Cora Jirschik Caron

My research area is cognitive hearing science. I am currently involved in the ALFi project, which aims to deepen our understanding of the listening-related fatigue experienced by hearing aid users. The long-term goal of the project is to empower these users with tools to assess their fatigue levels throughout the day. Such assessments could help users manage their energy more effectively, adopting strategies to achieve their goals without feeling completely drained by the end of the day. Additionally, these insights could serve as a valuable asset for hearing care professionals, enabling them to evaluate the impact of their fittings on patients’ fatigue and overall well-being.

My interest in the hearing care field was sparked by a fascination with the brain’s remarkable adaptability, particularly its capacity to reorganize in response to sensory challenges like hearing loss. Witnessing how the brain can recalibrate to optimize communication is scientifically captivating and holds immense real-world potential to transform lives.

The brilliant research team, and outstanding labs, brought me to Eriksholm. It was a unique career opportunity to transition from academia to industry while maintaining a focus on high-quality research.

My motivation stems from the potential to bridge cognitive science with real-world applications in hearing care. The brain’s adaptability offers a promising foundation for personalized, effective interventions that empower individuals to manage auditory challenges with confidence and resilience. The opportunity to directly apply scientific insights to help people stay connected with their world is both inspiring and deeply fulfilling.

In the long run, I hope to contribute to advancements in hearing care that make interventions more personalized and accessible. My aim is to bridge the gap between cognitive science and practical applications in hearing technology.

Learning and practicing Danish, discovering Denmark’s hiking paths and beaches, and enjoying the local sauna culture.

The Internet in the 1960s and the World Wide Web (WWW) in the 1990s revolutionized communication, information sharing, and global access to knowledge. The Internet was initially developed for research and government communication. The creation of the WWW structure made the internet accessible to everyone. Beyond simply connecting people, the combination of the Internet and the WWW introduced groundbreaking possibilities. For instance, the ability to collaborate with researchers located worldwide and to work remotely became achievable through innovations such as servers, Virtual Private Networks (VPNs), and cloud services, which allow secure, on-demand access to data from anywhere.

Advances in artificial intelligence (AI) have the potential to foster interdisciplinary collaboration and tackle complex challenges. However, it’s crucial not to undermine the human factor. I hope for a balance between leveraging AI for efficiency and innovation while preserving and valuing the unique contributions that only humans can bring to research and problem-solving. I envision a synergy that can lead to solutions that are not only effective but also empathetic and culturally relevant, ultimately benefiting society.