Duchess Kate's public return marked by warmth and support
Duchess Kate participated in the official Remembrance Day celebrations in London on Saturday evening. This was her first significant event since the world learned about Middleton's struggle with cancer. A body language expert analysed the behaviour of the Duchess and Prince William. Here are the conclusions.
10 November 2024 13:22
This past Saturday, Duchess Kate attended the Remembrance Day celebrations at the Royal Albert Hall. It was her first major public appearance of a state character after many months away due to treatment for her diagnosed cancer.
Recall that at the beginning of September, Kate Middleton announced in an official statement that she had completed chemotherapy. As she then promised, she would slowly return to fulfilling her royal duties.
A body language expert evaluated the behaviour of Duchess Kate and Prince William. She notes changes.
When members of the royal family appear publicly, their behaviour is thoroughly analysed by body language experts. It was no different this time. A woman named Judi James, in an interview with MailOnline, noted that Saturday's outing of Kate and Prince William was full of "loving and mutually protective touches, glances and truncated hugs." The expert even stated that the royals "couldn't keep their hands off each other." And it's worth noting that this is rather rare and a significant change when it comes to the behaviour of royal couples, especially in the public sphere.
He seems to glance at her face lovingly and when her arm drops he places his own around her as they stand with their heads close - she describes the situation captured on video as Kate and William headed to the Royal Albert Hall.
The body language expert also believes this is a certain sign suggesting that in the future, representatives of the British monarchy might be "far more open about showing the strength of their love." In her opinion, Prince William's stance also deserves recognition, which was an expression of "support and protection."