An Iranian shopkeeper sells pistachios at his shop in western Tehran, Iran, on March 31, 2013. AP Photo/Ebrahim NorooziThe Canadian Food Inspection Agency (CFIA) has updated its list of pistachio products…

Environmental Protection Agency (EPA) Administrator Lee Zeldin revealed in a Sunday afternoon post to X he was diagnosed with and beat a form of skin cancer. Zeldin, in his post, expressed gratitude for…

Emergency services workers gather at the scene after a shooting incident at Bondi Beach in Sydney on Dec. 14, 2025. Two gunmen opened fire at the beach on Dec. 14, killing 15 people and wounding many…

Americans are told our government must issue H1-B visas because there are foreign workers who have expertise American workers lack or work Americans won't do.  Advertisement So California needs H-1Bs…

It’s one of the most underreported threats in America right now: The Chinese Government is quietly acquiring critical farmland right here in the United States. We’re talking acres, just outside of…

Astronomers at the University of Tokyo have used gravitational lensing to measure how fast the universe is expanding, adding weight to one of cosmology's most intriguing mysteries. Their technique exploits the way massive galaxies bend light from distant quasars, creating multiple distorted images that arrive at different times. The measurement supports recent observations showing the universe expands faster than predictions based on the early universe suggest, strengthening evidence that the "Hubble tension" represents genuine new physics rather than experimental error.

Researchers have discovered that a close encounter with a rogue planet or brown dwarf during the Sun's early years could have triggered the reshuffling of our Solar System's giant planets. Running 3000 simulations of stellar flybys, the team found that substellar objects passing within 20 astronomical units of the young Sun could destabilise the planets' orbits just enough to match their current configuration without destroying the delicate Kuiper belt. This flyby scenario represents a new possible explanation for one of the Solar System's defining events, with roughly a 1-5 percent probability depending on how common free floating planets actually are in young star clusters.

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