In today's world, Wikipedia:Featured picture candidates/Gravitational microlensing events continues to be a relevant topic that arouses interest and debate in society. With the advancement of technology and globalization, Wikipedia:Featured picture candidates/Gravitational microlensing events has taken a fundamental role in people's daily lives. From its impact on the economy to its influence on interpersonal relationships, Wikipedia:Featured picture candidates/Gravitational microlensing events has become a recurring topic of conversation in different areas. Throughout history, Wikipedia:Featured picture candidates/Gravitational microlensing events has evolved and adapted to political, social and cultural changes, generating a wide range of perspectives and opinions on the matter. In this article, we will explore different aspects related to Wikipedia:Featured picture candidates/Gravitational microlensing events, analyzing its importance and impact on today's society.
True, it's not a true picture, but it's not just an artist's impression. It's a compilation of measurements from 2014 to 2018 by the European Space Agency using Gaia (spacecraft) observatory. It's compiled by a team at the University of Warsaw which includes a professor of astronomy: , published on a website of the European Space Agency (www.cosmos.esa.int). I don't see how it's any different than the animation in This nomination/FP. Bammesk (talk) 20:51, 4 December 2022 (UTC)
Well, that other example (which I supported) is directly imaged, while this is not. There has obviously been an artistic decision in choosing how large and bright the flashes are, and how long they last. It's for that reason I oppose this one - it looks like an Xmas decoration... --Janke | Talk09:10, 5 December 2022 (UTC) PS: Compare with the true lead image in the article...
Support. Informative, interesting, and eye-catching animation that makes good use of a combination of photography and synthetic data. We should not disqualify such images for being something that they aren't; we should judge them for what they are. Also, did you know that most of those still "photos" of distant astronomical objects in Wikipedia:Featured pictures/Space/Looking out are also not true photographs? They are compiled by taking data measured in wavelengths that are not visible and translated by mapping that data to the intensities of visible light channels. Also, did you know that many of the "photos" that we have here of bugs and other macro-scale things are not true photos? They are compiled by taking many photos with different focus planes and compositing them together. There is no eye or camera that would see them in a single instant as they are displayed in the image. I don't see the difference in principle between those and this. —David Eppstein (talk) 06:52, 9 December 2022 (UTC)