Australian fitness mogul and social media powerhouse Tammy Hembrow has sent the rumour mill into overdrive, with fans speculating she may have a new man in her life following a series of public sightings.
Gold Coast Dinner Fuels Speculation
The latest buzz emerged this week after the 31-year-old entrepreneur attended an exclusive influencer dinner hosted by Snapchat on the Gold Coast. In footage shared to her own Instagram account, Hembrow appeared relaxed and in high spirits while mingling with guests, one of whom was former Love Island Australia star Eoghan Murphy.
The video, which quickly circulated online, showed the pair interacting comfortably, prompting a flood of questions from Hembrow's millions of followers. Comments on her post ranged from curious inquiries like "??? whoooo???" to more direct asks such as, "Is the guy on your 4th story the new man?"
A Spotlight on Love Life
Hembrow's romantic life has been a topic of intense public interest since she confirmed her divorce from TV personality Matt Zukowski in June 2025, ending their brief, seven-month marriage. The fitness influencer, who is a mother of three, has been linked to other high-profile figures in recent months, including Geelong Cats AFL star Bailey Smith, after they were photographed together on what appeared to be casual outings.
Eoghan Murphy, for his part, first gained fame on the reality TV series Love Island Australia. He has since stepped away from the spotlight to pursue a career in Gold Coast real estate.
No Official Word Yet
As of now, neither Hembrow nor Murphy has publicly commented on the nature of their relationship or addressed the swirling speculation. Their joint appearance at the high-profile event, however, was enough to ignite significant chatter across social media platforms.
This incident underscores the relentless scrutiny faced by public figures in the digital age, where a single social media post can trigger widespread conjecture. For now, followers are left to analyse the clues while awaiting any potential confirmation from the pair themselves.
