Recently, the Relativistic Astrophysics team at China West Normal University has made a significant breakthrough in black hole physics. They published an important paper in the internationally renowned journal SCIENCE CHINA Physics, Mechanics & Astronomy, presenting a new method for constructing non-singular black hole solutions. This development offers a novel perspective on the long-standing problem of black hole singularities.
The Research Article Screenshot [Picture Provided by CWNU]
The research paper, titled "New black-to-white hole solutions with improved geometry and energy conditions," is authored by Associate Professor Feng Zhongwen from China West Normal University and co-authored by Researcher Jiang Qingquan, in collaboration with scientists from the Institute of High Energy Physics and the Academy of Mathematics and Systems Science, both part of the Chinese Academy of Sciences. This publication marks an original breakthrough in the field of black hole physics.
For a long time, black holes have fascinated scientists due to their immense gravitational pull and the singularity phenomenon at their cores. In traditional black hole theory, the infinite density and spacetime curvature at the singularity invalidate all known physical laws, posing a major challenge in theoretical physics. By introducing quantum gravity effects, the team has cleverly circumvented the occurrence of singularities, making the construction of new black hole solutions possible.
The Relativistic Astrophysics team at China West Normal University has been dedicated to black hole physics research for many years. This achievement is the culmination of their extensive efforts and a result of domestic collaboration in astrophysics. It not only advances the theoretical progress in black hole physics but also provides a new perspective for humanity's exploration of the deep universe, showcasing the endless allure of scientific inquiry.
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