Tsukuba, Japan

Srinivasan Ananthakrishnan


Average Co-Inventor Count = 11.0

ph-index = 1

Forward Citations = 7(Granted Patents)


Company Filing History:


Years Active: 2016

where 'Filed Patents' based on already Granted Patents

1 patent (USPTO):

Title: The Innovative Journey of Srinivasan Ananthakrishnan in Spintronics

Introduction: Srinivasan Ananthakrishnan, an accomplished inventor based in Tsukuba, Japan, has made significant strides in the field of spintronics. With a patented invention aimed at enhancing the performance of spintronics devices, he has contributed to advancing the technology that leverages the electron's spin for information processing.

Latest Patents: Ananthakrishnan holds a notable patent focused on realizing a high-performance spintronics device. The invention centers around a CoFe-based Heusler alloy with a spin polarization greater than 0.65. His work demonstrates that a CoFe(GaGe) Heusler alloy achieves this spin polarization via the PCAR method, specifically in the range of 0.25 < x < 0.60. Moreover, the alloy boasts a Curie temperature reaching 1288K. His invention has led to the creation of a CPP-GMR device that showcases the world's highest magnetoresistance (MR) ratio, in addition to an STO device with high output and an NLSV device that exhibits a remarkable high spin signal.

Career Highlights: Ananthakrishnan is presently affiliated with the National Institute for Materials Science, where he has been engaging in pioneering research within the realm of materials science and engineering. His expertise in spintronics positions him as a leading figure in innovation, contributing towards the development of next-generation electronic devices.

Collaborations: Throughout his career, Ananthakrishnan has had the pleasure of collaborating with esteemed colleagues such as Yukiko Takahashi and Varaprasad Bollapragada. These collaborations have enriched his research pursuits and broadened the scope of spintronics technology.

Conclusion: Srinivasan Ananthakrishnan’s contributions to spintronics through his innovative patent establish him as a significant figure in the materials science community. As research continues to evolve, his work exemplifies the potential of spin-based technologies and the transformative impact of effective collaborations within the scientific domain. With such advancements, the future of electronic devices looks promising, thanks to innovators like him.

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