TruthArchive.ai - Tweets Saved By @NassimHaramein

Saved - January 13, 2025 at 9:30 PM
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I shared an intriguing image captured by the James Webb Space Telescope of the star Wolf-Rayet 140, which shows concentric rings that have puzzled astrophysicists. This star, located 5,600 light-years away, is part of a rare group known for their brief lifespans and powerful winds. WR140 orbits an O-type star, and their interactions create dust eruptions, forming the visible patterns. Currently, 34 research teams are investigating these rings, which resemble gravitational waves but are persistent and not detectable by JWST. Our research explores modifications to Einstein's equations to explain these phenomena.

@NassimHaramein - Nassim Haramein

The James Webb Space Telescope (JWST) captured a remarkable and puzzling image of the star Wolf-Rayet 140 (WR140), revealing a series of concentric rings that have left astrophysicists baffled. The image, taken in July 2022 and shared by scientist Judy Schmidt, shows the star surrounded by regular ripple-like circles that gradually fade into space, approximately 5,600 light-years from Earth in the Cygnus constellation. WR140 belongs to a rare category of stars known as Wolf-Rayet stars, of which only 600 have been discovered. These stars are characterized by their brief lifespans and powerful stellar winds that expel substantial amounts of gas and dust into space. What makes this system even more intriguing is that it consists of two stars - WR140 and an O-type star - orbiting each other in an elongated pattern every eight years. The periodic interactions between these binary stars are believed to generate regular dust eruptions, creating the shell-like patterns visible in the image. Like counting tree rings, these dust shells can be used to determine the age of the outer dust formations. Currently, 34 research teams are analyzing data from this system to determine if existing models can explain these distinctive patterns. These rings draw parallels to gravitational waves, which typically occur during extremely energetic events like black hole collisions. However, traditional gravitational waves are transient phenomena that dissipate within seconds, unlike the persistent rings observed around WR140. Additionally, JWST is not equipped to detect gravitational waves, as it only captures electromagnetic signatures. Our research could offer a potential explanation through our modification of Einstein's field equations. Our metric incorporates fundamental torque in spacetime structure and predicts standing waves around objects with singularities at their centers. Read more about this here – 🔗https://spacefed.com/astronomy/jwst-image-of-rings-around-star-wr140-leaves-astrophysicists-baffled/

JWST Image of Rings Around Star WR140 Leaves Astrophysicists Baffled! - The International Space Federation (ISF) An image taken by the James Webb Space Telescope (JWST) in July 2022 showing a star named Wolf-Rayet 140 (WR 140) surrounded by regular ripple-like spacefed.com
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