Aboa Vetus & Ars Nova, Turku

Nestled in the historic heart of Turku, Finland, Aboa Vetus & Ars Nova stands as a unique fusion of the past and present, offering visitors an unforgettable journey through time. This exceptional museum complex is a treasure trove of medieval history and contemporary art, housed within an intriguing blend of ancient and modern architecture.

Aboa Vetus, the Latin for "Old Turku," is a fascinating archaeological site that allows guests to traverse the remains of a genuine medieval urban quarter. Unearthed by accident during a renovation project in the late 20th century, the site has since been meticulously preserved. As the only archaeological museum in Finland, Aboa Vetus offers a rare glimpse into the everyday life of Turku citizens from centuries past. The well-preserved foundations of six medieval houses, along with artifacts discovered during excavations, tell a rich story of the city's heritage.

In striking contrast, Ars Nova, meaning "New Art," represents the museum's contemporary aspect. This venue is dedicated to the promotion of modern art and hosts a dynamic range of exhibitions featuring both Finnish and international artists. The museum's collection includes works of art from the 1950s onwards, showcasing a wide variety of styles and mediums. Ars Nova's vibrant exhibition program ensures that there is always something new and thought-provoking for art enthusiasts to experience.

Housed in the former Rettig palace, a grand building from the early 20th century, the museum seamlessly blends its dual identities. Visitors can journey from the medieval cellars of Aboa Vetus to the bright, spacious galleries of Ars Nova, enjoying a striking contrast between the old stone walls and the sleek, modern interiors.

Aboa Vetus & Ars Nova is not only a museum but also a cultural hub that engages the community with a variety of events including workshops, educational programs, and cultural evenings. The museum's cozy café and well-stocked museum shop offer additional spaces for relaxation and discovery.