Swatch lets you put a stunning Webb space image on a watch face

New Swatch designs featuring images captured by the James Webb Space Telescope.
ESA/Swatch

Space fans have been marveling at the stunning images beamed to Earth by the James Webb Space Telescope ever since it went into operation last year.

The most powerful space telescope ever built is using its near-infrared camera (NIRCam) to peer deeper into space than ever before, with scientists hoping that its discoveries could help unlock some of the mysteries of the universe.

Recommended Videos

Science aside, many of the images are beautiful in their own right, showing colorful nebulae and dazzling galaxies far from Earth.

Now, in a special partnership between the European Space Agency and watchmaker Swatch, it’s possible to create your own watch face using one of these amazing images.

Six new “Swatch X You” designs have been made available for a limited time, with each one featuring a space image captured by these groundbreaking telescopes.

You can design your watch face using the online configurator on the Swatch X You website.

The watch, which costs $135, will be delivered along with an ESA-branded strap, a special sleeve, and a postcard showing the telescope image used for the design.

The offer launched on Wednesday and will run through December 17.

ESA’s Professor Carole Mundell commented on the collaboration, describing it as a “wonderful opportunity to share our fascination for space and science through these beautiful, inspiring designs.”

Mundell added: “Astronomers were originally the keepers of date and time. Today, our telescopes look back thousands, millions, even billions of years. Whenever you check the time, these watches will also give you a breathtaking glimpse of time and space on a cosmic scale.”

In a related effort, the United States Postal Service (USPS) last year launched a specially designed stamp to celebrate the James Webb Space Telescope. The image on the stamp shows an artist’s digitally created depiction of the telescope, set against a striking starscape.

Editors' Recommendations

Contributing Editor
Not so many moons ago, Trevor moved from one tea-loving island nation that drives on the left (Britain) to another (Japan)…
James Webb captures a unique view of Uranus’s ring system

A festive new image from the James Webb Space Telescope has been released, showing the stunning rings of Uranus. Although these rings are hard to see in the visible light wavelength -- which is why you probably don't think of Uranus as having rings like Saturn -- these rings shine out brightly in the infrared wavelength that Webb's instruments operate in.

The image was taken using Webb's NIRCam instrument and shows the rings in even more detail than a previous Webb image of Uranus, which was released earlier this year.

Read more
James Webb spots tiniest known brown dwarf in stunning star cluster

A new image from the James Webb Space Telescope shows a stunning view of a star cluster that contains some of the smallest brown dwarfs ever identified. A brown dwarf, also sometimes known as a failed star, is an object halfway between a star and a planet -- too big to be a planet but not large enough to sustain the nuclear fusion that defines a star.

It may sound surprising, but the definition of when something stops being a planet and starts being a star is, in fact, a little unclear. Brown dwarfs differ from planets in that they form like stars do, collapsing due to gravity, but they don't sustain fusion, and their size can be comparable to large planets. Researchers study brown dwarfs to learn about what makes the difference between these two classes of objects.

Read more
James Webb provides a second view of an exploded star

When massive stars run out of fuel and come to the ends of their lives, their final phase can be a massive explosion called a supernova. Although the bright flash of light from these events quickly fades, other effects are longer-lasting. As the shockwaves from these explosions travel out into space and interact with nearby dust and gas, they can sculpt beautiful objects called supernova remnants.

One such supernova remnant, Cassiopeia A, or Cas A, was recently imaged using the James Webb Space Telescope's NIRCam instrument. Located 11,000 light-years away in the constellation of Cassiopeia, it is thought to be a star that exploded 340 years ago (as seen from Earth) and it is now one of the brightest radio objects in the sky. This view shows the shell of material thrown out by the explosion interacting with the gas that the massive star gave off in its last phases of life.

Read more