New Warp Drive Model Brings Faster-Than-Light Travel Closer to Reality

Scientists propose a feasible approach using positive energy, moving beyond theoretical barriers of exotic matter.

Scientists have developed a new model for warp drives that could make faster-than-light travel possible without exotic matter.
The breakthrough involves using positive energy to create a warp bubble, circumventing previous theoretical limitations.
The model suggests that subluminal warp drives, which travel just below the speed of light, are feasible with current physics.
Researchers used advanced computational tools to evaluate and optimize the energy conditions for these warp drives.
Despite the progress, practical implementation of warp drives remains a distant goal due to current technological constraints.