![]() Customer’s continued use of the Services after a material change will constitute Customer’s consent to such changes. Customer can terminate this Agreement for convenience under Section 7.4 (Termination for Convenience). If Customer does not agree to the revised Agreement, Customer can stop using the Services. Unless otherwise noted by Google, material changes to the Agreement will become effective 30 days after they are posted, except if the changes apply to new functionality, the Data Processing Addendum, or are required by applicable law in which case they will be effective immediately. Google may make changes to this Agreement (including URL terms) from time to time. Subject to Section 5 (Deprecation), Google may make changes to the Services, which may include adding, updating, or discontinuing any Services or portion or feature(s) of the Services. Google will only use Customer Personal Data in accordance with the Data Processing Addendum located at. For instance, this may include identifying and fixing problems in the Services, enhancing the Services to better protect against attacks and abuse. Google will only use Customer Data, Customer Code, and Applications to provide the Services to Customer and its End Users and to help secure and improve the Services. Google has no obligation to provide multiple Accounts to Customer.ġ.3 Customer Data. Customer must have an Account to use the Services and is responsible for the information it provides to create the Account, the security of its passwords for the Account, and for any use of its Account. Google will provide the Services to Customer in accordance with the Agreement, and Customer may use the Services in Customer Application(s) in accordance with this Agreement.ġ.2 Accounts. You represent and warrant that: (i) you have full legal authority to bindĬustomer to this Agreement (ii) you have read and understand this Agreement Īnd (iii) you agree, on behalf of Customer, to this Agreement.ġ.1 Services Use. ![]() If you are accepting on behalf of Customer, This Agreement is effective as of the date Customer clicks to accept theĪgreement (the "Effective Date"). ![]() Means Google LLC, with offices at 1600 Amphitheatre Parkway, Mountain View, ("Customer") and governs Customer’s access and use of the Services. This Google Earth Engine License Agreement (the "Agreement") is made andĮntered into between Google and the entity or person agreeing to these terms Last modified: SeptemGoogle Earth Engine License Agreement Non-commercial or government research activity, please consult If you have any questions about whether your use is a If it doesn’t, then you must pay a fee to use the Service must qualify as a non-commercial or government researchĪctivity. YourĬontinued use of the Services under these Google Earth Engine Terms of The bright elliptical patches in the image are other galaxies in the cluster that hosts JW100.Google Earth Engine Services are available for commercial use. “As galaxies plow through this tenuous gas, it acts like a headwind, stripping gas and dust from the galaxy and creating the trailing streamers that prominently adorn JW100. “Ram pressure stripping occurs when galaxies encounter the diffuse gas that pervades galaxy clusters,” Hubble scientists explain. Gullieuszik and the GASP teamĪs for the jellyfish galaxy, its strange shape is formed through a process called ram pressure stripping. JW100 is over 800 million light-years away, in the constellation Pegasus. Their resemblance to dangling tentacles led astronomers to refer to JW100 as a ‘jellyfish’ galaxy. The streams of star-forming gas dripping from the disk of the galaxy like streaks of fresh paint are formed by a process called ram pressure stripping. The galaxy JW100 (lower right) features prominently in this image from the NASA/ESA Hubble Space Telescope. This nearby galaxy, called IC 5338, is the brightest one within the cluster and has a large glowing area around it called a halo. In the upper middle part of the image, you’ll also see two very bright blobs, which are the core of another galaxy within the same galaxy cluster. The jellyfish galaxy is located toward the bottom right of the image, with purple-pink tentacles of stars reaching downward. This particular jellyfish galaxy, known as JW100, is located more than 800 million light-years away and is found in the constellation of Pegasus. These galaxies have a main body of stars, with tentacle-like structures reaching off away from the body in just one direction. This week’s Hubble image shows an unusual type of galaxy that might seen more at home in the ocean than among the stars: a jellyfish galaxy.
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