Robert G Batchko

**Title: Inventor Spotlight: Robert G. Batchko**

Introduction

Robert G. Batchko, based in Stanford, California, is an accomplished inventor with a significant contribution to the field of electromagnetic radiation. With three patents to his name, Batchko's work focuses primarily on innovative methods for fabricating periodically poled structures, showcasing his expertise in manipulating ferroelectric materials.

Latest Patents

Batchko's latest patents include two groundbreaking methods for fabricating efficient sources of electromagnetic radiation. The first patent, titled "Method for Fabricating Efficient Sources of Electromagnetic Radiation," describes a detailed process to produce an electric field within a ferroelectric substrate. This involves applying a voltage waveform to an electrode structure on the surface of the substrate, which raises the electric field to a high magnitude before delicately lowering it to manage the domain wall motion within the substrate. The methodology ensures that backswitching is effectively prevented, allowing for optimal performance of the electromagnetic radiation sources.

His second patent, "Backswitch Poling Method for Domain Patterning of Ferroelectric Materials," further explores the manipulation of electric fields. This method not only enables the formation of domain patterns with small feature sizes but also ensures high uniformity across large volumes of material. The ability to selectively enable and terminate backswitching allows for advanced control over the domain reversal process, which is crucial for many applications in optoelectronics.

Career Highlights

Robert G. Batchko has been a vital part of the Leland Stanford Junior University, where he continues to advance research in electromagnetic applications. His dedication to innovation has earned him recognition in the academic and research community, where his patents contribute significantly to the field.

Collaborations

Throughout his career, Batchko has collaborated with renowned colleagues such as Robert L. Byer and Martin M. Fejer. These partnerships have fostered a collaborative environment, enhancing the depth and breadth of their research endeavors.

Conclusion

In summary, Robert G. Batchko's contributions to the field of electromagnetic radiation through his innovative patents illustrate the critical role of inventors in pushing the boundaries of technology. His work at Leland Stanford Junior University and his collaborations with notable researchers reflect a commitment to advancing knowledge and practical applications in the realm of ferroelectric materials.