NCCR PlanetS

NCCR PlanetS From 2014 to 2026 PlanetS provided an interdisciplinary research programme dedicated to the study of the origin, evolution, and characterisation of planets.

The discovery in 1995 of the first planet outside our solar system by Swiss astronomers spawned a unique revolution in modern astronomy. The NCCR PlanetS is providing an interdisciplinary research programme dedicated to the study of the origin, evolution, and characterisation of planets. Established by the Swiss National Science Foundation in June 2014, the NCCR PlanetS brings together researchers

from the Universities of Berne (Leading House), Geneva (co-Leading House), and Zürich as well as of the ETHs Zürich and Lausanne. PlanetS lays the foundations of a Swiss Institute of Planetary Sciences (SIPS) that will carry on these activities beyond the lifetime of the NCCR. Als 1995 zwei Schweizer Astronomen den ersten Planeten ausserhalb unseres Sonnensystems entdeckten, lösten sie damit eine einzigartige Revolution in der modernen Astronomie aus. Der Nationale Forschungsschwerpunkt (NFS) PlanetS ermöglicht mit einem interdisziplinären Programm eine Reaktion auf diese Verlagerung. Sein Ziel ist die Erforschung von Ursprung und Entwicklung von Planeten sowie deren Charakterisierung. Der Forschungsschwerpunkt PlanetS wurde im Juni 2014 vom Schweizerischen Nationalfonds lanciert. Daran beteiligt sind Wissenschaftler und Wissenschaftlerinnen der Universitäten Bern (Heiminstituion), Genf (co-Heiminstitution) und Zürich, sowie der ETH Zürich und der EPF Lausanne. PlanetS legt den Grundstein für ein Schweizer Institut zur Planetenforschung (Swiss Institute of Planetary Sciences, SIPS), das diese Aktivitäten nach Ende des NFS weiterführen wird. La découverte en 1995 de la première planète géante en dehors de notre système solaire par des astronomes suisses a engendré une révolution unique dans l’astronomie moderne. Dès lors, les progrès ont été tels que le domaine est en train de passer d’une phase de découverte à celle de la caractérisation physique et chimique. Le PRN PlanetS permet de répondre à cette évolution en offrant un programme de recherche interdisciplinaire dédié à l’étude de l’origine, de l’évolution et de la caractérisation des planètes. Créé par le Fonds national suisse de la recherche scientifique en Juin 2014, le PRN PlanetS réunit des chercheurs des Universités de Berne (Leading House), Genève (co-Leading House), et Zurich ainsi que les EPF de Zurich et Lausanne. PlanetS jettera les bases d’un Institut suisse des sciences planétaires (SIPS) qui perpétuera ces activités au-delà de la durée de vie du PRN.

Following the remarkable scientific achievements of the space telescope CHEOPS, ESA has decided to extend the mission on...
11/06/2026

Following the remarkable scientific achievements of the space telescope CHEOPS, ESA has decided to extend the mission once again. The space telescope, which was built at the University of Bern and whose science operations center is located at the University of Geneva, will now continue to operate until the end of 2029. This decision underscores the outstanding performance and scientific value of CHEOPS in exoplanet research. Read more at https://tinyurl.com/bdz6e2eb

Exploring Space, Advancing Human Health — SymposiumDate: 10 June 2026 | Time: 14:00–17:00 | Location: University of Bern...
08/06/2026

Exploring Space, Advancing Human Health — Symposium
Date: 10 June 2026 | Time: 14:00–17:00 | Location: University of Bern, ExWi, Room A006, Bern
How can insights from space exploration shape the medicine of tomorrow? At the Space Meets Medicine Symposium 2026, experts from the fields of space science, medicine, and research will come together to discuss innovative approaches to healthcare and patient care. The symposium will focus on technologies for extreme environments, novel research approaches, and the transfer of space-derived innovations into clinical practice. The event offers fascinating insights into a forward-looking field at the intersection of space science and medicine. The European Space Agency (ESA) is participating as a key partner. For further information and to register, please visit https://tinyurl.com/mv2n4avj

Exploring Space, Advancing Human Health — Symposium
Datum: 10. Juni 2026 | Zeit: 14:00–17:00 Uhr | Ort: Universität Bern, ExWi, Raum A006, Bern
Wie können Erkenntnisse aus der Raumfahrt die Medizin von morgen prägen? Beim Space Meets Medicine Symposium 2026 treffen Expertinnen und Experten aus Raumfahrt, Medizin und Forschung aufeinander, um innovative Ansätze für Gesundheit und Versorgung zu diskutieren. Im Fokus stehen Technologien für extreme Umgebungen, neue Forschungsansätze sowie der Transfer von Innovationen aus dem All in die klinische Praxis. Die Veranstaltung bietet spannende Einblicke in ein zukunftsweisendes Forschungsfeld an der Schnittstelle von Weltraumwissenschaft und Medizin. Die ESA ist dabei als zentrale Partnerin vertreten. Weitere Informationen und Anmeldung unter https://tinyurl.com/mv2n4avj

An international research team involving the University of Bern has used high-resolution measurements with some of the w...
04/06/2026

An international research team involving the University of Bern has used high-resolution measurements with some of the world's most powerful telescopes to determine the wind speeds on seven very hot exoplanets similar to Jupiter. The observations revealed that the winds on these planets are most likely influenced by magnetic fields. This is the strongest evidence to date of magnetism on planets outside our solar system. Read more at https://tinyurl.com/3s2ap87p

Special Seminar on JAXA’s MMX Mission. The University of Bern welcomes Masaki Fujimoto, Director General of ISAS/JAXA, t...
03/06/2026

Special Seminar on JAXA’s MMX Mission. The University of Bern welcomes Masaki Fujimoto, Director General of ISAS/JAXA, to a special seminar on Monday, 8 June 2026. The event marks the launch of an international outreach collaboration for JAXA’s Martian Moons Exploration (MMX) mission, involving the University of Bern’s Center for Space and Habitability. The seminar will feature presentations by representatives of JAXA and researchers from the University of Bern.
When: Monday, 8 June 2026, 13:15–15:00
Where: Aula (Room 210), Main Building, University of Bern, Hochschulstrasse 4, 3012 Bern
Registration: https://tinyurl.com/5h4xvpn7

A new study reveals a surprising find: a tiny, icy world beyond Pluto appears to harbor a thin, delicate atmosphere — po...
23/05/2026

A new study reveals a surprising find: a tiny, icy world beyond Pluto appears to harbor a thin, delicate atmosphere — possibly formed by volcanic eruptions or a comet strike. At just around 500 kilometers across, this mini Pluto would be the smallest known object in the solar system with a gravity-bound global atmosphere.

Just 300 miles or so across, this mini Pluto is thought to be the solar system's smallest object.

ESA’s Plato mission has successfully completed a series of tough tests under space‑like conditions. With this accomplish...
28/04/2026

ESA’s Plato mission has successfully completed a series of tough tests under space‑like conditions. With this accomplishment, the spacecraft is on track to lift off in early 2027 and begin its search for terrestrial planets.

The European Space Agency Plato mission has successfully completed a series of tough tests under space‑like conditions. With this accomplishment, the spacecraft is on track to lift off in early 2027 and begin its search for terrestrial planets.

Noticeable change on Mars often takes millions of years – but the ESA’s Mars Express has captured a blanket of dark ash ...
21/04/2026

Noticeable change on Mars often takes millions of years – but the ESA’s Mars Express has captured a blanket of dark ash creeping across the planet in just decades.

Noticeable change on Mars often takes millions of years – but the European Space Agency’s Mars Express has captured a blanket of dark ash creeping across the planet in just decades.

Where is the boundary between stars and the most massive planets? It likely depends on how they form: either by gradual ...
19/04/2026

Where is the boundary between stars and the most massive planets? It likely depends on how they form: either by gradual growth (“bottom-up”) or by fragmentation of a large gas and dust cloud (“top-down”). Using the James Webb Space Telescope, astronomers studied an object of about 15 Jupiter masses—right at this boundary. They found that 29 Cygni b likely formed “bottom-up,” meaning like a planet, not a star.

Where is the dividing line between stars and the most massive planets? Scientists think it may depend on how they formed. Was it from a bottom-up approach, gradually growing larger over time, or a top-down approach in which a large collection of gas and dust fragments into smaller, planet-sized bits...

Deep within massive rocky exoplanets, hidden oceans of molten rock may be generating powerful magnetic fields in an unex...
15/04/2026

Deep within massive rocky exoplanets, hidden oceans of molten rock may be generating powerful magnetic fields in an unexpected way.

Deep within massive rocky exoplanets, hidden oceans of molten rock may be generating powerful magnetic fields in an unexpected way.

Adresse

Sidlerstrasse 5
Bern
3012

Benachrichtigungen

Lassen Sie sich von uns eine E-Mail senden und seien Sie der erste der Neuigkeiten und Aktionen von NCCR PlanetS erfährt. Ihre E-Mail-Adresse wird nicht für andere Zwecke verwendet und Sie können sich jederzeit abmelden.

Teilen