Martha Stewart has revealed that Meghan Markle discussed her recent trip to the UK and her reunion with King Charles at a dinner party in California. The lifestyle mogul, who attended the event with the Duchess of Sussex shortly after her return from Britain, shared details with People Magazine.
Stewart's Account of the Dinner
Ms Stewart told People Magazine: "I had dinner with Meghan Markle the other night. We were both guests at a dinner party in California. And she had just got back from the palace. I didn't talk to her really more than to say a couple of words, but I know she was talking about it."
The visit included a reunion between Meghan, Prince Harry, and their children with King Charles at Highgrove House, as well as an apparent paying of respects at Princess Diana's grave.
Details of the UK Trip
The UK trip followed months of speculation about whether Meghan and the children would join Harry as he undertook a week-long series of events to mark the one-year countdown to the Invictus Games. Security issues prevented them from travelling with him at the start of the week, but the safety concerns appeared to have been mitigated, allowing the visit to Highgrove to take place.
The couple, who have repeatedly stated their safety fears and desire for a private life, attracted criticism for sharing images from the visit online, with some accusing them of "invading their own privacy". Alongside the photo at Althorp, Meghan shared a snap seemingly showing Harry's uncle Earl Spencer in the background with his new wife Cat Jarman. Others depicted Harry in a pool throwing his daughter head-over-heels in the air, Archie in the cockpit of a commercial aircraft surrounded by the flight crew, and another of the couple's son walking through the countryside.
Scrutiny Over Safety and Privacy
Photos taken near the family's holiday home in Portugal also heightened scrutiny of their supposed safety fears, with commentators warning that "reverse Google searches" could likely reveal the location, potentially increasing the danger risk.
