Hacer Tercanli (Pixel Photonics): 10 Key Things You Must Know

Overview

Hacer Tercanli is a prominent figure in the field of photonics, contributing significantly to the growth and development of Pixel Photonics GmbH. As a Founders' Associate, she plays a pivotal role in the company's mission to innovate and redefine the realm of single-photon detection, particularly with their pioneering Superconducting Nanowire Single Photon Detectors (SNSPD). Tercanli's extensive background in research and innovation management, particularly her work with Living Labs, positions her uniquely within the photonics industry. This article explores various facets of her career and expertise, shedding light on her journey, contributions, and the innovations she champions at Pixel Photonics.

1. Early Career and Education

Hacer Tercanli's academic journey commenced in Turkey, where she laid the foundation for her career in research. She obtained her Master's degree in Applied Linguistics from California State University, Fresno, followed by a Master's in Research and Innovation in Higher Education from Danube University Krems. Tercanli’s pursuit of knowledge culminated in a PhD from the University of Twente, where she researched the management of Living Labs, emphasizing open innovation environments. Her diverse academic background supports her multifaceted approach to innovation.

2. Professional Pathway

Before joining Pixel Photonics, Hacer Tercanli was extensively involved in the Science-to-Business Marketing Research Centre. Her roles there included European Projects Coordinator and Business Development Manager, where she excelled in fostering partnerships and driving research initiatives. These roles equipped her with crucial skills in managing cross-cultural and interdisciplinary teams, paving the way for her current involvement in the high-tech industry.

3. Pixel Photonics – A Technical Innovator

Pixel Photonics, where Tercanli serves as a Founders' Associate, is at the frontier of photonics technology. The company specializes in high-efficiency single-photon detectors crucial for advancements in quantum computing and other photonics applications. Their innovative work with SNSPDs, combined with Photonic Integrated Circuits, positions Pixel Photonics as a leader in scalable and highly efficient photon detection technologies.

4. Key Innovations at Pixel Photonics

Under Tercanli’s leadership contributions, Pixel Photonics has achieved remarkable technological advancements. Their innovation in combining SNSPD with waveguide integration achieves high detection efficiency and scalability. This breakthrough facilitates broader applications such as quantum key distribution and metrology, enhancing the role of photonics in various sectors.

5. Achievements and Recognitions

Pixel Photonics has received several accolades, indicative of its impact and innovation under Tercanli’s tenure. The company was nominated for prestigious awards like the Innovation Award Münsterland and the SPIE Prism Awards. These recognitions underscore the company's commitment to pushing technological boundaries and setting new industry standards.

6. Living Labs Research

In the academic sphere, Tercanli has contributed significantly to the research on Living Labs through multiple publications. Her systematic review explores the potentials and constraints of Living Labs within higher education institutions. Her work is vital in understanding how these innovative models can enhance collaborative research and drive educational innovation.

7. Bridging Industry and Academia

Tercanli's work exemplifies a seamless blend of academia and industry. Her exposure to diverse educational environments across Europe and her research on Living Labs provide her with a comprehensive perspective on technology transfer and innovation management. This allows her to effectively bridge the gap between theoretical research and practical applications in photonics.

8. Impact on Quantum Technology

The technologies developed under Tercanli’s influence at Pixel Photonics have significant implications for quantum technology. By producing photon detectors with unprecedented efficiency and scalability, the company facilitates crucial advancements in quantum computing—a field promising to revolutionize numerous sectors, from cybersecurity to complex simulations.

9. Challenges and Future Prospects

Despite her successes, Tercanli faces the challenge of navigating the rapidly evolving landscape of photonics and quantum technologies. However, her innovative approach and dedication to research-driven solutions position her and Pixel Photonics to continue leading advancements in this dynamic field. Future prospects include expanding the company’s influence and application domains, driving both technological and commercial breakthroughs.

10. Leadership in Diversity and Innovation

Hacer Tercanli prides herself on fostering a diverse and innovative team environment at Pixel Photonics. The company’s success lies not only in its technological achievements but also in its commitment to inclusivity and the integration of diverse perspectives in problem-solving. This ethos of diversity is a cornerstone of their innovative strategies and future growth.

Conclusion

Hacer Tercanli stands out as a remarkable figure in the photonics domain, effectively bridging the gap between academia and industry with her innovative prowess and leadership at Pixel Photonics. Her contributions have not only driven technological advancements but also promoted a collaborative and inclusive work culture. As the field of photonics continues to expand, Tercanli’s work positions her and her company at the forefront, ready to tackle the challenges and seize the opportunities that lie ahead in quantum technologies.