Latest news with #CNES
Broadcast Pro
28-07-2025
- Science
- Broadcast Pro
Arianespace launches CO3D constellation and MicroCarb satellite
A partnership between Airbus and the CNES, CO3D comprises four dual-use satellites, each based on all-electric platforms and weighing around 285kg. Arianespace has completed the VV27 mission, successfully launching four CO3D satellites for Airbus Defence and Space alongside the French space agency CNESs MicroCarb satellite aboard a Vega C rocket from Europes Spaceport in French Guiana. The CO3D constellation satellites were deployed into a 495 km Sun-synchronous orbit in pairs, 54 minutes after lift-off. MicroCarb, riding as an auxiliary payload, was placed in a higher orbit of 650 km, separating one hour and 41 minutes after launch. David Cavaillolès, Arianespace CEO, said: 'VV27 is a great example of what our teams do best: delivering complex missions with precision. Vega C successfully placed five satellites into two different orbits, the four satellites composing the CO3D constellation and MicroCarb. This mission shows once again how Arianespace contributes to Europe's autonomous access to space and supports Airbus and the CNES in launching innovative missions furthering our understanding of the Earth.' The CO3D (Constellation Optique 3D) satellites, built by Airbus in partnership with CNES, are designed to generate global high-resolution 3D digital surface models. Delivering 50 cm stereo and 2D imagery, these dual-use satellites support both military and civil applicationsfrom cartography and hydrology to urban planning and land management. Each 285 kg satellite operates on an all-electric platform and feeds data into a cloud-based ground segment developed by Airbus, with CNES providing the image processing system. MicroCarb, developed by CNES, aims to map global carbon dioxide sources and sinks using a high-precision dispersive spectrometer. Built on the CNES Myriade platform, the mission will enhance understanding of CO? distribution in the atmosphere. The instrument was developed by Airbus Defence and Space, while Thales Alenia Space UK managed satellite integration under a partnership with the UK Space Agency.
Yahoo
24-07-2025
- Science
- Yahoo
Mumm Cordon Rouge Stellar takes champagne into space
The first champagne crafted for conditions of zero gravity celebrates a historic mission into space REIMS, France, July 24, 2025 /PRNewswire/ -- Mumm Cordon Rouge Stellar is back on Earth after its debut flight into space. On 25 June 2025, the first champagne adapted to space launched on an Axiom Space mission from Florida, returning to Earth 15 July 2025 in perfect condition in its specially designed, state-of-the-art bottle. This historic event represents the culmination of nine years of research and experimentation, during which Maison Mumm, in collaboration with a community of experts, once again pushed the boundaries, continuing the explorations it began when it was founded in 1827. To view the Multimedia News Release, please click: Beyond the technological achievement of this brilliantly executed mission, Mumm Cordon Rouge Stellar is a powerful symbol of the spirit of celebration and conviviality, which – having united people on Earth for centuries – will in future extend into space. An unprecedented mission, nine years in the making The project that took Mumm Cordon Rouge Stellar into space began in 2017, when Maison Mumm assembled an expert team: Octave de Gaulle, founder of SPADE, which specializes in designing products and experiences for human life beyond Earth; the CNES (Centre National d'Etudes Spatiales), France's national space agency; and Jean-François Clervoy, an astronaut with the European Space Agency, and the veteran of three NASA space missions. The first prototype of Mumm Cordon Rouge Stellar was presented in 2018, resulting in an initial set of observations, both technical and oenological. These were integrated into the design of a second prototype, produced in 2022, which also conformed to CNES specifications for safety and tasting in conditions of zero gravity. That same year, Maison Mumm announced its collaboration with Axiom Space, which would carry Mumm Cordon Rouge Stellar on a future, real-life mission. The final, crucial step before the mission could go ahead was a zero-gravity test flight, which was successfully completed in March 2025. And so, after nine years, on 25 June, Mumm Cordon Rouge Stellar blasted off from Florida, as part of Axiom Mission 4 (Ax-4). The Ax-4 Commander Peggy Whitson, former NASA astronaut and biochemistry researcher, was accompanied by an international crew. The mission returned to Earth on 15 July, with Mumm Cordon Rouge Stellar in apparently flawless condition. In approximately five months' time, Yann Munier, Cellar Master of Maison Mumm, will be authorized to open the bottle and taste the world's first champagne to have voyaged into space. A new frontier The unique feat achieved by Mumm Cordon Rouge Stellar perpetuates Maison Mumm's heritage of exploration, and once again demonstrates its capacity – in this case quite literally – to open new frontiers. The House's pioneering spirit has long been epitomized by Mumm Cordon Rouge, which – over a century before it launched into space – accompanied Commandant Charcot, the first Frenchman to lead an Antarctic expedition, on his historic quest to the Polar Circle in 1904. From the ends of the earth to the outer reaches of space… "Over and above its contribution to space exploration, the significance of this project lies in what champagne represents – shared values, an enduring art de vivre, a symbol of our culture – and in the possibility of recreating it in an entirely new environment," comments César Giron, CEO of Maison Mumm. While Mumm Cordon Rouge is synonymous with earthly celebrations, Mumm Cordon Rouge Stellar preserves, beyond the boundaries of our planet, the memory of a terroir, a climate, a savoir-faire and a ritual of conviviality – in short, a symbolic link to life on Earth. Sébastien Barde, Deputy Director of Exploration and Human Spaceflight at CNES, adds: "The Mumm Cordon Rouge Stellar project is a concrete example of the importance of considering conviviality and shared rituals in space. For CNES, these human dimensions are essential to the success of long-duration missions. By supporting projects like this one, we are exploring ways to improve the psychological well-being of crews and address the cultural challenges of human space exploration." Pushing the boundaries of design and winemaking Mumm Cordon Rouge Stellar represented a two-fold challenge: of design and of winemaking. The design had not only to respect the stringent safety standards of a space mission, but also to preserve and ensure the precious champagne bottle remained intact. Futuristic in conception, it features a glass half-bottle secured by an opening and closing mechanism of stainless steel – the same material used by Maison Mumm for its vats in Reims. The bottle is protected within a sleek outer casing of aeronautical-grade aluminum, emblazoned with the iconic red ribbon of Mumm Cordon Rouge. The casing's long neck, ending in a cork secured by a metal ring, was designed to allow the champagne to be served in conditions of zero gravity. The second, and equally important, aspect of the challenge involved the champagne itself. In order to counteract the dulling of the senses of smell and taste that occurs in space, the blend of Mumm Cordon Rouge had to be subtly tweaked. "The freshness and power of Mumm Cordon Rouge were retained, while the intensity of the aromas was heightened by extended aging and the addition of a dosage liqueur made from wines raised in oak casks," explains Yann Munier. Mumm Cordon Rouge Stellar is a way of encapsulating our culture, the memory of the terroir and tasting ritual that make champagne what it is. ABOUT G.H. MUMM G.H. Mumm – named after its founder Georges Hermann Mumm – has chosen Pinot Noir to define the style of its champagnes since its creation in 1827. For almost two centuries, its expertise has been dedicated to revealing the rich nuances of its signature grape variety. From the iconic Mumm Cordon Rouge to Mumm Blanc de Noirs, G.H. Mumm is an expert in selecting and blending the finest terroirs to express the diversity of Champagne's Pinot Noir grapes. G.H. Mumm champagnes are distinguished by their exacting quality standards and singular aromatic personality: intense freshness, generous fruit and elegant structure, achieved after between two and five years' aging in the cellars in Reims, France. PRESS CONTACT Laurie ENJOY RESPONSIBLY View original content: SOURCE Mumm Cordon Rouge Stellar
Cision Canada
24-07-2025
- Science
- Cision Canada
Mumm Cordon Rouge Stellar takes champagne into space
The first champagne crafted for conditions of zero gravity celebrates a historic mission into space REIMS, France, July 24, 2025 /CNW/ -- Mumm Cordon Rouge Stellar is back on Earth after its debut flight into space. On 25 June 2025, the first champagne adapted to space launched on an Axiom Space mission from Florida, returning to Earth 15 July 2025 in perfect condition in its specially designed, state-of-the-art bottle. This historic event represents the culmination of nine years of research and experimentation, during which Maison Mumm, in collaboration with a community of experts, once again pushed the boundaries, continuing the explorations it began when it was founded in 1827. Beyond the technological achievement of this brilliantly executed mission, Mumm Cordon Rouge Stellar is a powerful symbol of the spirit of celebration and conviviality, which – having united people on Earth for centuries – will in future extend into space. An unprecedented mission, nine years in the making The project that took Mumm Cordon Rouge Stellar into space began in 2017, when Maison Mumm assembled an expert team: Octave de Gaulle, founder of SPADE, which specializes in designing products and experiences for human life beyond Earth; the CNES (Centre National d'Etudes Spatiales), France's national space agency; and Jean-François Clervoy, an astronaut with the European Space Agency, and the veteran of three NASA space missions. The first prototype of Mumm Cordon Rouge Stellar was presented in 2018, resulting in an initial set of observations, both technical and oenological. These were integrated into the design of a second prototype, produced in 2022, which also conformed to CNES specifications for safety and tasting in conditions of zero gravity. That same year, Maison Mumm announced its collaboration with Axiom Space, which would carry Mumm Cordon Rouge Stellar on a future, real-life mission. The final, crucial step before the mission could go ahead was a zero-gravity test flight, which was successfully completed in March 2025. And so, after nine years, on 25 June, Mumm Cordon Rouge Stellar blasted off from Florida, as part of Axiom Mission 4 (Ax-4). The Ax-4 Commander Peggy Whitson, former NASA astronaut and biochemistry researcher, was accompanied by an international crew. The mission returned to Earth on 15 July, with Mumm Cordon Rouge Stellar in apparently flawless condition. In approximately five months' time, Yann Munier, Cellar Master of Maison Mumm, will be authorized to open the bottle and taste the world's first champagne to have voyaged into space. A new frontier The unique feat achieved by Mumm Cordon Rouge Stellar perpetuates Maison Mumm's heritage of exploration, and once again demonstrates its capacity – in this case quite literally – to open new frontiers. The House's pioneering spirit has long been epitomized by Mumm Cordon Rouge, which – over a century before it launched into space – accompanied Commandant Charcot, the first Frenchman to lead an Antarctic expedition, on his historic quest to the Polar Circle in 1904. From the ends of the earth to the outer reaches of space… "Over and above its contribution to space exploration, the significance of this project lies in what champagne represents – shared values, an enduring art de vivre, a symbol of our culture – and in the possibility of recreating it in an entirely new environment," comments César Giron, CEO of Maison Mumm. While Mumm Cordon Rouge is synonymous with earthly celebrations, Mumm Cordon Rouge Stellar preserves, beyond the boundaries of our planet, the memory of a terroir, a climate, a savoir-faire and a ritual of conviviality – in short, a symbolic link to life on Earth. Sébastien Barde, Deputy Director of Exploration and Human Spaceflight at CNES, adds: "The Mumm Cordon Rouge Stellar project is a concrete example of the importance of considering conviviality and shared rituals in space. For CNES, these human dimensions are essential to the success of long-duration missions. By supporting projects like this one, we are exploring ways to improve the psychological well-being of crews and address the cultural challenges of human space exploration." Pushing the boundaries of design and winemaking Mumm Cordon Rouge Stellar represented a two-fold challenge: of design and of winemaking. The design had not only to respect the stringent safety standards of a space mission, but also to preserve and ensure the precious champagne bottle remained intact. Futuristic in conception, it features a glass half-bottle secured by an opening and closing mechanism of stainless steel – the same material used by Maison Mumm for its vats in Reims. The bottle is protected within a sleek outer casing of aeronautical-grade aluminum, emblazoned with the iconic red ribbon of Mumm Cordon Rouge. The casing's long neck, ending in a cork secured by a metal ring, was designed to allow the champagne to be served in conditions of zero gravity. The second, and equally important, aspect of the challenge involved the champagne itself. In order to counteract the dulling of the senses of smell and taste that occurs in space, the blend of Mumm Cordon Rouge had to be subtly tweaked. "The freshness and power of Mumm Cordon Rouge were retained, while the intensity of the aromas was heightened by extended aging and the addition of a dosage liqueur made from wines raised in oak casks," explains Yann Munier. Mumm Cordon Rouge Stellar is a way of encapsulating our culture, the memory of the terroir and tasting ritual that make champagne what it is. ABOUT G.H. MUMM G.H. Mumm – named after its founder Georges Hermann Mumm – has chosen Pinot Noir to define the style of its champagnes since its creation in 1827. For almost two centuries, its expertise has been dedicated to revealing the rich nuances of its signature grape variety. From the iconic Mumm Cordon Rouge to Mumm Blanc de Noirs, G.H. Mumm is an expert in selecting and blending the finest terroirs to express the diversity of Champagne's Pinot Noir grapes. G.H. Mumm champagnes are distinguished by their exacting quality standards and singular aromatic personality: intense freshness, generous fruit and elegant structure, achieved after between two and five years' aging in the cellars in Reims, France. +33 6 33 66 55 05
Broadcast Pro
30-06-2025
- Science
- Broadcast Pro
Kenya Space Agency joins Space Climate Observatory Charter
The partnership will facilitate knowledge transfer, training, and capacity-building initiatives for Kenyan space sector stakeholders, enhancing their skills in Earth observation, data analysis, and climate change research. During the Living Planet Symposium held in Vienna, Austria, the Director General of the Kenya Space Agency (KSA), Brig. Hillary Kipkosgey, formally signed the Space for Climate Observatory (SCO) Charter. This milestone brings Kenya into a global partnership dedicated to harnessing space-based technologies and data to better understand and combat the impacts of climate change. The SCO initiative unites space agencies, research institutions, and organisations worldwide to share Earth observation data, scientific knowledge, and best practices in climate monitoring. Kenyas accession was made possible through collaboration with the French National Centre for Space Studies (CNES) and support from Expertise France under the Data Governance in Africa programme, an initiative funded by the European Union and several European nations in partnership with the African Union Commission. By joining the SCO network, KSA will gain access to advanced technologies, resources, and expertise that will enhance the ability of Kenyan institutions to track and analyse climate-related trends both nationally and across the region. This collaboration is expected to significantly strengthen climate resilience efforts by providing policymakers, scientists, and stakeholders with critical data for informed decision-making and sustainable development. The partnership also emphasises capacity building, with dedicated training and knowledge transfer initiatives designed to develop the skills of Kenyan professionals in Earth observation, data analysis, and climate research. Moreover, Kenyas involvement will contribute to broader regional cooperation, enabling the country to share expertise with other African nations working to address climate challenges. Brig. Kipkosgey said: 'We are thrilled to join the Space Climate Observatory network, which will enable us to harness the power of space-based data and technologies to address the pressing challenges of climate change in Kenya and beyond. We look forward to collaborating with CNES, Expertise France, and other SCO members to enhance our capacity and contribute to a more climate-resilient future.' The SCOs global mission reflects a growing recognition that tackling climate change requires both international cooperation and the transformative power of space technology. Kenyas participation marks a significant step in advancing scientific capabilities and collaborative action for the continent.
Hindustan Times
07-06-2025
- Science
- Hindustan Times
‘Mega' tsunami of Greenland in 2023 echoed for 9 days, shook sensors worldwide: NASA
A massive rockslide in Greenland in 2023 triggered a rare and persistent 'mega' tsunami that ricocheted within the steep walls of a remote fjord for nine days, according to new satellite data released by NASA and international researchers. The international Surface Water and Ocean Topography (SWOT) satellite mission, a collaboration between NASA and France's CNES (Centre National d'Études Spatiales), detected the tsunami's contours. The event, which unfolded in the Dickson Fjord in eastern Greenland, was captured by the Surface Water and Ocean Topography (SWOT) satellite — a joint mission between NASA and France's CNES — revealing never-before-seen details of how water surged and tilted inside the fjord after the impact. The landslide, which occurred in mid-September 2023, sent over 880 million cubic feet (25 million cubic meters) of rock and ice plunging into the Dickson Fjord, generating a tsunami that lacked space to dissipate. Instead, it bounced back and forth within the confined waterway — rising and falling every 90 seconds. The impact was so powerful that seismic sensors around the world detected the tremors. 'Far from the open ocean, in a confined space, the energy of the tsunami's motion had limited opportunity to dissipate, so the wave moved back and forth about every 90 seconds for nine days. It caused tremors recorded on seismic instruments thousands of miles away,' the article read. Using its high-resolution Ka-band Radar Interferometer (KaRIn), the SWOT satellite measured changes in water elevation from its orbit 560 miles (900 kilometers) above Earth. A flyover on September 17 — just a day after the landslide — showed dramatic tilting in water levels, with the north side of the fjord standing up to 4 feet (1.2 meters) higher than the south. These results were compared with baseline measurements taken weeks earlier, on August 6. 'SWOT happened to fly over at a time when the water had piled up pretty high against the north wall of the fjord,' the article quoted Josh Willis, a sea level researcher at NASA's Jet Propulsion Laboratory in Southern California. The Dickson Fjord, about 1.7 miles (2.7 kilometers) wide and 1,772 feet (540 meters) deep, lies along a remote network of channels on Greenland's rugged east coast. Its towering walls — more than 6,000 feet (1,830 meters) high — helped trap the 'mega' tsunami's energy and keep it churning for more than a week.
