Company Filing History:
12 out of 711 
2 out of 87 
Years Active: 2005-2024
Title: Innovator Mark Everett Trail: Pioneering Particle Beam Technologies
Introduction: Mark Everett Trail, a distinguished inventor based in Menlo Park, California, holds an impressive portfolio of 14 patents. His innovative contributions primarily focus on advancements in particle beam technologies, which have significant implications in medical applications, particularly in radiation therapy.
Latest Patents: Among his most recent inventions, Trail has developed patents related to "Particle Beam Gun Control Systems and Methods." These systems offer efficient monitoring of particle beams, featuring a radiation gun system capable of generating particle beams with enhanced fidelity characteristics. Notably, these enhancements can align with FLASH radiation therapy, allowing for dose delivery at highly precise intra-pulse and micro-bunch levels. Additionally, his patent on "Systems and Methods for Energy Modulated Radiation Therapy" outlines a method utilizing both permanent and electromagnetic fields to manipulate total magnetic field values during particle acceleration, further advancing therapeutic technologies.
Career Highlights: Trail has significantly impacted the field through his work with leading companies such as Varian Medical Systems, Inc. and Varian Medical Systems Technologies, Inc. His expertise has fostered innovative solutions in the medical device industry, particularly in cancer treatment technologies.
Collaborations: Throughout his career, Trail has collaborated with notable individuals, including James Edward Clayton and Gard Edson Meddaugh. These collaborations have undoubtedly contributed to the development of his patented technologies and the overall progress in the field of particle beam applications.
Conclusion: Mark Everett Trail's dedication to innovation in particle beam technology demonstrates the crucial role that inventors play in advancing medical science. His patents not only represent personal achievements but also hold significant promise for future developments in radiation therapy, showcasing the importance of continuous innovation in healthcare solutions.