Technologies

Anyone Can Now Access the Largest Space Map Ever Created. Here’s How

The data includes a map of nearly 800,000 galaxies and covers 0.54 square degrees of the sky.

If you’ve ever wanted a better look at deep space, you now have your chance. A treasure trove of data collected by the James Webb Space Telescope is now available for public consumption. Included with the data is an interactive map that contains nearly 800,000 galaxies and various filters so you can view them in different ways.

The data was made available starting on June 5 by the Cosmic Evolution Survey out of Caltech. It consists of survey data that mapped out 0.54 square degrees of the sky. For reference, if you take a look at this month’s strawberry moon, the amount of sky that the telescope mapped is equivalent to about three full moons side by side. The total size of all the map data is about 1.5 TB.

Read more: Coolest Space Photos of 2025 Will Fill You With Cosmic Wonder

Included in the map are galaxies and stars that are 13.5 billion years old, which means it provides the best look into the early universe that science has offered so far. NASA estimates that the universe is 13.8 billion years old, so those galaxies and stars are positively ancient. In all, there are galaxies and stars in the data that cover about 98% of the known universe’s history.

That makes this newly released map bigger than the largest Milky Way galaxy map ever created, which still only covers a small slice of the galaxy’s overall layout. However, the Milky Way galaxy map is still larger in terms of data, as that map is over 500 TB in size.

Researchers mapped the sky with the JWST’s near infrared camera, and 0.2 square degrees of the sky were mapped with the mid infrared instrument. In total, there’s about 1.5 TB worth of data to sift through. Arguably the coolest part of the info dump is the interactive map, which loads in a web browser and allows users to move around and see everything that was included.

Using the interactive map viewer

Curious individuals can check out the project’s map viewer. To use the map, you simply have to follow the link and click the «check it out!» button. Once the map loads, you’ll see a square-ish image that contains over 700,000 galaxies and other objects.

Once you load the map, the best way to view it is using the layers and filters in the top right corner. The first box contains views, including NIRCam RGB and several other views. The second box breaks up the image into tiles. These tiles are how the image was mapped, so you can see which instrument was used to capture each segment of the map.

For educational purposes, the third box is the one to use. These options outline the objects of interest. Clicking on them provides you with a catalog ID (which lets you search for those objects again later), the raw images taken of each object and additional data points like light wavelength.

The tools in the top left are used for search and configuration, like increasing the brightness and changing the hue to make some objects easier to view. With the controls, your best bet is to just look around and find all the cool stuff. At any point, you can reset all of the settings by refreshing the browser window.

How to access the data

The data is accessible in a couple of different ways. The COSMOS2025 project published three research papers on the data they collected. The first is a catalog of everything that was observed. The other two focused on the near infrared imaging and mid infrared imaging used to obtain the data.

You can obtain the data by filling out this form. Once done, you’ll be able to download the data. It’s available as a single, large download or you can download individual tiles if you prefer. There are more advanced instructions available from the COSMOS2025 project website if you need them, and more data available here if you want to download it.

You may notice that the majority of the map data is in the FITS file format. That’s an unusual file format that your standard Photoshop or image viewing application won’t be able to handle very well. Fortunately, NASA has a trustworthy list of FITS image viewers that you can choose from.

The data will also be used to help answer questions about the early universe, and all this data being freely available to researchers the world over will help with that.

Technologies

Starlink Plans to Send 42K Satellites Into Space. That Could Be Bad News for the Ozone

Technologies

Scary Survey Results: Teen Drivers Are Often Looking at Their Phones

New troubling research found that entertainment is the most common reason teens use their phones behind the wheel, followed by texting and navigation.

A new study reveals that teen drivers in the US are spending more than one-fifth of their driving time distracted by their phones, with many glances lasting long enough to significantly raise the risk of a crash. Published in the journal Traffic Injury Prevention and released on Thursday, the research found that, on average, teens reported looking at their phones during 21.1% of every driving trip. More than a quarter of those distractions lasted two seconds or longer, which is an amount of time widely recognized as dangerous at highway speeds.

Most distractions tied to entertainment, not emergencies

The top reason teens said they reached for their phones behind the wheel was for entertainment, cited by 65% of respondents. Texting (40%) and navigation (30%) were also common. Researchers emphasized that these distractions weren’t typically urgent, but rather habitual or social.

Teens know the risks

The study includes survey responses from 1,126 teen drivers across all four US regions, along with in-depth interviews with a smaller group of high schoolers. Most participants recognized that distracted driving is unsafe and believed their parents and peers disapproved of the behavior.

But many teens also assumed that their friends were doing it anyway, pointing to a disconnect between personal values and perceived social norms.

Teens think they can resist distractions

Interestingly, most teens expressed confidence in their ability to resist distractions. That belief, researchers suggest, could make it harder to change behavior unless future safety campaigns specifically target these attitudes.

The study’s lead author, Dr. Rebecca Robbins of Boston’s Brigham and Women’s Hospital, said interventions should aim to shift social norms while also emphasizing practical steps, such as enabling «Do Not Disturb» mode and physically separating drivers from their devices.

«Distracted driving is a serious public health threat and particularly concerning among young drivers,» Robbins said. «Driving distracted doesn’t just put the driver at risk of injury or death, it puts everyone else on the road in danger of an accident.»

What this means for parents and educators

The researchers say their findings can help guide educators and parents in developing more persuasive messaging about the dangers of distracted driving. One of the recommendations is that adults need to counter teens’ beliefs that phone use while driving is productive or harmless.

While the study’s qualitative component was limited by a small and non-urban sample, the authors believe the 38-question survey they developed can be used more broadly to assess beliefs, behaviors and the effectiveness of future safety efforts.

Technologies

Nintendo Switch 2 Joy-Con Issues? It Might Just Be Your HDMI Cable

Make sure to use the Switch 2 cable included with the new gaming console.

As the Switch 2 continues to sell in the millions for Nintendo, it shouldn’t be a surprise that there’d be some issues with the console. It appears, however, that one problem Switch 2 owners are facing is actually just a matter of using the wrong cable.

Reddit users have posted about their Joy-Cons disconnecting when they’re playing on their Switch 2 while it’s docked, an issue spotted earlier by IGN. It does appear that, luckily, the issue can be resolved by using the included HDMI cable for the Switch 2 rather than an older, slower one — including the cable that came with the original Nintendo Switch.

Nintendo laid out the solution on its support page for when the Joy-Con 2 starts disconnecting from the console:

Confirm that you’re using an «Ultra High Speed» HDMI cable to connect the dock to the TV. If it’s not Ultra High Speed, your console won’t perform as expected when docked.
If you’re using a different cable than the one that came with the console, it should have printed on the cable that it’s «Ultra High Speed.»
The HDMI cable that came with the Nintendo Switch is not «Ultra High Speed» and should not be used with the Nintendo Switch 2 dock.

Nintendo didn’t immediately respond to a request for comment about the source of this issue.

Since the Switch 2 launch, many gamers have come to realize that Nintendo’s new console is very picky about what cables are connected to it. This goes for the HDMI cable as well as the power cable.

While the new and old Switch share the same name, they don’t share the same components. The Switch 2 is a huge upgrade in graphics power over the 2017 console, which means it needs the appropriate power supply. Not providing the Switch 2 with sufficient power could likely cause some issues, especially if the system has to do a lot of work to run a game.