"The Big Bang Theory" season 10 may finally solve the ongoing love triangle between Raj (Kunal Nayyar), Emily (Laura Spencer) and Claire (Alessandra Torresani).
According to TV Line, the upcoming season of the hit CBS series could be its last so it is best to wrap up all of the loose threads on the show. This includes Raj struggle to choose between Emily and Claire.
In season 9, Raj decided to date both women at the same time. Emily and Raj have known each other for a much longer period of time. They clicked and had so much fun together, but Raj knew that Emily wasn't the right person for him.
Raj and Claire, on the other hand, have only known each other for a short while but the former is very much intrigued with the latter. Claire is known for being very casual and she treated Raj like nothing more than a friend.
However, when she finally decided to break up with her boyfriend, Claire took a step forward and decided to spend more time with Raj.
Meanwhile, the same publication claimed that Raj and Claire's relationship with each other should be given more emphasis on the show starting next season.
After all, their budding friendshi is still new and is very much interesting. The publication also noted that Raj looks more compatible with Claire.
In other news, "The Big Bang Theory" could also see Sheldon (Jim Parsons) and Bernadette (Melissa Rauch) sharing more scenes with each other.
According to the same publication, Sheldon and Bernadette just shared their second solo scene together in season 9 and it clicked among fans.
"Last spring's 'The Fermentation Bifurcation' explored the delightful dynamic between Sheldon and Bernadette in what was only their second-ever shared storyline. Upcoming episodes would benefit greatly from taking advantage of Jim Parsons and Melissa Rauch's chemistry. (Perhaps Sheldon could accompany the mom-to-be to Lamaze class when Howard opts to play video games instead)," the publication noted.
"The Big Bang Theory" season 10 will air its first episode on Sept. 22 at 8 p.m. ET on the CBS network.