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Humans on Mars Initiative

Humans on Mars Initiative

  • Mars

    Humans on Mars

    Pathways to a long-term sustainable exploration

    © Joris Wegner, University of Bremen
  • Portrait of Lucio Colombi Ciacchi.

    Lucio Colombi Ciacchi

    “Learning how to produce metals and other materials on Mars will promote a transition from fire-driven to electricity-driven and CO?-emission-free materials engineering for the first time ever.”

    © Patrick Pollmeier
  • Kurosch Rezwan working in the laboratory.

    Kurosch Rezwan

    “Thinking the unthinkable is what drives me. Mars is the perfect place for that.”

    © Patrick Pollmeier
  • Researcher Anastasyia T?njes at work.

    Anastasiya T?njes

    “Another planet means other materials. For me, as a materials scientist, it is a big challenge. With ‘Humans on Mars‘ I can explore the future today.”

    © Patrick Pollmeier
  • Sven Kerzenmacher working on an experiment.

    Sven Kerzenmacher

    “Martian reality will force us to find radically new approaches in coping with scarcity and foster resource efficiency. This mindset will also help shaping sustainable life on Earth.”

    © Patrick Pollmeier
  • Katharina Brinkert at work.

    Katharina Brinkert

    “The exploration of space and protection of Earth go hand-in hand: the complementary approach of the Martian Mindset shows us how much space and Earth science can learn and benefit from each other.”

    © Lukas Klose, University of Bremen

  • Cyprien Verseux

    “The Humans on Mars Initiative is an exciting opportunity to combine my expertise in space biology with that of others in fields far apart – and ultimately, to help make Mars exploration sustainable.”

  • Lutz M?dler

    “The Humans on Mars Mindset requires an engineering vision into a world of unknowns and constrains - not far from what we have on earth, but more extreme and less complex at the same time.”

    © Jonas Ginter
  • Frank Kirchner next to a robot on Moon like surface

    Frank Kirchner

    “Humans on Mars tackles an extremely important challenge with respect to robotics research, it has the potential to achieve mayor breakthrough towards robots that are fit for everyday life.”

    © Patrick Pollmeier
  • Daniel Meyer

    Daniel Meyer

    “The unique boundary conditions on Mars require to re-think manufacturing in a multi-disciplinary approach which will lead to exciting developments also applicable to the challenges on Earth.”

    © Leibniz-IWT
  • Researcher Christiane Heinecke.

    Christiane Heinicke

    “We set out to find ground-breakingly new answers to sustaining humans on Mars. I love the interdisciplinary challenge and the inevitable implications for our life on Earth.”

    © Patrick Pollmeier
  • Professor Kirsten Tracht at work.

    Kirsten Tracht

    “Planning for Mars habitats will enable a radical new paradigm of producing with sustainability and full circularity as the essential boundary from the beginning of product design and material…

    © Patrick Pollmeier
  • Marc Avila, speaker of the initiative Humans on Mars.

    Marc Avila

    “Mars is inhospitable and has extremely limited natural resources. Under the premise of scarcity, our cross-disciplinary team researches how to sustain humans on Mars and applies the lessons learnt to…

    © Patrick Pollmeier

Humans on Mars

We investigate pathways toward a sustainable human exploration of Mars in seven projects funded by the State of Bremen. The projects focus on human factors, such as the interactions and communication between humans and human-machine mixed teams, on habitats and life support systems, and on the responsible extraction of local resources for the in-situ production of consumables and spare parts.

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News and activities

Grafic of Astronauts on Mars next to solar panels
© Joris Wegner, Universit?t Bremen

Bremen Materials Science Clear First Hurdle on the Way to Excellence Funding

"With the Martian perspective, we will rethink the production of materials under the premise of resource scarcity." 'The Martian Mindset: A Scarcity-Driven Engineering Paradigm' has achieved initial success.

[Translate to English:]
© Science goes Public, WFB

Science goes Public – 6G will be available worldwide from 2030

What does this mean for our everyday lives? Prof. Dr.-Ing. Armin Dekorsy visited the Gastfeld on October 17.

Daniel Meyer at his lab.
© Patrick Pollmeier/Universit?t Bremen

Materials Research for Earth and Mars: How Daniel Meyer Makes Components More Resilient

Daniel Meyer found his way from biology to production engineering by chance. Today, he researches how to improve metal surfaces through specialized processing – knowledge that is now becoming important for the University of Bremen’s Martian research.

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Publication highlights

[Translate to English:] Pick and EAt
© 2024 The Authors, CC BY 4.0

Pick-and-eat space crop production flight testing on the International Space Station

Jess M. Bunchek, Mary E. Hummerick, LaShelle E. Spencer, Matthew W. Romeyn, Millennia Young, Robert C. Morrow, Cary A. Mitchell, Grace L. Douglas, Raymond M. Wheeler, Gioia D. Massa

Journal of Plant Interactions 19 (2024): 2292220

doi: 10.1080/17429145.2023.2292220

Fresh, nutritious, palatable…

[Translate to English:] Empowering_IOT
© 2024 The Authors, CC BY 4.0

Experimental study to characterize water contaminated by lunar dust

Rieke Freer, Victoria Pesch,  Paul Zabel

Frontiers in Space Technologies  5 (2024) : 1366591

doi: 10.3389/frspt.2024.1366591

The establishment of a permanent lunar base is the goal of several space missions, such as NASA's Artemis program. The feasibility of a lunar base is highly dependent on…

[Translate to English:] comparative_study
© 2024 The Author(s). Published by Elsevier Ltd.

Comparative study of bioanodes for microbial electrolysis cells operation in anaerobic digester conditions

Simone Colantoni, ?scar Santiago, Janek R. Weiler, Melanie T. Knoll, Christian J. Lapp, Johannes Gescher, Sven Kerzenmacher

Journal of Environmental Chemical Engineering 12 (2024): 113071  

doi: 10.1016/j.jece.2024.113071

Integrating microbial electrolysis cells (MEC) with anaerobic digestion…

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