Robert Alexander Huber

Title: The Innovations of Robert Alexander Huber

Introduction

Robert Alexander Huber, an innovative inventor based in Schnaitsee, Germany, has made significant contributions to the field of optical coherence tomography (OCT). With a total of 16 patents to his name, Huber has developed cutting-edge methods that enhance the capabilities of laser technologies.

Latest Patents

Among Huber's latest innovations is a method for monitoring time-dependent properties of light during scanning swept-source optical coherence tomography. This method involves splitting laser light into sample light, reference light, and monitor light. The reference light is routed into a reference arm of an OCT interferometer while the monitor light goes into a monitor device that generates optical monitor signals. These signals represent time-dependent properties of the monitor light, which are then transformed into electric monitor signals. The method is further enhanced by illuminating the sample in a point-shaped manner and superimposing scattered light with reference light to generate an electric OCT signal. This innovative technique allows for a single digital data stream formed by alternating sequences of the electric monitor signal and the electric OCT signal.

Another noteworthy patent is a method for preserving the synchronism of a Fourier Domain Mode Locked (FDML) laser. This invention ensures that the FDML laser remains synchronous by adjusting the circulation frequency or syntonising rate based on the detection of laser light by a photodetector. The technique counts signal amplitudes within specified intervals and maintains the ratio of count value to counting intervals within predetermined nominal intervals, showcasing Huber's attention to precision in laser technologies.

Career Highlights

Robert Huber's academic journey includes tenures at prestigious institutions like Ludwig Maximilians University in Munich and the Massachusetts Institute of Technology (MIT). His experience at these organizations has significantly influenced his research and development in optical coherence tomography and laser technologies.

Collaborations

Throughout his career, Huber has collaborated with notable professionals in the field, including Thomas Klein and Wolfgang Wieser. Such collaborations have allowed him to expand his knowledge and further advance his innovative contributions.

Conclusion

Robert Alexander Huber’s dedication to innovation and excellence in optical technology has been demonstrated through his multiple patents and collaborations. His work not only influences academia but also has the potential to enhance various practical applications in medical imaging and other industries that utilize laser technology. As he continues to develop new inventions, Huber’s impact on the field remains significant.