![]() I would add this to the 'premium version'. maybe add and option to solve images as they are shot, adding coordinates to FITS keywords for FITS no stretch needed but larger upload for jpg or png you may need to apply a stretch take a single shot or stop the live view The blind solver is a powerful tool that does not require any local horse power. They are one of the best resources around for developing your skills. Club meetings offer opportunities to try out new equipment, learn new techniques, and make new friends. Actually I had a python script that did that based on a script provided but the API changed so it doesn't work anymore.Īnyway, I realize not everyone has internet access during imaging but many do. Sky & Telescope encourages you to contact your local astronomy club, where you'll find like-minded enthusiasts eager to share their knowledge and love of the sky with you. Would be nice if APT could upload the current image (use a small jpg or png version of a stretched image for quick upload), get the coordinates back and then sync the scope. I use it with a little app that I wrote to sync the coordinates from the result page. Solves images in seconds without any size or location hints. The online blind solver is pretty fantastic. ![]() Maybe it'll work better when integrated with APT, I don't know. As a result, they found that NGC 5288 is born near the galactic disk and moves in a circular orbit with a very small scale height.I've tried to make astrotortilla work but no luck so far. The researchers also integrated the orbits of the cluster for a time duration equal to the cluster’s age. The results also indicate that NGC 5288 is dynamically relaxed. The mass function slope for the cluster was found to be 1.39 for main-sequence (MS) stars (within the mass range 1.0–2.7 solar masses). When it comes to the size of NGC 5288, the astronomers found that the core radius and the cluster radius are approximately 1.36 and 5.5 arcmins, respectively. The interstellar reddening of NGC 5288 was estimated to be at a level of 0.45. ![]() The mean proper motions of cluster members in right ascension and declination were calculated to be −3.84 and −1.934 mas per year, respectively. The study found that NGC 5288 is approximately 510 million years old and is located some 9,000 light years away, therefore farther than previously estimated. Furthermore, the astronomers estimated the fundamental properties of the cluster, investigated its structure, conducted a dynamical study and derived its galactic orbit and orbital parameters. The data allowed the team to calculate the membership probabilities of stars in the field of NGC 5288 and to identify 304 cluster members with membership probability greater than 50%. “We have investigated a poorly studied open cluster, NGC 5288, using 2MASS and Gaia DR3 photometric and astrometric database,” the researchers wrote in the paper. Therefore, in order to shed more light on its properties, a team of astronomers led by Ritika Sethi of the Indian Institute of Science Education and Research in Berhampur, India, decided to inspect this cluster. Although NGC 5288 has been known for nearly two centuries, it is a poorly studied cluster and there are still many discrepancies regarding its fundamental parameters. It is a rich, strongly absorbed cluster with a small but bright nucleus and a low-density extended corona. Located some 7,000 light years away in the constellation Circinus, NGC 5288 (also known as Cr 278) is a galactic OC discovered in 1835. Expanding the list of known galactic open clusters and studying them in detail could be crucial for improving our understanding of the formation and evolution of our galaxy. So far, more than 1,000 of them have been discovered in the Milky Way, and scientists are still looking for more, hoping to find a variety of these stellar groupings. Open clusters (OCs), formed from the same giant molecular cloud, are groups of stars loosely gravitationally bound to one another. Results of the study, published May 17 on the arXiv preprint server, yield important information regarding the properties of this cluster. Credit: Sethi et al, 2023īy analyzing the data from ESA’s Gaia satellite and from the Two Micron All Sky Survey (2MASS), Indian astronomers have investigated a galactic open cluster known as NGC 5288. Identification map of NGC 5288 taken from DSS.
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