Scientists Discover Mysterious 'Sunken Worlds' Deep Within Earth's Mantle

Recent claims from a DailyMail report highlight a surge in demand for escort services during the World Economic Forum (WEF) held in Davos, Switzerland. The annual event, which took place from January 20-24, 2025, attracted around 3,000 business leaders and public figures, leading to an increase in sexual activities for some attendees. According to Andreas Berger, a spokesperson for Titt4Tat, approximately 300 women and trans women were booked during the event, marking a record high compared to 170 in 2024. Berger noted that many clients were willing to sign non-disclosure agreements, possibly in response to increased media scrutiny of elite sexual behavior. Additionally, a representative from a Swiss escort agency revealed that the most requested acts included BDSM and anal sex, raising concerns about the treatment of escorts, particularly by high-ranking individuals. Estimates indicate that around CHF 1 million (approximately $1.1 million) may have been generated through these services during the WEF, suggesting a significant intersection between elite networking and unreported activities.

For the first time, researchers have successfully induced endosymbiosis—the process by which one microbe establishes a permanent home inside another—in a laboratory setting. According to a study published by scientists from the Swiss Federal Institute of Technology Zurich, this experiment provides insights into how complex life forms, which rely on these cellular alliances, evolved. Endosymbiosis is exemplified by mitochondria and chloroplasts, once independent bacteria that now function within eukaryotic cells. Through innovative methods, including a custom atomic force microscope and high-pressure solutions, the team injected the bacterium Mycetohabitans rhizoxinica into the fungus Rhizopus microsporus. Remarkably, both the fungus and the injected bacterium thrived, adapting to one another over generations, indicating a stable relationship could form relatively quickly. “Symbiosis is the norm,” observed Vasilis Kokkoris, a mycologist from VU University Amsterdam. Researchers believe these insights could pave the way for synthetic biology applications, where engineered microbial partnerships could lead to innovative solutions in agriculture and medicine.

An international team of researchers has discovered a new super-Earth, identified as HD 20794 d, located 19.7 light-years away in a planetary system that includes multiple planets. This discovery, published in the journal Astronomy & Astrophysics, reveals that HD 20794 d orbits its G-type star, similar to the Sun, in a manner that allows it to swing in and out of the habitable zone. This zone is critical for maintaining conditions suitable for liquid water on the planet's surface, making it an optimal environment for testing hypotheses related to extraterrestrial life. Xavier Dumusque, a co-author of the study from the Astronomical Institute of the University of Geneva, emphasized the significance of HD 20794 d's proximity and brightness, which provide excellent opportunities for future telescopes to observe the planet's atmosphere directly. The finding is a result of analyzing observational data accumulated over the past 20 years, utilizing high-precision spectrograph instruments installed at telescopes in Chile. The planet's elliptical orbit leads to significant variations in its distance from its star, orbiting at distances ranging from 0.75 to 2 astronomical units—one astronomical unit being the average distance from the Earth to the Sun. The research suggests that if water exists on HD 20794 d, it could transition between solid and liquid states during its orbit, potentially fostering conditions conducive to life. This discovery adds to the nearly 7,000 known exoplanets in our galaxy, increasing astronomers' ability to study planetary atmospheres and surface conditions. Future missions, including the Nancy Grace Roman Space Telescope and the Vera C. Rubin Observatory, are expected to further the search for extraterrestrial life by providing more detailed observations of such planets.