Using gravitational lenses could transmit energy between stars, study says

Scientists are about to discover the power of stars with innovative methods, based on Albert Einstein’s Theory of General Relativity. Once a theoretical prediction, the concept of gravitational lensing is now seen as key to astronomical progress and the search for extraterrestrial intelligence.

Recent works by scientists such as Claudio Maccone and Slava Turyshev, Focus on using the gravitational field of our Sun to amplify and transmit energy through the stars.

Gravitational lensing of the Sun and its potential

Turyshev’s latest article explores Practical aspects of using stellar gravitational lensing for energy transmission.

By positioning a transmitter at the gravitational focus of a star, energy can be delivered to distant stellar systems, improving the signal-to-noise ratio and overcoming existing interstellar communication barriers.

The feasibility of such a technological innovation depends on the amplification properties of Solar Gravity Lenses (SGLs). Focusing light from distant exoplanets or facilitating an interstellar power gridIt helps both explore and colonize space.

Interstellar communication: quantum leap

The potential for interstellar energy transfer using SGLs is not just scientific speculation. Turyshev’s paper, soon to be published in Physical Review D, provides: A solid mathematical foundation and necessary analytical tools For this ambitious project.

By adapting the methods used for interplanetary communication to a larger scale, the concept of stellar energy transfer could become a reality. The implications of space exploration and the search for alien life are vast and open the door to new possibilities.

A future supported by the stars

Practical application of gravitational lenses for energy transmission poses difficulties. Factors such as alignment of the transmitting lens and the complex internal structure of the lenses must be addressed. But Turyshev’s research provides solid foundations showing that SNR for such transmissions is already promising with current technology.

Essentially, the strength of the transmitted signal offers a viable solution for transmitting power to distant targets, although time delay due to the limits of relativity remains an obstacle. The journey from concept to implementation continues, and more research is needed to navigate the complexities of this cosmic leap.

In short, the idea of ​​using gravitational lensing as an energy channel through stars is moving from a theoretical framework to a concrete reality.

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