Nestled in the dense forest of Harestua, located 45 kilometers north of Oslo in the municipality of Lunner, Snøhetta has designed a new planetarium and a visitor center for Norway’s largest astronomical facility. Solobservatoriet is the largest solar observatory North of the Alps, and with its top-notch equipment and elevated site 580 meters above sea level, the expanded facilities will offer guests the opportunity to discover one of Northern Europe’s foremost astronomical research stations.

The images released by Snøhetta for this new facilities and visitor’s center has a scheme features a new 1,500 square meter planetarium, and “interstellar cabins” mimicking small planets.
 

Description of project by Snøhetta

Snøhetta’s design comprises a brand new 1,500 m2 planetarium as well as scattered interstellar cabins, each shaped like a small planet. The new facilities will offer a range of scientific activities within astronomy, sun studies and natural science. Here, researchers, school children, retirees and international tourists can embark on a journey into the world of astronomy and learn more about natural phenomena, such as the Northern lights and the night sky.

The new visitor’s center is situated near the original solar observatory, a twelve-meter research tower built by the University of Oslo for the total solar eclipse of 1954. More than a decade later, in the late 50’s, Solobservatoriet expanded its facilities though a collaboration with the US Air Force with the introduction of a satellite tracking station that monitored Soviet satellites during the Cold War. From 1986, and until it was sold in 2008, Solobservatoriet served exclusively as a scientific research and information hub administrated by the University.

Today, the visitor’s center is owned by the Tycho Brahe Institute, named after the 16th century Danish scientist and founder of modern observational astronomy. The institute collaborates closely with researchers and organizations, providing observations of meteor activity, earthquakes and climatic gasses. Fulfilling the Institute’s mission to enlighten the public about the wonders of the universe, the new Snøhetta designed astronomical facility is designed to inspire a sense of wonder and curiosity, as if the architecture itself was asking the question: Where does the Universe come from?

The Planetarium

Through the design phase, the architects studied simple principles from astronomy. The study inspired the design of the cabins which seemingly orbit around the planetarium, imitating how planets orbit around the Sun, inspiring a sense of wonder and surprise. Comfortably accommodating up to 118 guests in total, the facilities capture the imagination of its visitors through an intellectual, visual and tactile journey into the realm of astronomy.

The Planetarium is the first object that catches the eye when arriving at the facility by foot by trails though the woodland with its grazing sheep. It is a celestial theatre that represents over two millennia of astronomical advance and scientific progress, echoing the world’s very first planetarium which was conceived by Archimedes around 250 B.C. The sinuous roof is lushly planted with grass, wild heather, blueberry and lingonberry bushes, curling up from the ground. Wrapping around the golden cupola, the living roof functions as a cross between landscape and built structure that visitors can stroll on to gaze up at the starry sky. Half-sunken into the ground, the three-story theater emerges from the earth as an orb engraved with constellations, gradually revealing itself as people approach.

At the Planetarium’s heart, the dome-shaped celestial theatre educates visitors about astronomy and the night sky. The 100-seat theatre allows for a realistic projection of stars, planets and celestial objects. The theater is surrounded by a reception, café and exhibition area and a gently swirling ramp leading up to an exhibition mezzanine and the outdoor roofscape.

On its lowest level, below ground, the Planetarium dedicates a generous, bowl-shaped space for children to unfold.

The Planets

Surrounding the Planetarium are the seven orbiting planets – or interstellar cabins, each with its own unique design. The planets’ surfaces are cladded with rough or smooth materials. While some appear to be halfway driven into the ground, others are gently resting on the soft forest floor, as if they just landed.

Rather than small-scale models of real-life planets, the cabins are imaginary objects, each with a specifically assigned name. Six of the planets alternate between 8 and 10 meters in diameter and can accommodate up to 10 and 32 people respectively. The smallest planet, Zolo, is 6 meters in diameter and is composed of a two-bed cabin, allowing for an undisturbed night under the stars.

The new Planetarium and cabins represent an ambitious expansion of the current and modest facilities, turning the entire site into a publicly accessible and international knowledge hub while also providing expanded support spaces for activities such as teambuilding, lectures and seminars.

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More information

Snøhetta is an architecture, landscape, and interior design studio with offices in Oslo, Norway, and New York City, USA. Founded in 1989, it is led by Craig Dykers and Kjetil Thorsen. The studio, named in honour of Mount Snøhetta, the highest peak in the Dovrefjell mountains of Norway, has approximately 100 collaborators working on large-scale international projects across a wide range of typologies. Their approach is deeply collaborative and transdisciplinary, bringing together architects, designers, engineers, and landscape professionals to explore multiple perspectives depending on the nature of each project.

Snøhetta has completed a series of world-renowned cultural and landmark projects, including the Bibliotheca Alexandrina in Egypt, the Oslo Opera House and Ballet, and the Lillehammer Art Museum in Norway. Current projects include the National Pavilion of the September 11 Memorial Museum at the World Trade Center site in New York, as well as urban and landscape developments that aim to merge local identity, sustainability, and public experience.

In 2004, Snøhetta was awarded the Aga Khan Award for Architecture, and in 2009, the Mies van der Rohe Award. The studio is the only practice to have won the World Architecture Award for Best Cultural Building twice in consecutive years: in 2002 for the Bibliotheca Alexandrina and in 2008 for the Oslo Opera House and Ballet, consolidating its international prestige.

Kjetil Trædal Thorsen (born 1958 on the coastal island of Karmøy, Norway) is a co-founder of the studio and a multiple award-winning architect. He is a visionary and humanist designer who has redefined the boundaries of contemporary practice. Under his leadership, Snøhetta has produced iconic, sustainable structures that are highly sensitive to their cultural context, combining technological innovation with a profound environmental awareness. Thorsen’s work is recognized for its focus on social interaction, sustainability, and the creation of spaces that foster human connection and sensory experience, establishing a benchmark in contemporary global architecture.

Craig Dykers (born 1961 in Frankfurt, Germany) is also a co-founder of the studio and director of its New York office. Snøhetta has earned a reputation for maintaining a deep integration of landscape, architecture, and urban experience across all its projects. Key works include the Bibliotheca Alexandrina in Egypt, the Oslo Opera House and Ballet, the National Pavilion of the September 11 Memorial Museum in New York, and the redesign of Times Square. Professionally and academically active, Dykers has been a member of the Norwegian Association of Architects (NAL), the American Institute of Architects (AIA), and the Royal Society of Arts in England. He has served as a diploma juror at the Architectural College in Oslo and as a distinguished professor at City College, New York. He has delivered numerous lectures across Europe, Asia, and the Americas, and has undertaken public art installation projects, many of which explore the interplay between context, landscape, and human experience.

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Published on: May 2, 2018
Cite:
metalocus, ANTONIO G DE JUAN
"Norway’s largest astronomical facility by Snøhetta, for Solobservatoriet" METALOCUS. Accessed
<https://www.metalocus.es/en/news/norways-largest-astronomical-facility-snohetta-solobservatoriet> ISSN 1139-6415
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