Michael W Senko

Title: Innovations by Michael W Senko in Charge Detection Mass Spectrometry

Introduction

Michael W Senko, based in Sunnyvale, CA, is a prominent inventor with an impressive portfolio of 64 patents. His groundbreaking work focuses on advancements in charge detection mass spectrometry, a significant area of research in analytical chemistry and mass analysis.

Latest Patents

Among his latest inventions, Senko has developed several notable patents. One key invention involves charge detection mass spectrometry utilizing harmonic oscillation, known as the Selective Temporal Overview of Resonant Ion (STORI) plots. This apparatus and method enable the precise measurement of the mass of a single ion of interest by inducing harmonic oscillatory movement in an electrostatic trap. The resulting time-varying signal is captured by an image current detector and processed to derive the ion’s frequency, allowing the determination of its mass-to-charge ratio (m/z). The innovative STORI plot tracks the temporal evolution of signals, aiding in identifying ion decay events and separating ions of similar mass.

Additionally, Senko has created an ion centrifuge ion separation apparatus and mass spectrometer system. This invention includes two ion carpets, designed with specific configurations of electrodes that facilitate effective ion separation through traveling wave voltages. This dual carpet approach optimizes the process of mass spectrometry, enhancing detection capabilities.

Career Highlights

Throughout his career, Michael W Senko has significantly contributed to the field of mass spectrometry. His tenure at Thermo Finnigan LLC and collaboration with esteemed research teams have solidified his position as a leading innovator in analytical technologies. The depth of his work is evident in the multiple patents that showcase his expertise and insight into complex scientific challenges.

Collaborations

Senko's innovations were often bolstered through collaborations with notable colleagues like Jae C Schwartz and Philip M Remes. These partnerships reflect a collective dedication to advancing technologies in mass spectrometry, combining knowledge and skills to achieve breakthroughs in the field.

Conclusion

Michael W Senko's contributions to mass spectrometry represent a blend of innovative thought and practical application. His extensive patent portfolio underscores his role as a driving force in the development of advanced measurement techniques critical to scientific research and industry applications. Through his inventions, Senko continues to influence the landscape of analytical chemistry, paving the way for future innovations.