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Robert Lufkin Lends His Social Media Presence [30,00 Twitter Followers] to Voice, a blockchain-based social media network

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As Robert Lufkin ’s Twitter followers exceed 30,000 with his key updates to the COVID-19 pandemic situation, he is now expanding his presence to include Voice. Voice is a blockchain-based social media network being developed by Block.one, a leading distributed ledger technology (DLT) software developer. It   was announced in mid-2019 by  Brendan Blumer , the CEO at Block.one, a Cayman Islands-registered firm that also developed EOS (a platform for building decentralized applications), has received $150 million in funding from Block.one.   The Voice platform aims to provide a monetized social media network where users will be rewarded in cryptocurrency tokens for posting content and interacting with other users. Unlike Facebook and other traditional social media platforms, the developers of Voice claim that their platform will provide an opportunity to all users to benefit from making contributions to the network. Social media networks like Facebook have also failed to protect

Robert Lufkin’s Twitter Presence Grows to Over 26,000 Followers as He Provides Key COVID-19 Updates

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Robert Lufkin ’s Twitter followers grows past 26,000 as he provides key updates to the COVID-19 situation.   Beginning in 2019 he was able to grow his Twitter audience from zero to >22,000 followers in about 180 days. The account at   https://twitter.com/robertlufkinmd   is described as ‘ Med school professor exploring #COVID19, #artificialintelligence , #genetics , #consciousness , tech, optimal #health , #longevity , quantified self, #DIY , & more ‘. It presently has >2500 tweets and up to one million views a month in traffic.          Robert Lufkin has had a lifelong interest in neuroscience and artificial intelligence. During high school in the Boston area, he was fortunate to be able to attend classes at the Massachusetts Institute of Technology [MIT]. During that time he also worked at the New England Primate Center affiliated with Harvard University where he helped in the laboratories of David Hubel and Torsten Wiesel who studied the mammalian visual system. The

ROBERT LUFKIN Elected President of the Society for Magnetic Resonance Imaging 1990-1991

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By overwhelming vote of its entire membership the Society for Magnetic Resonance Imaging elected Robert Lufkin to be its president from 1990-1991. Robert Lufkin has had a lifelong interest in neuroscience and imaging. During high school in the Boston area, he was fortunate to be able to attend classes at the Massachusetts Institute of Technology [MIT]. During that time he also worked at the New England Primate Center affiliated with Harvard University where he helped in the laboratories of David Hubel and Torsten Wiesel who studied the mammalian visual system. They later received the Nobel Prize for their work describing the neurophysiology of the visual cortex.             In college at Brown University, Robert did original experimental research in the neurophysiology of the mammalian visual system, specifically the superior colliculus. He also minored in computer science and worked part-time in the main campus computer center as a machine operator to earn extra money.  

Review of Robert Lufkin’s MRI of the Head and Neck (RAVEN MRI TEACHING FILE) First Edition

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MRI of the Head and Neck (RAVEN MRI TEACHING FILE)   First Edition by Robert B Lufkin and William N Hanafee   is based on Dr Lufkin’s popular UCLA Visiting Fellowship. Visitors come from all over the world to learn the basics of MRI as well as its practical clinical applications in the head and neck and other areas from Dr Lufkin and his team. Dr robert lufkin is internationally recognized for his expertise in MRI and Head and Neck. He has hundreds of publications on basics of MRI as well as its clinical applications in the head, neck and brain. He also was elected and served as President of the international Society of Magnetic Resonance Imaging as well as the American Society of Head and Neck Imaging. In addition to running the MRI visiting fellowship, continuing with cutting edge MRI clinical research, and seeing patients, Dr Lufkin also speaks all over the world on various topics related to MRI. Dr Lufkin also served as Chief of Head and Neck Radiology at UCLA School of Medici

Review of Robert Lufkin’s ‘Pocket Atlas of Head and Neck MRI Anatomy’

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The ‘Pocket Atlas of Head and Neck MRI Anatomy’ by Robert Lufkin MD is based on the popular UCLA visiting fellowship that Dr Lufkin ran for several years. Visitors came from all over the world to learn the basics of MRI as well as its practical clinical applications in the head and neck and other areas from Dr Lufkin and his team. Dr Lufkin is internationally recognized for his expertise in MRI and Head and Neck. He has hundreds of publications on basics of MRI as well as its clinical applications in the head, neck and brain. He also was elected and served as President of the international Society of Magnetic Resonance Imaging as well as the American Society of Head and Neck Imaging. In addition to running the MRI visiting fellowship, continuing with cutting edge MRI clinical research, and seeing patients, Dr Lufkin is also speaks all over the world on various topics related to MRI. Dr Lufkin also served as Chief of Head and Neck Radiology at UCLA School of Medicine for two decades.

Robert Lufkin and Artificial intelligence

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Robert Lufkin  has had an enduring interest in artificial intelligence. From his days in high school, Robert developed rule based computer programming that would generate music in a certain style as specified by the code. He supplemented this knowledge by attending classes at the Massachusetts Institute of Technology [MIT] on the weekends. During that time he also helped in the laboratories of David Hubel and Torsten Wiesel at Harvard University who studied the  mammalian visual system . They later received the Nobel Prize for their revolutionary work describing the neurophysiology of the visual cortex. Their initial results showed both the transformations that occur from one level of processing to the next and how a sequence of these transformations might lead to at least the elements of pattern perception. Their experiments immediately provided a structure for conceptualizing how cortical neurons could be organized to produce perception. This work would foreshadow the developm