Here’s an announcement from  ESO (European Southern Observatory):

First Planet Found Around Solar Twin in Star Cluster
Six-year search with HARPS finds three new planets in Messier 67

Astronomers have used ESO’s HARPS planet hunter in Chile, along with other telescopes around the world, to discover three planets orbiting stars in the cluster Messier 67. Although more than one thousand planets outside the Solar System are now confirmed, only a handful have been found in star clusters. Remarkably one of these new exoplanets is orbiting a star that is a rare solar twin — a star that is almost identical to the Sun in all respects.

Planets orbiting stars outside the Solar System are now known to be very common. These exoplanets have been found orbiting stars of widely varied ages and chemical compositions and are scattered across the sky. But, up to now, very few planets have been found inside star clusters [1]. This is particularly odd as it is known that most stars are born in such clusters. Astronomers have wondered if there might be something different about planet formation in star clusters to explain this strange paucity.

Anna Brucalassi (Max Planck Institute for Extraterrestrial Physics, Garching, Germany),
lead author of the new study, and her team wanted to find out more. “In the Messier 67
star cluster the stars are all about the same age and composition as the Sun. This
makes it a perfect laboratory to study how many planets form in such a crowded
environment, and whether they form mostly around more massive or less massive stars.”

The team used the HARPS planet-finding instrument on ESO’s 3.6-metre telescope at the La Silla Observatory. These results were supplemented with observations from several other observatories around the world [2]. They carefully monitored 88 selected stars in Messier 67 [3] over a period of six years to look for the tiny telltale motions of the stars towards and away from Earth that reveal the presence of orbiting planets.

This zoom sequence takes the viewer from a broad view of the entire night sky
into a close up view of the old star cluster Messier 67 in the constellation of Cancer
(The Crab). Observations using ESO’s HARPS instrument on the 3.6-metre telescope
at La Silla in Chile, along with other telescopes, have found three planets orbiting
stars in this cluster.

This cluster lies about 2500 light-years away in the constellation of Cancer (The Crab) and contains about 500 stars. Many of the cluster stars are fainter than those normally targeted for exoplanet searches and trying to detect the weak signal from possible planets pushed HARPS to the limit.

Three planets were discovered, two orbiting stars similar to the Sun and one orbiting a more massive and evolved red giant star. The first two planets both have about one third the mass of Jupiter and orbit their host stars in seven and five days respectively. The third planet takes 122 days to orbit its host and is more massive than Jupiter [4].

The first of these planets proved to be orbiting a remarkable star — it is one of the most similar solar twins identified so far and is almost identical to the Sun (eso1337) [5]. It is the first solar twin in a cluster that has been found to have a planet.

Two of the three planets are “hot Jupiters” — planets comparable to Jupiter in size, but much closer to their parent stars and hence much hotter. All three are closer to their host stars than the habitable zone where liquid water could exist.

“These new results show that planets in open star clusters are about as common as they are around isolated stars — but they are not easy to detect,” adds Luca Pasquini (ESO, Garching, Germany), co-author of the new paper [6]. “The new results are in contrast to earlier work that failed to find cluster planets, but agrees with some other more recent observations. We are continuing to observe this cluster to find how stars with and without planets differ in mass and chemical makeup.”

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Here’s a Planetary Society report on the making of one of the seven mirrors for the Giant Magellan Telescope, which should become operational in 2020.

From the caption:

After spending three months cooling, the GMT’s third mirror was removed from its rotating furnace on Dec. 6, 2013 and unveiled at the University of Arizona Steward Observatory Mirror Lab. It will take another three years for the mirror to be polished to extremely high precision. If the finished mirror were enlarged to cover the continental U.S., the peak-to-valley variance in smoothness would only be a half-inch.

The GMT’s seven 8.4 meter mirrors and adaptive optics system will give it ten times the resolution and sensitivity of the Hubble Space Telescope. It will be able to measure the mass of exoplanets and determine the composition of their atmospheres.

If life exists on one of the 1,000 currently known exoplanets, the GMT may be able to see indicators of life like ozone and chlorophyll in the exoplanet’s atmosphere. Such a game-changing discovery could tell us Earth is not the only planet in the Universe with life.