Location History:
- Duncraig, Western Australia 6029, AU (1998)
- Duncraig, AU (2004)
- Nedlands, AU (1998 - 2005)
- Mounts Bay Road, Crawley, AU (2009)
- City Beach, AU (2019)
- Crawley, AU (2006 - 2021)
Company Filing History:
6 out of 106 
3 out of 4 
1 out of 1 Years Active: 1998-2021
Title: Innovator Profile: Michael Edmund Tobar - Advancements in Gravity Gradiometry and Magnetic Field Manipulation
Introduction:
In the field of innovations and patents, Michael Edmund Tobar has established himself as a leading force. With a strong background in science and technology, Tobar has contributed significantly to the development of intrinsic gravity gradiometry and microwave frequency magnetic field manipulation systems. Let's explore his notable patents and contributions in these areas.
Patents:
Michael Edmund Tobar holds a remarkable four patents, showcasing his expertise in gravity gradiometry and magnetic field manipulation. His latest patents encompass novel concepts and techniques for precise sensing and manipulation of gravity fields and magnetic fields.
1. Intrinsic Gravity Gradiometer:
Tobar's groundbreaking patent involves an intrinsic gravity gradiometer (IGG) for detecting variations in the gravity field at a specific location. The IGG utilizes a flexible and elongate sensing element, typically a metallic ribbon, with unfixed opposed ends. This sensing element can be mounted using pivot points or axes, allowing free movement of the opposed ends. Additionally, the sensing element can form part of resonant cavities or wave guides for improved sensitivity. The patent also incorporates innovative compensation methods to enhance accuracy, such as feed-forward motion compensation.
2. Microwave Frequency Magnetic Field Manipulation System:
Tobar's another patent focuses on a microwave frequency magnetic field manipulation system. This system utilizes a re-entrant microwave cavity with multiple posts in electrical contact with one of the cavity's sides. Respective gaps are formed between the posts' free ends and the side, facilitating the generation of magnetic fields in opposite directions. By controlling the microwave signals supplied to the cavity, magnetic fields can be manipulated and reinforced in a specific region, enabling various practical applications.
Contributions and Collaborations:
Apart from his innovative patents, Michael Edmund Tobar has contributed to notable companies and collaborated with accomplished researchers.
1. The University of Western Australia (UWA):
Tobar's association with UWA highlights his academic involvement and dedication to advancing knowledge in the field of gravitational and electromagnetic research. Through his affiliation with the university, he has likely conducted extensive studies and collaborated with fellow scientists and researchers.
2. Eugene Nikolay Ivanov and Alexey Vladimirovich Veryaskin:
While not explicitly mentioned as coworkers, Eugene Nikolay Ivanov and Alexey Vladimirovich Veryaskin are two notable names closely associated with Michael Edmund Tobar's work. The collective efforts of these individuals likely contributed to the advancements achieved in the patents mentioned above.
Conclusion:
Michael Edmund Tobar's contributions to gravity gradiometry and magnetic field manipulation have opened new doors for scientific exploration and practical applications. His patented inventions, the intrinsic gravity gradiometer, and the microwave frequency magnetic field manipulation system exemplify his expertise and forward-thinking approach. By pushing the boundaries of innovation, Tobar continues to shape the future of these fields and inspire others in their pursuit of groundbreaking discoveries.