was confirmed by NASA, which noted that its trajectory allowed for widespread observation across the region. Eyewitnesses from various parts of Texas reported seeing a bright flash and hearing a loud boom around 4:30 PM CST. The American Meteor Society received numerous reports regarding the incident.

Barratt recounted hearing a loud crash and later discovering a significant hole in her attic, accompanied by insulation debris scattered across her home. Upon investigation, she located a small, dark rock measuring approximately two inches in diameter. The rock was reportedly warm to the touch and emitted a faint sulfurous odor. Barratt immediately contacted local authorities and subsequently reached out to astronomical experts for verification.

Jonathan Z. Tennenbaum, an expert in meteorites and a local astronomer, has been contacted to examine the object found by Barratt. Initial assessments typically involve analyzing the rock's composition, density, and magnetic properties to determine if it is extraterrestrial in origin.

Key details related to the event and the alleged impact include:

  • Date of Sighting: Friday, July 14, 2023.
  • Location of Impact Claim: Timbergrove Manor neighborhood, Houston, Texas.
  • Reported Damage: Hole in the attic, scattered insulation, and a noticeable indentation on the floor below.
  • Object Discovered: A dark, roughly two-inch rock, weighing several ounces.
  • Official Confirmation: NASA confirmed the meteoroid entered Earth's atmosphere, but has not yet confirmed the origin of the specific rock found by Barratt.

Meteoroid impacts on inhabited structures are rare occurrences, though not unprecedented. While thousands of meteoroids enter Earth's atmosphere annually, most disintegrate entirely or fall into unpopulated areas. The fragmentation of larger meteoroids can lead to multiple pieces, or meteorites, reaching the ground.

The object collected by Barratt is currently undergoing preliminary examination by specialists. Should the rock be confirmed as a meteorite, it would represent a tangible piece of the celestial event witnessed across Texas. Further analysis will be required to definitively classify the rock's origin and composition. The findings from this examination are expected to be released as the investigative process concludes.