EIC-Transition project NEUROGATE kicks-off in May 2025

EIC-Transition project NEUROGATE kicks-off in May 2025

In May 2025, the NEUROGATE project officially launched under the prestigious European Innovation Council’s EIC Transition programme (Grant No. 101213906). Bringing together a multidisciplinary consortium of four partners—DeepEn, the Leibniz Institute of Photonic Technology (IPHT), the Institute of Scientific Instruments (ISI), and Neuro-Electronics Research Flanders (NERF)—the project sets out to revolutionise in-vivo brain imaging.

NEUROGATE builds upon breakthrough research in holographic endoscopy, enabling high-resolution imaging deep within the brain using a single ultra-thin optical fibre. This novel approach preserves tissue integrity while delivering subcellular detail, even during live behaviour and cognition. The technology holds immense promise for advancing neuroscience and biomedical research.

The project aims to validate and mature this next-generation imaging platform in real-world laboratory settings. It combines DeepEn’s commercialisation expertise with IPHT’s scientific leadership, ISI’s engineering validation, and NERF’s cutting-edge neurobiological applications.

To mark the start of this exciting journey, NEUROGATE has unveiled a new visual identity, including a distinctive project logo and a dedicated website, which will serve as a hub for updates, publications, and collaboration opportunities. With EIC support, NEUROGATE is now on a clear path to bring transformative imaging technology from the lab to the forefront of neuroscience and diagnostics.

Neurogate Header
DeepEn Wins Leibniz Founder’s Prize

DeepEn Wins Leibniz Founder’s Prize

DeepEn GmbH, a spin-off from the Leibniz Institute of Photonic Technology (Leibniz-IPHT) in Jena, has been awarded the prestigious 2025 Leibniz Founder’s Prize. The €50,000 prize supports the startup’s next big step: bringing its holographic microendoscope, NeuroDeep®, to market by the end of 2025.

NeuroDeep® is a high-resolution imaging device based on a single optical fibre the width of a human hair. It enables deep-brain and organ imaging with unmatched precision and minimal invasiveness. Using holographic light control, it offers entirely new possibilities for neuroscience and biomedical research, especially in studying ageing, degeneration, and brain plasticity.

“Our technology will support scientists developing new therapies for neurological diseases,” says CEO and co-founder Sergey Turtaev. “In the future, we aim to bring these hair-thin endoscopes into clinical use.”

DeepEn’s work builds on cutting-edge research from the Holographic Endoscopy Group at Leibniz-IPHT and international partners across Europe. The startup, founded in 2024, will use the prize money for marketing and trade fair appearances across Europe, Asia, and the US.

Initially, DeepEn will offer its NeuroDeep® system to research labs, along with disposable probes for live tissue use, tailored services, and training.

Photos: “Leibniz Association/David Ausserhofer”

 

 

We’re Hiring – Photonics Scientists (m/f/d)

We’re Hiring – Photonics Scientists (m/f/d)

🚀 We’re Hiring –  Photonics Scientists (m/f/d)
📍 Jena, Germany | Full-time


DeepEn is a spin-off company from Leibniz Institute of Photonic Technology that develops minimally invasive microendoscopes for neuroscience applications. Using holographic light control, we transform a single optical fiber into a hair-thin imaging device, bringing microscopy into deep brain regions. We are translating over a decade of research (from Tomas Cizmar’s groups) into a reliable tool to empower neuroscience researchers and advance future medical diagnostics.

We’re looking for a Photonics Scientist to drive R&D and product development at the forefront of optical and imaging technologies.

🛠 Your Role:
• Develop and implement production workflows for innovative optical systems
• Contribute to cutting-edge R&D in a prestigious EIC project
• Develop software for hardware control and implement holographic algorithms
• Conduct functional testing and optimise system performance
• Collaborate with end-users in neuroscience experiments

🎯 Ideal Candidate Profile:
• Background in physics, engineering, IT, or a related field
• Experience with fibre optics, optoelectronics, and instrument development
• Proficiency in C/C++, Python, and LabVIEW
• Strong problem-solving and teamwork skills
• Willingness to travel for lab tests, conferences, and exhibitions

🌟 What We Offer:
✅ Work in a deep-tech start-up
✅ A collaborative, interdisciplinary team
✅ Competitive salary & work-life balance
✅ A family-friendly and inclusive workplace

💡 Join DeepEn GmbH and shape the future of ultra-thin endoscopes!
✍ No need for a formal cover letter—just share a couple of lines on why you are interested and attach your CV. We’ll reach out shortly


📩 Apply now: career@deepen-imaging.com
📮 LinkedIn Job post: https://lnkd.in/ee6VMNaM
📍 About life in Jena: https://lnkd.in/eMmFYzXy

🔁 Know the right person? Download the PDF below and send it to them. Or share the job on LinkedIn!

Copyright: STIFT // GMM AG 

DeepEn GmbH Secures Seven-Figure Seed Round and Prestigious EIC-Transition Grant for Novel Holographic Endoscopes

DeepEn GmbH Secures Seven-Figure Seed Round and Prestigious EIC-Transition Grant for Novel Holographic Endoscopes

DeepEn GmbH, a pioneer in holographic endoscopy technology, has successfully closed a seven-figure seed financing round from the investors bm|t, MBG Thüringen, and Sparkasse Jena-Saale-Holzland. This investment will accelerate the development and commercialisation of the world’s thinnest microscopy tools designed to advance neuroscience and biomedical research.

In addition, NEUROGATE, a collaboration between the startup and three European institutes, has secured €2.5 million of funding from the European Innovation Council (EIC) Transition Programme in January 2025. Together, the consortium aims to advance the minimally invasive technology to a variety of new applications.

Investing in Neurophotonics Innovation

DeepEn’s endoscopes use advanced algorithms and holographic techniques to control laser light as it travels through a single optical glass fibre. When the fibre is inserted into an organ like the brain, it can bundle the light beam into a clean focus point, enabling laser scanning microscopy in previously inaccessible, deep tissue regions. This innovative technology has been endorsed by the 2024 Life Sciences Award of the European Microscopy Society.

Prototypes of the microscopy devices have already been used to image neurons and cancer cells in animal models. With the investment, the DeepEn team, led by CEO Dr Sergey Turtaev, plans to finalise and launch its first product, the NeuroDeep® in-vivo microscopy system, while accelerating the development of next-generation holographic endoscope technology for even more advanced applications.

With bm|t, MBG Thüringen, and Sparkasse Jena-Saale-Holzland, DeepEn has gained three seasoned investors with valuable experience in the optical ecosystem in central Germany. “We warmly welcome our new investment partners on board and want to thank them for their trust in DeepEn’s team and technology,” says Turtaev. “Together, we will pursue our vision of enabling the development of innovative diagnostic and therapeutic approaches for neuronal diseases through our powerful imaging tools.”

Successful Transfer of Cutting-Edge Research

Starting in 2011, Prof. Dr Tomas Čižmár, a later DeepEn co-founder, worked on the holographic endoscope technology at the University of St. Andrews and the University of Dundee in Scotland. In 2016, Sergey Turtaev joined the research group during his doctoral studies. In 2017, the scientists relocated to the Leibniz Institute of Photonic Technology (Leibniz IPHT) in Jena, Germany, where they continued their work, funded by the prestigious ERC consolidator grant LIFEGATE.

In 2020, DeepEn’s commercialisation journey began thanks to the EXIST Transfer of Research program from the German Ministry for Economic Affairs and Climate Action, leading to a spin-out of DeepEn in early 2024. “This company is a prime example of how high-quality research, which has led to outstanding publications, is rapidly translated into a solid product,” says Prof. Dr Jürgen Popp, Scientific Director of Leibniz IPHT. “The team’s speed and dedication are impressive.”

DeepEn was among the 25 Falling Walls Venture Cup winners in autumn 2024 and was awarded the Thuringian Innovation Prize for young companies.

European Cooperation for Technology Translation

The potential of holographic endoscopy has also been recognised in Brussels. In January 2025, the collaborative project NEUROGATE was awarded €2.5 million by the European Innovation Council (EIC) Transition under Horizon Europe. “With this project, we are transforming the most recent scientific discoveries into valuable solutions for users, allowing monitoring of neuronal activity under natural conditions with unprecedented precision,” says Prof. Čižmár.

In addition to Leibniz IPHT and DeepEn, two international partners are involved in NEUROGATE: the Institute of Scientific Instruments of the Czech Academy of Sciences (ISI) in Brno and Neuro-Electronics Research Flanders (NERF) in Belgium. NERF, an interdisciplinary research centre for neurotechnology, is supported by imec, the life sciences institute VIB, and KU Leuven. “We’re excited to apply our expertise in advancing neurotechnology applications to better understand the brain and develop new therapeutic strategies for neurological diseases,” says Sebastian Haesler of NERF.

The Investors

About bm|t: Based in Erfurt, bm|t is the leading address for corporate investments in Thuringia. bm|t currently manages twelve funds with a total volume of around EUR 445 million, which invest in innovative companies in almost all sectors and in all phases of corporate development — both in the start-up and growth phases or in company succession situations. Further information is available at: www.bm-t.de

About Sparkasse Jena-Saale-Holzland: Since 1828, Sparkasse has been rooted in the region, providing financial services, advisory support, and funding for businesses and communities. As the largest regional financial partner, it enhances quality of life through digitalisation, financing, and public programmes. Sparkasse actively supports the region’s economy, education, sports, and culture. It fosters innovation by backing start-ups like DeepEn GmbH and, together with the Business Angels Club Jena e.V., has created a platform connecting start-ups with private investors to strengthen the regional start-up ecosystem. Further information is available at: www.s-jena.de

About MBG Thüringen: As a strong and reliable partner, Mittelständische Beteiligungsgesellschaft Thüringen mbH offers small and medium-sized enterprises mezzanine and equity investments to strengthen equity capital for start-ups, consolidation, or successions. Companies partnering with MBG thus have a sound basis for solid development and sustainable growth. Further information is available at: www.mbg-thueringen.de

Copyright: Head image (STIFT – GMM AG ); Image of hand (DeepEn Westermann); Team (STIFT – GMM AG )

 

 

 

DeepEn at FENS 2024: Bringing Holographic Endoscopes to the Heart of Neuroscience

DeepEn at FENS 2024: Bringing Holographic Endoscopes to the Heart of Neuroscience

Holographic Endoscope in Action! 

In June, the whole DeepEn team, had the fantastic opportunity to showcase the prototype of an ultrathin endoscope live at FENS 2024, Europe’s largest neuroscience conference, in Vienna.

The event gave us a chance to connect with an incredible community of neuroscientists, from Principal Investigators (PIs) to PhD students and industry colleagues. We were thrilled that everything worked out so well and that we could demonstrate how minimally invasive, hair-thin microendoscopy can be applied in deep-brain calcium imaging to such a large and relevant audience.

Holographic endoscope technology has long been confined to a few specialised photonics labs scattered around the world, with only a small number of researchers able to use it to explore biological questions through limited collaborations. However, holographic endoscopes have proven their value as powerful microscopy tools providing high-resolution spatial and temporal imaging in deep tissue regions—such as the amygdala and brainstem—that are notoriously difficult to access with other optical methods.

Therefore, we were proud to demonstrate a miniaturised, yet robust holographic endoscope system that can empower new, exciting discoveries in laboratories worldwide in the future.

Preliminary imaging results from Prof. Janelle Pakan

On the first day of the FENS2024 conference, during the Photonics for Brain Workshop led by our DeepEn co-founder Tomas Cizmar, Prof. Janelle Pakan presented, among other great results, imaging results from a previous collaboration with DeepEn at the Leibniz Institute for Neurobiology (LIN) and the German Center for Neurodegenerative Diseases (DZNE) in Magdeburg. 

In her study, a holographic endoscope was used to examine deep brain cerebellar circuitry in mouse models. The DeepEn system was used to record calcium signals from mossy fibres. Observing the activity of these deep-seated brain cells in correlation with the organism’s locomotion and speed could yield new insights into the functioning of cerebrocerebellar pathways.

Thanks to Prof. Pakan for the great project and for presenting the calcium imaging results to the broader neuroscience community!

Engaging with the Neuroscientists

The interest in holographic endoscopy at FENS 2024 exceeded our expectations.

Throughout the four-day event, many researchers visited the DeepEn booth to see the live demos and discuss how this cutting-edge technology could advance their own work. We were also impressed and inspired by the wide range of topics covered in the scientific program and at the poster sessions.

We walked away from the conference with many new ideas, potential collaborations, and a deep gratitude for the researchers who took the time to engage with us. We can’t wait to see where the future takes the rapidly advancing field of holographic endoscopy and how it will continue to advance brain research worldwide.