Thousands gathered in New York City to witness Manhattanhenge, the biannual alignment of the setting sun with the city's east-west street grid. Astrophysicist Neil deGrasse Tyson coined the term, drawing parallels to Stonehenge. The event occurs around late May and mid-July, offering dramatic views framed by skyscrapers.
Twice each year, New York City transforms into a natural amphitheater as residents and visitors gather to witness Manhattanhenge , a breathtaking celestial event where the setting sun aligns perfectly with the city's grid of east-west streets.
On Thursday, May 28, 2026, the first occurrence of the year took place, with the sun sinking below the horizon framed by the iconic canyon of skyscrapers along 42nd Street. A second viewing opportunity followed on Friday, with additional alignments scheduled for July 11 and 12. Over the years, this spectacle has become a highly anticipated urban phenomenon, drawing photographers, astronomy enthusiasts, and casual onlookers to the sidewalks during spring and summer evenings.
The term Manhattanhenge was coined by astrophysicist Neil deGrasse Tyson in a 1997 article for Natural History magazine. Tyson, director of the Hayden Planetarium at the American Museum of Natural History, drew inspiration from a teenage visit to Stonehenge. He was part of an expedition led by Gerald Hawkins, who theorized that Stonehenge functioned as an ancient astronomical observatory.
Tyson, a native New Yorker, saw a parallel between the sun's alignment with Stonehenge's stones on the solstice and the way the setting sun is framed by Manhattan's towering architecture. While the planners of Manhattan's street grid in the early 19th century did not intend to create an astronomical observatory, the alignment works out due to the city's rectangular layout and the angle of the sun near the solstices.
Manhattanhenge does not occur exactly on the summer solstice, which fell on June 21 in 2026, but rather about three weeks before and after it. That is when the sun's position matches the Manhattan grid's east-west orientation. During the May and July events, two variations are observed: on certain dates, half of the solar disk is visible above the horizon while the other half is below, creating a striking split.
On alternate dates, the entire sun appears to hover between buildings before descending toward the New Jersey horizon across the Hudson River. The best viewing locations are along the city's wide east-west thoroughfares, particularly 14th, 23rd, 34th, 42nd, and 57th Streets. The further east one positions, the more dramatic the view as the sunlight grazes the building facades on both sides.
Another popular vantage point is across the East River in Long Island City, Queens, where the skyline provides a complementary backdrop. The event is largely a do-it-yourself experience; crowds gather roughly half an hour before sunset, capturing photographs as dusk approaches, weather permitting. Overcast or rainy conditions obscure the phenomenon entirely. While Manhattanhenge is the most famous example of a modern city aligning with the sun, similar occurrences happen in other grid-planned metropolises.
For instance, Chicago experiences a comparable effect around the spring and fall equinoxes when the setting sun lines up with its east-west streets. What makes Manhattanhenge especially dramatic is the sheer height of the buildings combined with the unobstructed westward view toward the Hudson River, creating a natural cathedral of light.
The allure lies in the unexpected harmony between human-designed geometry and cosmic cycles, a reminder that even in a densely built environment, the sky continues to dictate rhythms that captivate urban dwellers. Scientists explain the timing precisely. The Manhattan grid is rotated about 29 degrees east of true north. The sun's path varies throughout the year, reaching its most northern setting point around the summer solstice.
For a few days, the sun's azimuth at sunset aligns with that 29-degree angle when viewed along the grid's east-west streets. The result is a perfectly centered solar disk framed by the vertical lines of the cityscape. The phenomenon is not unique to New York; any city with a grid oriented similarly could experience it.
However, Manhattan's combination of grid orientation, building height, and clear western horizon has turned it into an iconic event. Each year, social media fills with images of the sun appearing to balance on building edges, a fleeting moment where the urban jungle seems to pause and connect with the broader universe
Manhattanhenge New York Sunset Neil Degrasse Tyson Astronomy Urban Phenomenon City Grid Summer Solstice Photography Stonehenge
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