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UID:10036574-1795438800-1795442400@usm.maine.edu
SUMMARY:Birth Of The Solar System
DESCRIPTION:How did our solar system originate? What chain of events led to its creation? Just as detectives look for traces of evidence to solve a mystery\, astronomers analyze the evidence that points to the formation of the Sun and planets. In particular\, they study the influence that impacts and collisions had on the worlds of the solar system. The most dramatic evidence for this collisional history of solar system evolution are the impact craters found on almost all the bodies in the solar system\, including Earth. These surface scars tell us the formation history of planets\, moons\, and rings was violent. Yet today\, we live in a relatively stable solar system\, made possible by the shattering collisions that shaped our worlds. Show length: 21 minutes
URL:https://usm.maine.edu/calendar-of-events/event/birth-of-the-solar-system/2026-11-23/
LOCATION:Southworth Planetarium — Science Building\, 70 Falmouth St\, Portland\, ME\, 04103\, United States
CATEGORIES:Planetarium
ATTACH;FMTTYPE=image/jpeg:https://usm.maine.edu/calendar-of-events/wp-content/uploads/sites/34/2026/09/Birth-of-the-Solar-System-1.jpg
ORGANIZER;CN="John Haley":MAILTO:john.haley1@maine.edu
GEO:43.663071345367;-70.276528844135
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CREATED:20260910T181947Z
LAST-MODIFIED:20260910T181947Z
UID:10036577-1795525200-1795528800@usm.maine.edu
SUMMARY:Birth Of The Solar System
DESCRIPTION:How did our solar system originate? What chain of events led to its creation? Just as detectives look for traces of evidence to solve a mystery\, astronomers analyze the evidence that points to the formation of the Sun and planets. In particular\, they study the influence that impacts and collisions had on the worlds of the solar system. The most dramatic evidence for this collisional history of solar system evolution are the impact craters found on almost all the bodies in the solar system\, including Earth. These surface scars tell us the formation history of planets\, moons\, and rings was violent. Yet today\, we live in a relatively stable solar system\, made possible by the shattering collisions that shaped our worlds. Show length: 21 minutes
URL:https://usm.maine.edu/calendar-of-events/event/birth-of-the-solar-system/2026-11-24/
LOCATION:Southworth Planetarium — Science Building\, 70 Falmouth St\, Portland\, ME\, 04103\, United States
CATEGORIES:Planetarium
ATTACH;FMTTYPE=image/jpeg:https://usm.maine.edu/calendar-of-events/wp-content/uploads/sites/34/2026/09/Birth-of-the-Solar-System-1.jpg
ORGANIZER;CN="John Haley":MAILTO:john.haley1@maine.edu
GEO:43.663071345367;-70.276528844135
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DTSTART;TZID=America/New_York:20261125T130000
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DTSTAMP:20260910T181947Z
CREATED:20260910T181947Z
LAST-MODIFIED:20260910T181947Z
UID:10036580-1795611600-1795615200@usm.maine.edu
SUMMARY:Birth Of The Solar System
DESCRIPTION:How did our solar system originate? What chain of events led to its creation? Just as detectives look for traces of evidence to solve a mystery\, astronomers analyze the evidence that points to the formation of the Sun and planets. In particular\, they study the influence that impacts and collisions had on the worlds of the solar system. The most dramatic evidence for this collisional history of solar system evolution are the impact craters found on almost all the bodies in the solar system\, including Earth. These surface scars tell us the formation history of planets\, moons\, and rings was violent. Yet today\, we live in a relatively stable solar system\, made possible by the shattering collisions that shaped our worlds. Show length: 21 minutes
URL:https://usm.maine.edu/calendar-of-events/event/birth-of-the-solar-system/2026-11-25/
LOCATION:Southworth Planetarium — Science Building\, 70 Falmouth St\, Portland\, ME\, 04103\, United States
CATEGORIES:Planetarium
ATTACH;FMTTYPE=image/jpeg:https://usm.maine.edu/calendar-of-events/wp-content/uploads/sites/34/2026/09/Birth-of-the-Solar-System-1.jpg
ORGANIZER;CN="John Haley":MAILTO:john.haley1@maine.edu
GEO:43.663071345367;-70.276528844135
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