Wormhole Discovered: Connecting Solar Systems Like Interstellar
- Illustration of an interstellar tunnel or wormhole in teh film Interstellar (Photo: Earth)
- Jakarta, Jurnas.com - Still remember the term `wormhole` in the film `interstellar`?
- This discovery comes from a detailed mapping of the cosmic environment around the Sun, which shows the presence of low-density hot plasma channels, stretching towards distant constellations in...
Illustration of an interstellar tunnel or wormhole in teh film Interstellar (Photo: Earth)
Jakarta, Jurnas.com – Still remember the term `wormhole` in the film `interstellar`? Well, scientists have just found indications of the existence of interstellar tunnels connecting our solar system with star regions in the galaxy.
This discovery comes from a detailed mapping of the cosmic environment around the Sun, which shows the presence of low-density hot plasma channels, stretching towards distant constellations in space.
The research was conducted by a team of astronomers from the Max Planck Institute using data from the eRosita instrument, an X-ray telescope that is part of the Spectrum-Roentgen-Gamma mission.
The results of their analysis were published in the scientific journal Astronomy & Astrophysics and instantly attracted the attention of the community
Recent observations reveal a network of interconnected, hot cavities in interstellar space, shaped by past supernova activity. This structure isn’t empty space,but rather remnants of energetic cosmic events.
The idea of these connected hot cavities has existed for decades, but proving it was limited by observational technology. Data from eRosita now provides strong evidence supporting the long-held theory.
The discovery of dust-filled cavities containing hot gas reinforces the view that supernovae have created a mosaic of interconnected structures around our solar system.
Research indicates the average thermal pressure within the Local Hot Bubble is lower than previously thought. This suggests the bubble is open in several directions,forming cosmic pathways leading outward.
Researchers acknowledge that not all aspects of this structure are fully understood. Some regions appear connected, while others are more isolated. This complexity requires more sensitive data and further analysis.
Historically, our solar system is believed to have entered the Local Hot Bubble around the time of several nearby supernovae. Scientists consider this not a coincidence, but part of a long-term cosmic process shaping the current interstellar environment.
The Sun’s current location near the bubble’s centre is a cosmic accident, offering a unique vantage point to study remnants of events predating life on Earth.
Future exploration of these cosmic tunnels will rely on new generation X-ray telescopes, deeper sky surveys, and more precise modeling of hot gas distribution. Astronomers hope to map this network of channels more fully with these tools.
The discovery of these interstellar tunnels reminds us that the space around our solar system isn’t static or empty, but full of hidden structures challenging our understanding of the universe.
As observational technology advances, such discoveries are expected to enrich our understanding of how the cosmos formed, evolved, and connects on an almost unimaginable scale.
KEYWORD : terowongan antarbintang Local Hot Bubble saluran kosmik plasma film interstellar