Leo Eisner

Title: Innovations of Leo Eisner in Microseismic Detection

Introduction

Leo Eisner is a notable inventor based in Houston, TX (US), recognized for his contributions to the field of microseismic event detection. With a total of 5 patents, Eisner has developed innovative methods that enhance the understanding and analysis of seismic activities beneath the Earth's surface.

Latest Patents

Eisner's latest patents include a groundbreaking method for using semblance of corrected amplitudes due to source mechanisms for microseismic event detection and location. This method involves inputting seismic signals recorded by multiple sensors to determine the hypocenters of microseismic events. By calculating event amplitudes and synthetic event amplitudes, the method identifies actual microseismic events when the semblance exceeds a predetermined threshold. Another significant patent focuses on the detection of subsurface seismic events in vertically transversely isotropic media. This method accepts signals from seismic sensors to determine the positions and origin times of seismic events, ultimately inverting these to obtain Thomsen's parameters in the formations of interest.

Career Highlights

Eisner is currently associated with Microseismic, Inc., where he applies his expertise in seismic analysis. His work has significantly advanced the methodologies used in the detection and analysis of microseismic events, contributing to the safety and efficiency of subsurface evaluations.

Collaborations

Eisner has collaborated with notable colleagues, including Michael P. Thornton and Frantisek Stanek, enhancing the research and development efforts within his field.

Conclusion

Leo Eisner's innovative approaches to microseismic detection have made a substantial impact on the field, showcasing his dedication to advancing seismic research. His contributions continue to influence the methodologies used in subsurface evaluations and seismic event analysis.