Akhil Dodda is an accomplished inventor based in State College, Pennsylvania, with a remarkable track record of creating advanced technologies. He holds two patents that showcase his innovative contributions to the field of computing and cryptography.

Latest Patents

Akhil Dodda's latest inventions include "Biomimetic 2D Transistor for Audiomorphic Computing" and "Physically Unclonable Function Using Materials and Devices." The first patent pertains to a computing device designed to function as a biomimetic audiomorphic device, incorporating a field effect transistor (FET) structured with a split-gate architecture. This groundbreaking device integrates multiple split-gates and various components like delay elements and tunable resistor-capacitance circuits, simulating the interaural time delay neurons, thereby enhancing auditory processing. Additionally, it features global back-gating structural aspects that promote neuroplasticity, allowing for adaptability and learning.

His second patent focuses on reconfigurable and resilient on-chip cryptography specifically for graphene-based devices. This invention utilizes the inherent disorders in carrier transport within grain boundary dominated graphene field effect transistors (GFETs). The methodology outlined in this patent enables the GFET to function as physically unclonable functions (PUFs) and to be reconfigured without physical intervention. The design emphasizes low power operation and resilience to variations in temperature and supply voltage.

Career Highlights

Akhil Dodda's work is integral to cutting-edge research at the Penn State Research Foundation, where he continues to drive forward innovations in technology. His contributions are not only pivotal for academic advancement but also carry implications for real-world applications in computing and security.

Collaborations

Throughout his career, Akhil has collaborated with fellow researchers like Saptarshi Das and Sarbashis Das, pooling their expertise to advance their fields. These collaborations are essential in fostering innovation and bringing forth new ideas that challenge conventional thinking.

Conclusion

Akhil Dodda's innovative spirit is evident through his patents and collaborative efforts at the Penn State Research Foundation. His work in biomimetic computing and cryptography not only exemplifies his creativity but also promises to pave the way for future advancements in technology. With each invention, Dodda continues to inspire and elevate the standards of innovation in his field.

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