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Lambert van Eijck develops new neutron-based methods in cultural heritage science that reveal the interior composition of 3D heritage artifacts in a quantitative manner. Neutron-based techniques are ideally suited for studying the interior of heritage objects due to their non-invasive character, which allows precious objects to remain intact. By combining experimental techniques and utilizing new data fusion methods, he can obtain necessary information about the structure and composition of heritage artifacts, visible beyond their outer surface. This approach reveals details about the objects created by artists centuries ago, including aspects such as the microscopic structures observed through lenses used by Antoni Van Leeuwenhoek and insights into chemical compositions and fabrication customs used in casting techniques by ancient societies.
Requirements apply generally across engineering and science master programs. Specific tracks like Architecture require a digital portfolio.