Miley Cyrus and Liam Hemsworth spotted out on a date for first time since January reunion
11 April 2016 Entertainment News
Fourth Estate Staff
Los Angeles, CA, United States (4E) – Miley Cyrus and Liam Hemsworth , who have been rumored to be engaged for the second time, were seen out on a date for the first time since they reunited in January.
According to reports, the two were seen on April 8 in Los Angeles and had lunch with a group of friends. They were seen at Gracias Madre restaurant and this was the first time that they were seen together in public. They were rumored to have reunited back in January during a music festival in Australia. After that they were seen separately wearing the same engagement rings they wore when they first got engaged in 2012. Also, Cyrus is said to have lived with Hemsworth in his home in Malibu.
Hemsworth and Cyrus joined his brothers Chris and Luke as well as Luke’s wife, Samantha, for lunch during the recent outing. Cyrus was all smiles when she was photographed by paparazzi with the group.
As per the photos, Cyrus toned down on her usual crazy outfit choices as she opted for a multi-colored shirt and black pants for the outing. Her platinum blonde hair was also tidied in a high bun. She completed her look with her engagement ring on that finger.
The latest and first public outing of the two dismissed the reports that the two are having problems in their relationship. In the past weeks, it was rumored that the two were headed to splitsville as she was reported to have been texting nonstop with Victoria’s Secret model Stella Maxwell.
An insider shared regarding the reporte re-engagement of the two: “Miley knows that Liam is her soulmate and they got back together for a reason. She truly believes love will find a way and she will marry Liam no matter what trouble they end up getting in.”
Cyrus and Hemsworth began dating in 2009 after they met on the set of the movie “The Last Song.” They were engaged in 2012 but split in 2013.
The two are yet to comment on the real status of their relationship.