Residents across the U.S. East Coast reported hearing loud booms this week, with NASA confirming a meteor caused the event in Boston [1].
These atmospheric events caused widespread alarm among residents in two different states, highlighting how rare celestial occurrences can create sudden, disruptive sonic shocks.
The Boston event occurred on Saturday [1]. NASA said the noise was produced by a meteor fireball that exploded in the atmosphere off the coast of Massachusetts [2]. According to the agency, the energy released when the meteor broke up was equivalent to about 300 tons of TNT [2].
Weather officials said, "The noise in Boston may have been a meteorite" [1]. The sudden blast was felt across the Boston area, though no injuries or structural damage were reported in the immediate aftermath of the explosion.
Similar reports of loud booms emerged from South Carolina earlier in the week on Thursday [1]. Unlike the event in Massachusetts, the source of the South Carolina boom has not been identified [1]. Authorities said they have not yet confirmed if the two events are linked or if the South Carolina noise originated from a different atmospheric or terrestrial source.
NASA scientists continue to analyze data from the Massachusetts event to determine the composition of the meteor. The agency's findings provide a concrete explanation for the Boston residents, while the investigation into the South Carolina event remains open [2].
“"The energy released when the meteor broke up was equivalent to about 300 tons of TNT,"”
The contrast between the identified meteor in Boston and the unknown source in South Carolina illustrates the difficulty of tracking sporadic atmospheric events. While NASA can use satellite and sensor data to confirm fireball explosions, localized sonic booms without visible light signatures often remain unexplained, leaving residents with lingering uncertainty about potential hazards.
