Logo
Live
Scanning... Monitoring
Insight
On June 23, 2026, a press conference for the new Netflix daily reality series 'Dating Lab' was held at the Stanford Hotel in Mapo-gu, Seoul. The event was attended by directors Lee Jin-ju and Kang Yu-min, along with cast members MONSTA X’s Jooheon and creator Charles Enter. The show explores unpredictable human emotions through various social experiments, with episodes 3 and 4 highlighting a new 'isolated dating' phase where participants are confined to a mountain cabin. The series aims to provide a high-dopamine experience by observing how participants navigate relationships under unique and challenging constraints. | On June 23, 2026, a press conference for the new Netflix daily reality series 'Dating Lab' was held at the Stanford Hotel in Mapo-gu, Seoul. The event was attended by directors Lee Jin-ju and Kang Yu-min, along with cast members MONSTA X’s Jooheon and creator Charles Enter. The show explores unpredictable human emotions through various social experiments, with episodes 3 and 4 highlighting a new 'isolated dating' phase where participants are confined to a mountain cabin. The series aims to provide a high-dopamine experience by observing how participants navigate relationships under unique and challenging constraints.
blur background
[연애실험실] Netflix Unveils Experimental Reality Series 'Dating Lab'
k-entertain6/23/2026

[연애실험실] Netflix Unveils Experimental Reality Series 'Dating Lab'

On June 23, 2026, a press conference for the new Netflix daily reality series 'Dating Lab' was held at the Stanford Hotel in Mapo-gu, Seoul. The event was attended by directors Lee Jin-ju and Kang Yu-min, along with cast members MONSTA X’s Jooheon and creator Charles Enter. The show explores unpredictable human emotions through various social experiments, with episodes 3 and 4 highlighting a new 'isolated dating' phase where participants are confined to a mountain cabin. The series aims to provide a high-dopamine experience by observing how participants navigate relationships under unique and challenging constraints.