A new paper proposes a fully physically realized model for warp drive. This builds on an existing model that requires negative energy—an impossibility. The new model is exciting, but warp speed is ...
New research "boldly goes" where physicists have never gone before, suggesting what would happen to the space around a failing warp drive. In addition, a team from the Queen Mary University of London, ...
For more than a century the speed of light was treated as an unbreakable cosmic limit. Now physicists are revisiting that ...
The concept of a warp drive has become a cultural icon ever since Star Trek's Captain Kirk said, "Warp Drive, Mr. Scott," to initiate faster-than-light travel for the Starship Enterprise.
Physicists discovered that the famous ‘Star Trek’ spaceship got a lot right about designing a ship to jump from galaxy to ...
The first warp drive design from the early 90s required massive amounts of negative energy, but three decades of honing the math later, scientists have lowered that threshold considerably. Now, a new ...
Warp drives have long lived in the realm of science fiction, but the underlying physics that inspired them is very real and surprisingly precise. As researchers probe the edges of general relativity ...
Einstein’s general theory of relativity is a tool kit for solving problems involving gravity that connects mass and energy with deformations in spacetime. In turn, those spacetime deformations ...
In the 1990s, Mexican theoretical physicist Miguel Alcubierre proposed a new kind of hypothetical warp drive that would allow a spacecraft to travel faster than the speed of light. To pull off that ...
If humanity ever wants to escape the solar system, we’re going to need a faster-than-light engine. Enter: the warp drive. While such a drive pushes the limits of known physics, a new study ponders ...
In 1994, physicist Miguel Alcubierre proposed a radical technology that would allow faster-than-light travel: the warp drive, a hypothetical way to skirt around the universe’s ultimate speed limit by ...