Exciting News!

ORBIT FOR LIFE Awarded

LIFE SCIENCES IN SPACE. MICROGRAVITY RESEARCH. IN-ORBIT MANUFACTURING.

Welcome to ORBIT FOR LIFE, where science meets the stars. Join us in our mission to explore and promote life sciences, space, and technology beyond Earth's boundaries.

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Mission

ORBIT FOR LIFE aims to foster and support scientific and technological advancements by utilizing microgravity environments to enhance knowledge and applications in life sciences, data processing, and manufacturing. The initiative is committed to making these fields accessible through public engagement, education, and strategic projects, improving life on earth.

Objectives

Promote research and development in life sciences, data processing, and advanced manufacturing under microgravity conditions.
Provide educational and public awareness campaigns to facilitate knowledge dissemination.
Organize and support events, workshops, and initiatives that connect researchers, industry professionals, and the public.
Improve the quality of life and health on Earth by fostering advancements through space research.
Support projects with a particular focus on collaboration aspects and their benefits for health and society.
Facilitate international collaboration among scientists, academics, and industry stakeholders.

Our Story

A global initiative dedicated to advancing research, development, and applications in the fields of life sciences, data processing, and advanced manufacturing in microgravity. Our mission is to bridge the gap between space-based research and everyday life on Earth, making these advanced scientific fields accessible to a broader audience through education, outreach, and innovative projects.

Life Sciences in Microgravity

Understanding biological processes in weightlessness provides insights into cellular behavior, human health, and pharmaceutical advancements. ORBIT FOR LIFE supports research in:

Human physiology and health in space.
Pharmaceutical and biotech initiatives.
Biomedical innovations inspired by space research.
Biotechnology and regenerative medicine applications.

Data Processing & Artificial Intelligence

Space environments can manage vast amounts of data processing. ORBIT FOR LIFE promotes research in:

AI and machine learning applications in space research.
Big data management for space and Earth applications.
Cybersecurity and decentralized computing for technologies.

Advanced Manufacturing in Space

Microgravity enables innovative production methods that are not possible on Earth. ORBIT FOR LIFE focuses on:

3D printing and additive manufacturing in space.
New material development for space and Earth industries.
Sustainable production methods using space resources.

Current Projects

Welcome to the forefront of innovation where Life Sciences meets the infinite of space! As we journey into the cosmos, groundbreaking projects are unfolding, paving the transformative advancements in technology transfer, organoids, and stem cell research. These initiatives are not just shaping understanding of biology but are also unlocking solutions for challenges faced by today's and tomorrow's ageing societies. Join us as we explore the remarkable breakthroughs that promise to revolutionize healthcare and enhance the quality of for generations to come!

Bio Fabrication
(Pre-Flight)

Exciting advancements are on the horizon with the development of in vitro tests utilizing groundbreaking “organ-on-a-chip” technology! innovative approach allows for preclinical testing with human cells, aiming to reduce our dependence on animal models. Spearheaded by the renowned Prof. Matteo Moretti (EOC), his team is crafting cutting-edge 3D models that closely human physiology. The possibilities are endless, with applications in drug discovery, drug repurposing, bioavailability enhancement and personalized medicine!

Tissue Engineering
(Laboratory & Clinical)

Microsurgical reconstruction a vital medical field that restores function and aesthetics for individuals affected by traumatic injuries, cancer, and congenital anomalies. These procedures enable personalized treatment for complex tissue and organ issues when standard options are limited. Led by Prof. Daniel Kalbermatten from HUG, this research focuses on multidisciplinary approaches to enhance microsurgical outcomes through molecular, cellular, and bioengineering methods. Recognized globally for expertise in fat grafting and adipose tissue stem cell therapy, advancing tissue regeneration.

We are landing on the Moon!

LUNAR DELIGHT™

The ORBIT FOR LIFE and LifeShip Mission Pyramid on the Moon will deliver cultural and culinary artefacts to the lunar South Pole by the end of 2025. Part of an institutional and commercial moon landing expedition, we are sending -among others- the very first bean-to-bar chocolate (from Switzerland) and premium marzipan (from Germany) to the Nobile region of the Moon. This story is bigger than just the cocoa beans' and almonds' sensation, it's the story of humanity's future on Earth and beyond its boundaries, using space for society's welfare and wellbeing.

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"We tell the story of how Space is changing life on Earth"

Dr. René Puls

Managing Director PRORES

President ORBIT FOR LIFE

ORBIT FOR LIFE is an initiative dedicated to promoting research, development, and applications in life sciences, data processing, and advanced manufacturing in weightlessness. Our goal is to make these scientific fields accessible to the public through education, outreach, and community-driven projects that emphasize improving health and quality of life on Earth. We organize events, support research initiatives, and build collaborative networks to bridge the gap between space research and real-world benefits.

Expert Council

The Expert Council of ORBIT FOR LIFE brings together leading professionals from the fields of life sciences, data processing, and advanced manufacturing with extensive experience in space-related / novel research and innovation. Their collective expertise supports the strategic direction of the association, ensuring scientific excellence and impactful project development. By leveraging their global networks and insights, the Expert Council plays a vital role in positioning ORBIT FOR LIFE as a recognized international leader in microgravity-driven innovation for the benefit of life on Earth.

Professor

John Horack

Prof. John Horack is the Neil Armstrong Chair in Aerospace Policy at The Ohio State University, with joint appointments in Engineering and Public Affairs. He brings over 35 years of leadership in aerospace, including executive roles at NASA and industry. Internationally recognized for his work in space policy and astrophysics, he is a sought-after expert in the field of Commercial Space.

Professor

Daniel Kalbermatten

Prof. Daniel Kalbermatten is a highly regarded Swiss plastic, reconstructive, and aesthetic surgeon with additional specialization in hand surgery. He serves as Head Physician at the Hôpitaux Universitaires de Genève (HUG) and holds medical degrees from Bern and Boston, and an MPhil from Manchester. Kalbermatten is recognized for his pioneering work in microsurgical reconstruction and nerve regeneration, and is known for innovative approaches to complex reconstructive challenges.

Executive Director

Jack Lim

Jack (Dongjoo) Lim leads Boryung’s New Portfolio Investment Group, focusing on space-related investments and strategy. He advises South Korea’s Ministry of Science on space initiatives and has driven Boryung’s partnerships with Axiom Space, including a Series C investment and a Joint Venture. Jack also launched Boryung’s first space healthcare startup challenge and co-hosts the "Humans In Space" initiative. He holds a BS from Georgia Tech and previously worked at AT Kearney.

Professor

Matteo Moretti

Prof. Matteo Moretti is Head of the Cell and Tissue Engineering Laboratory and Director of the Regenerative Medicine Technologies Laboratory at EOC, Lugano, Switzerland. He is also a research affiliate at Harvard-MIT Division of Health Sciences and Technology. His research focuses on advanced cell culture, microfluidic systems, and bioreactor technologies for regenerative medicine.

Chief Scientist

Luis Zea

Dr. Luis Zea is Chief Scientist at Starlab Space and an adjunct professor at the University of Colorado Boulder, specializing in bioastronautics. With experience spanning academia, industry, and entrepreneurship, he has led numerous NASA-funded spaceflight experiments, including missions on the ISS and Artemis I. Dr. Zea’s work bridges space science, engineering, and business development to drive innovation in microgravity research and exploration.