If you ever want to see better in the deep place, you will now have a chance. James Webpace Telescope is now available for public use. There is an interactive map that includes about 800,000 galaxies and different filters involved with data so you can see them in different ways.
The figure was made available from the universe from June 5 through the universe. It contains survey data that has created a map of 0.54 square degrees of the sky. For reference, if you take a look at this month’s strawberry moon, the amount of telescope map sky is almost three full moons. The total size of all map data is about 1.5 TB.
Read more: The best place photos of 2025 will fill you with a surprise
The map contains galaxies and stars that are 13.5 billion years old, which means that it provides the best look in the early universe, which science has presented so far. NASA estimates that the universe is 13.8 billion years old, so those galaxies and stars are positive. Overall, the data contains galaxies and stars that cover 98 % of the famous history of the universe.
This newly released map is larger than the map of the largest Akashinga ever, which still covers a small piece of galaxy’s overall sequence. However, in terms of data, the map of Akashganga is still larger, as the map is more than 500 TB.
Researchers mapped the sky with infrared camera near the JWST, and a map of 0.2 square degrees of the sky was made with a medium -infrared tool. Overall, there is about 1.5 1.5 TB of data. The best part of the information dump from the argument is the interactive map, which is burdened with the web browser and allows users to rotate and see everything involved.
Clicking on a point of interest you have shown data about your selected star or galaxy.
Interactive map viewer using
Currently people can check the project map viewers. You use the map, you just have to follow the link and “check it out!” You have to click. Once the button is burdened, you will see a square ash image that contains more than 700,000 galaxies and other items.
Once you load the map, the best way to see it is to use layers and filters in the top right corner. The first box includes views, including Nerikam RGB and several other views. The second box breaks the picture into the tiles. These tiles are how the image was made, so you can see which device was used to capture every section of the map.
For educational purposes, the third box is one. These options offer an outline of interest items. Clicking them provides you with a catalog ID (which allows you to recover these items later), additional data points such as raw images and light wavelengths of each item.
The tools of the top left are used for searching and setting, such as increasing the brightness and changing the color to make some accessories easier. With control, your best condition is to just look around and find all the cool things. At any point, you can refresh all settings by refreshing the browser window.
How to access the data
Data is accessible in different ways. The COSMOS2025 project published three research papers on its collected data. The first is the catalog of everything that was observed. The other two focused on nearly infrared imaging and medium infrared imaging that is used to obtain data.
You can get data by filling this form. Once you work, you will be able to download the data. This is available as a single, large download or if you prefer you can download individual tiles. There are more advanced instructions available from the Cosmos 2025 project website if you need, and more data is available here if you want to download it.
You can see that the majority of the map data is in the foot file format. This is an unusual file format that your standard photoshop or image viewing application will not be able to handle very well. Fortunately, NASA has a reliable list of fit image viewers from which you can select.
The data will also be used to help answers questions about the early universe, and all this data is available for researchers independently, which will help researchers around the world.
