In July 2026 astronomers confirmed a brand-new planet — Beta Pictoris d — orbiting a young star 63 light-years away. We're going to fly there. But first, the honest part: there is no ship that can do this. Everything below in REAL is measured; the crossing itself is a DREAM, and we'll never pretend otherwise.
| TRAVELLING AT… | TIME TO REACH BETA PIC d (63 LY) |
|---|---|
| Voyager 1 — our farthest craft (17 km/s) | ≈ 1.11 million years |
| Parker Solar Probe — fastest ever (192 km/s) | ≈ 98,000 years |
| light itself (299,792 km/s) | 63 years |
| an imaginary warp drive | seconds — see below |
Light needs 63 years. We don't have that patience. Fold space instead — and hold in your mind that this is a wish, not a warp we own.
The dream ends; the world is real. Beta Pictoris d is a young giant, and every number here was measured, not imagined:
| Mass | ≈ 2.4 × Jupiter |
| Distance from its star | ≈ 30 AU (like Neptune from our Sun) |
| Year (one orbit) | ≈ 91 Earth-years |
| Age of the system | ≈ 20 million years — a newborn |
| How we found it | direct imaging · JWST + ESO's VLT |
SOURCES: SUTLIEFF ET AL. & GIBBS ET AL., ApJL 1006 (JUL 2026) · NASA EXOPLANET ARCHIVE · IMAGES © NASA/ESA/CSA/STScI & ESO. THE FLIGHT WAS IMAGINED; THE DESTINATION IS NOT.
Space is only half of it. The same engine that computes where the planets really are can run the clock backward — through the real sky, to the edge of what can be known.
↺ TRAVEL THROUGH TIME → or start with your own sky →