This photograph of Halley's Comet was taken January 13,1986, by James W. Young, resident astronomer of JPL's Table Mountain Observatory in the San Bernardino…Read More »
Mountains, using the 24-inch reflective telescope.
Streaks caused by the exposure time are stars in the constellation Aquarius. Visible in the photo are the coma of gases and about 725,000 kilometers (450,000 miles) of the charged ion tail. Less «
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Halley's Comet in 1910
Halley's Comet as photographed May 13, 1910, by a wide-angle camera at Lowell Observatory, Flagstaff, Ariz., during the comet's last appearance. A streak…Read More »
across the comet near the coma is a meteor trail, and not a scratch on the negative. Streaks at the bottom right are the city lights of Flagstaff Bright spot above the city lights is the planet Venus. Less «
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Halley's Comet Seen by Europe's Giotto Probe
Credit: ESA. Courtesy of MPAe, Lindau
This view of comet Halley's nucleus was obtained by the Halley Multicolour Camera (HMC) on board the Giotto spacecraft, as it passed within 600 km of the comet nucleus on March 13, 1986.
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Giotto at Halley
The Giotto space probe, launched in 1985 on an Ariane 1 V14 launcher, brushed past the hidden nucleus of Halley's comet in 1986.
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Approaching Halley's Nucleus
Giotto approaching the nucleus of Halley's Comet at 68km/s, protected by its white dust shield.
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Two Views of the Galaxy
These two views show the position of Halley's comet and six planets on Jan. 7, 1984. At that time, Halley was about 800 million miles from the sun, traveling…Read More »
at an 18-degree tilt with respect to the plane of the solar system. Less «
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Halley's Comet from Diamond Head, Hawaii
These images show Comet Halley as it was photographed on various dates in 1910 from Diamond Head, Hawaii, by Ferdinand Ellerman. The points or short streaks are background stars.
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Halley's Comet in 1985
These two photographs of Comet Halley were obtained the night of Nov. 14, 1985, by JPL astronomer Eleanor Helin. Halley was about 105 million kilometers…Read More »
(65 million miles) from Earth and traveling about 33 kilometers per second (74,000 mph) with respect to our planet. Less «
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The Adoration of the Magi
'The Adoration of the Magi' is a scene in a fresco cycle decorating the interior of the Scrovegni Chapel in Padua. The fresco was painted by the Florentine…Read More »
master Giotto di Bondone, probably in 1303 and 1304. Halley's Comet had appeared in 1301, and inspired the artist to depict the Star of Bethlehem as a fiery comet.
When the European Space Agency elected to send a spacecraft to encounter the comet, the spacecraft was named after the artist. Reproduction of the painting is by the courtesy of the Comune di Padova. Less «
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Halley's Comet and Others May Be Stolen Goods
The detailed tail photograph of Halley's Comet was obtained by Jet Propulsion Laboratory astronomer Eleanor Helin with the 48-inch Schmidt telescope at…Read More »
Caltech's Palomar Observatory on Dec. 13, 1985. Less «
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Core of Halley's Comet
This photo of Halley's comet was taken by the Russian Vega 2 spacecraft, one of two Soviet probes (Vega 1 was the other) to rendezvous with the comet during…Read More »
its 1986 trip through the solar system in March 1986. The closest approach of Vega 1 to Halley was 8890 km while Vega 2 had a close encounter at 8030 km. Less «
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Halley's Comet in 1910 from Mount Wilson Observatory
Halley's Comet as photographed May 8, 1910, by Dr. G.W. Ritchey using the 60-inch (1.5-meter) telescope at Mount Wilson Observatory, Calif., during the…Read More »
comet's last appearance. The head of the comet and the beginning of its long tail are shown. Short, straight streaks are background stars. Less «
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Meteor Shower Created by Halley's Comet Peaks Thursday
This NASA graphic shows where to look in the constellation Aquarius for the Eta Aquarid meteor shower, which is made of the remains from Halley's Comet. Full May 2010 viewing info.
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Composite Image of Halley's Comet
This image is composed of 68 images of varying resolution. The data at the brightest point on the nucleus is at the highest resolution (50 m).
The Sun…Read More »
comes from 30 deg above the horizontal to the left and is 17 deg behind the image plane (observation phase angle of 107 deg). The night side of the nucleus can be seen silhouetted against a background of bright dust in the far-field. Jets can be seen originating from two regions on the nucleus. Structure can be seen within the jets.
A bright area is seen within the night side of the nucleus. We believe this to be a hill or mountain approximately 500 m high. Less «