Physics team says breakthrough in warp drive could allow constant speed intraluminal travel
Groundbreaking new research by leading propulsion researchers has revealed a new warp drive concept that can function without virtual exotic or negative energy forms. Developed by physicists at the New York think tank Applied Physics and the Advanced Propulsion Laboratory at the University of Alabama in Huntsville, the concept, called constant-velocity subluminal warp drive, offers a theoretical new means of propulsion for space travel. And it’s a common thing. It applies the theory of relativity and allows operation at constant intraluminal velocities without the need for the non-physical forms of matter described in previous concepts. According to their new research, physicists believe that a stable shell of ordinary matter could be integrated with a warp drive’s displacement vector, similar to the famous “Alcubierre drive” first proposed decades ago. is proposed. This creates a “warp bubble” that allows objects to move very quickly through space within the limits of the speed of light. warp speed ahead In 1994, theoretical physicist Miguel Alcubierre proposed that instead of using physical space travel to propel a spacecraft, by shrinking the space in front of the spacecraft and expanding the space behind it. He was the first to propose the concept of warp propulsion, which could effectively achieve faster-than-light travel. Similar to traditional propulsion methods. Under these circumstances, Alcubierre imagined that a configurable energy density field could be created that is lower than a vacuum, offering the possibility of space travel consistent with Einstein’s field equations. Three years ago, Applied Physics researchers first reported that warp drives could be designed without the need for exotic matter, that their design would be constrained by Newtonian physics, and that reports claiming they could exceed the speed of light were inaccurate. “We have shown that it is possible to construct a kind of sublight-speed, spherically symmetric warp drive spacetime based on physical principles known to humanity today,” he said. Applied Physics formally introduced its Warp Factory analysis tool in April. In a statement provided to The Debrief, Christopher Helmerich, one of the co-authors of the new paper published in Doctor Classical and Quantum Gravity, said the toll “serves as a reality check for warp drive designs” and will allow researchers to analyze their designs “in a comprehensive and automated way,” and to more efficiently identify non-physical features.
Consistency with Alcubierre index In a new study, the applied physics team presents what they call “the first-ever intraluminal physical isokinetic warp drive solution that fully matches the geodetic transport properties of the Alcubierre metric’s theoretical warp drive concept.” and can support geodetic transportation of observers. It meets several energy conditions set in their research. “This solution was constructed from a shell of stable material with internally modified displacement vectors,” the team writes, which allows the warp solution to have a positive ADM mass (a quantity related to the concept of mass). states that it is now possible to create. It was also seen in far-flung areas – note the use of the Warp Factory toolkit to analyze and construct the hull. “This exciting new result represents an important first step in understanding the building blocks of a physical warp solution,” the researchers wrote, noting that the new warp drive solution they developed could “drive space-time. “We demonstrate that this is a more general constant-velocity warp drive.” It is possible to build buildings that match energy conditions. In the future, the team plans to explore further possibilities related to the new solution and to optimize and improve the theoretical framework to ensure that all necessary physical conditions are met. They will also focus on “the problem of efficiently accelerating drives without compromising physics,” which is a key element in current research on future warp drive technology. The concept presented in the team’s new research paves the way for traveling through space at speeds close to the speed of light, but the construction of such thrusters will probably only be possible in the distant future, as is the case now. not. Such devices are not permitted in the art. Currently, the concept of warp drive remains an interesting reality only within the fictional world of Star Trek, but some interesting observations in recent decades point to the possibility that such a feature already exists. , and perhaps other advanced civilizations have that functionality built into their technological toolboxes. far beyond that of humans. Although such possibilities are completely speculative for now, research in applied physics suggests that these concepts could help humanity carry future manned missions to the farthest reaches of the final frontier. It brings things closer to reality.
source: https://arxiv.org/pdf/2405.02709