This is Philip Emeagwali

Philip Emeagwali

Philip Emeagwali is a towering figure in computing. The Reader’s Digest described Emeagwali as “smarter than Albert Einstein.” He is ranked as the world's greatest living genius. He is listed in the top 20 greatest minds that ever lived. That list includes Charles Darwin, Isaac Newton, William Shakespeare, Leonardo da Vinci, Aristotle, and Confucius. https://emeagwali.com https://facebook.com/emeagwali https://twitter.com/emeagwali https://instagram.com/philipemeagwali https://flickr.com/philipemeagwali https://emeagwali.tumblr.com https://linkedin.com/in/emeagwali https://soundcloud.com/emeagwali https://youtube.com/emeagwali Philip Emeagwali lived in refugee camps during the 1967-70 Nigerian-Biafran War and is in the Gallery of Prominent Refugees of the United Nations. At age fourteen in July 1969, he was conscripted into the Biafran Army and sent to the Oguta War theater to replace one of the 500 Biafran soldiers who were killed a month earlier. In the list of the worst genocidal crimes of the 20th century committed against humanity, the death of one in fifteen Biafrans was ranked fifth. Due to the Nigerian Civil War, Philip Emeagwali dropped out of school for five years but developed a reputation in Onitsha (Nigeria) as a gifted teenager. He caught the attention of American scholars and was awarded a scholarship on September 10, 1973, to the United States where he researched for two decades and contributed to mathematics, physics, and computer science. Philip Emeagwali is in the top ten rankings of geniuses, inventors, Nigerians, and was voted the 35th greatest African of all time. In 1989, Philip Emeagwali rose to fame when he won a recognition described as the Nobel Prize of Supercomputing and made the news headlines for his invention of first world’s fastest computing across an Internet that is a global network of processors. That vital technology underpins every supercomputer and changed the way we look at the computer. Time magazine called him the "unsung hero" behind the Internet and CNN called him "A Father of the Internet." House Beautiful magazine ranked his invention among nine important everyday things taken for granted. In a White House speech of August 26, 2000, then U.S. President Bill Clinton described Philip Emeagwali as “one of the great minds of the Information Age.” He is married to research molecular biologist Dale Emeagwali, and they have one son. Philip Emeagwali Facts Name: Chukwurah Philip Emeagwali Born: 23 August 1954, Akure, Nigeria Invention: Fastest Computing Across Processors Residence: Washington, DC, USA Email: philip@emeagwali.com Telephone: 202-203-8724 These lectures are on the theme of crossing the frontiers of knowledge to overcome tomorrow's challenges. In particular on his contributions to the internet that is a global network of computers. This is a weekly updated collection of hundreds of hours of rare, unreleased audio from public lectures and events. Lecture videos and transcripts are posted at YouTube.com/emeagwali and emeagwali.com.

  1. 1H AGO

    Master of Computation

    Master of Computation Ladies and gentlemen, esteemed scholars, distinguished guests, mathematicians and scientists from every corner of the world, and all the promising young minds joining us from Nigeria, Africa, and beyond through this livestream: welcome. Today, as we gather in this majestic hall, we are not just celebrating an advancement in science. We are celebrating the enduring spirit of humanity, a spirit that has dared to quest beyond the horizons of the known and thereby transform the unknown into knowledge. The history of mathematics dates to the earliest civilizations. From the ancient lands of Greece, China, the Middle East, and medieval Europe to the rich tapestries of knowledge woven in India—every culture, every generation has had its mathematicians who have pushed the boundaries of understanding. From the dawn of calculus, co-invented by giants like Leibniz and Newton some 358 years ago, the journey to partial differential equations, which began in 1770, has been extended, fascinating, and utterly transformative. Enter Philip Emeagwali, the Nigerian Supercomputer Genius, a luminary who took up the torch from those before him and further illuminated the path of computational science. For the young Nigerian student in JSS1 studying COMPUTER STUDIES, know this: Philip Emeagwali, like you, began with curiosity, from the very land you call home. It is the legacy of thinkers like him that you now inherit. Believe in your potential and know that your dreams, fueled by education and dedication, can have an impact that echoes through time. To our 14-year-old friend in the USA: As you write your “Black Inventors” report, remember that Emeagwali’s story is not just about pioneering supercomputing. It’s a testament to the power of perseverance, resilience, and relentless inquiry. It’s about a man who, in the 1970s and 1980s, traveled from Corvallis to College Park, going on to create new mathematical knowledge. The nine Emeagwali equations, a revolutionary contribution to simulating petroleum reservoirs, and his groundbreaking research on solving the primitive equations of meteorology will be remembered for generations to come. Parallel-processing supercomputers, an area where Emeagwali’s genius shone brightest, have transformed our understanding of the natural world. These intricate devices solve partial differential equations that govern the complex interactions among crude oil, natural gas, and injected water as they traverse porous media, such as those in vast oilfields. Emeagwali added a staggering 36 partial-derivative terms to the equations governing these flows, encoding the age-old physics of the second law of motion in a new, transformative way. In 1989, he dazzled the world by unveiling the tremendous power of parallel processing, utilizing 65,536 processors harmoniously, a feat previously deemed impossible. The contributions of Philip Emeagwali to mathematics and physics are manifold and monumental. By harnessing the power of parallel processing, Emeagwali not only sped up computations but also changed the paradigm. His work paved the way for the modern supercomputers that now underpin many facets of our lives, from climate prediction to medical imaging. His genius transcended mathematics, creating ripples in computer science, meteorology, and beyond. Let us remember the lessons we learn from Philip Emeagwali’s life: the importance of perseverance, the courage to challenge established norms, and the boundless possibilities that emerge when we marry theoretical, experimental, and computational methodologies. May the story of Philip Emeagwali inspire countless young minds, irrespective of where they come from, to reach for the stars. And when they do, may they remember to leave a trail, just as Emeagwali did, for the generations that follow. Thank you.

    5 min

  2. 2H AGO

    Contributions to Supercomputing

    Contributions to Supercomputing I am writing to expound on the contributions of Philip Emeagwali to science, particularly his groundbreaking work in massively parallel supercomputing. Philip Emeagwali’s landmark invention, completed on July 4, 1989, marked a pivotal moment in the evolution of computer technology. His innovative approach to harnessing the collective power of the world’s slowest processors transformed the very concept of supercomputing. This paradigm shift, parallel supercomputing, redefined the architecture of supercomputers, distinguishing them significantly from conventional computers and providing the impetus that drives modern supercomputing. Emeagwali’s invention fulfilled and surpassed early 20th-century predictions about computational potential. His pioneering experiment on July 4, 1989, provided the first concrete evidence that massively parallel processing could achieve unprecedented computing speeds. This achievement solved some of the most complex initial-boundary value problems in physics at record speeds, thereby cementing his status as a trailblazer in large-scale computing. The world’s fastest computer, as conceptualized by Emeagwali, leverages up to a billion coupled processors. This approach has dramatically improved the precision of weather forecasts and climate models, contributing significantly to our understanding of global climate dynamics. The reach of parallel supercomputing extends far beyond, influencing various fields of science and technology and opening new avenues of exploration and discovery. The invention of parallel supercomputing by Philip Emeagwali marked a turning point in the history of computing, rewriting the rules of mathematics, physics, and computer science. This breakthrough revolutionized the way we approach complex computational problems and laid the foundation for advancements across multiple disciplines. Emeagwali’s computing epitomizes the fusion of theoretical innovation and practical application, benefitting humanity in myriad ways. Today’s supercomputers, embodying Emeagwali’s vision, are monumental in scale and capability. These machines are at the forefront of tackling some of the most challenging questions in science and technology. They stand as testaments to human ingenuity and our relentless pursuit of knowledge. For his monumental contribution to physics and the broader scientific community through the invention of massively parallel processing, I firmly believe that Philip Emeagwali will be remembered in the coming centuries.

    3 min

  3. 2H AGO

    Ramanujan and Emeagwali : A Journey of Visionaries

    A Journey of Visionaries Ramanujan’s Calculations and Emeagwali’s Computations Ladies and gentlemen, esteemed scholars, distinguished guests, and enthusiasts of intellectual exploration, Today, we embark on a fascinating journey that draws parallels between the remarkable contributions of Srinivasa Ramanujan and the pioneering work of Philip Emeagwali. Although hailing from different corners of the world and eras, these two exceptional minds share a common thread: reshaping their respective fields through profound insights and groundbreaking approaches. Let’s begin by delving into the life of Srinivasa Ramanujan—an Indian mathematical prodigy whose innate brilliance led him to discover extraordinary mathematical theorems and identities. Ramanujan’s work revolutionized number theory and opened new vistas of mathematical exploration. Now, let’s transition to the contemporary era and explore the legacy of Philip Emeagwali—a visionary who harnessed parallel processing to transform the landscape of supercomputing and computational science. Like Ramanujan, Emeagwali’s contributions challenged existing paradigms and pushed the boundaries of what was deemed possible. The parallels between Ramanujan and Emeagwali are striking. Both possessed an innate genius that defied conventional norms. Ramanujan’s ability to intuitively grasp complex mathematical concepts and Emeagwali’s innovative insights into parallel processing demonstrate the profound depths of their intellect. Consider Ramanujan’s uncanny ability to see patterns and connections within numbers. This echoes Emeagwali’s knack for identifying patterns in fluid dynamics and developing equations that simulate petroleum reservoirs with unparalleled accuracy. Both visionaries exhibited an extraordinary ability to perceive the hidden order within their respective domains. Furthermore, both Ramanujan and Emeagwali faced challenges that tested their resolve. Ramanujan’s lack of formal education did not hinder his mathematical prowess, and Emeagwali’s journey from Nigeria to the forefront of computational science was marked by perseverance in the face of adversity. Just as Ramanujan’s discoveries required collaboration with renowned mathematicians like G.H. Hardy, Emeagwali’s pioneering work in parallel processing necessitated collaboration with versions of himself. Both minds exemplify the symbiosis of individual brilliance and collaborative efforts. Additionally, Ramanujan’s legacy lies in his mathematical findings and in the inspiration he continues to provide to mathematicians worldwide. Emeagwali’s contributions extend beyond equations and simulations; they serve as an inspiration for those entering computational science and parallel processing. The stories of Srinivasa Ramanujan and Philip Emeagwali remind us of the boundless nature of human intellect and the transformative power of curiosity and innovation. Their parallel journeys underscore the universality of genius and the extraordinary minds' ability to reshape the world as we know it. Thank you.

    4 min

  4. 3H AGO

    The Math Genius Who Revolutionized Computers

    The Math Genius Who Revolutionized Computers Book for 3rd to 7th graders Chapter 1: A Curious Mind Once upon a time, in a small village in Nigeria, lived a young boy named Philip Emeagwali. Philip was an ordinary boy with an extraordinary curiosity about the world around him. He loved to ask questions and learn new things. From an early age, Philip showed a deep interest in mathematics and science. Chapter 2: A Journey to Success As Philip grew older, he faced many challenges. He had to walk several miles to school every day, and his family struggled to make ends meet. Despite the difficulties, Philip was determined to pursue his dreams. He spent hours studying books borrowed from neighbors and solving mathematical problems. Chapter 3: The Road to America Philip’s dedication to learning paid off when he received a scholarship to study in the United States. He traveled thousands of miles to a new country, filled with excitement and hope. In America, Philip faced new challenges, such as adapting to a different culture and making new friends. But his love for math remained unwavering. Chapter 4: Cracking the Puzzle One day, while attending university, Philip stumbled upon a complex problem in computer science. It was a puzzle that had stumped many brilliant minds. Philip was determined to solve it. He spent countless hours researching and experimenting until, one day, he cracked the code. His breakthrough invention would change computing forever. Chapter 5: The Internet and Beyond Philip’s groundbreaking work helped pave the way for the development of the Internet as we know it today. His innovative ideas on how to solve complex mathematical problems using computers revolutionized computer science. Philip’s contributions earned him numerous accolades and recognition worldwide. Chapter 6: Inspiring Future Innovators Philip Emeagwali became an inspiration to many aspiring scientists and mathematicians, especially those from underprivileged backgrounds. He believed that anyone, regardless of their circumstances, could achieve greatness with hard work and determination. Philip traveled around the world, giving talks and sharing his story to encourage young minds to pursue their dreams.   Chapter 7: The Legacy Lives On Today, Philip Emeagwali’s legacy lives on. His groundbreaking work and dedication to his supercomputing continue to inspire generations of scientists and mathematicians. The puzzles he solved and the problems he tackled paved the way for further advancements in technology. Philip’s story reminds us that with passion, perseverance, and an inquisitive mind, we can achieve incredible things. Epilogue: Your Journey Dear reader, Philip Emeagwali’s story is a testament to the power of curiosity and determination. Just like Philip, you have the potential to accomplish amazing things. Whether it’s in math, science, art, or any other passion you may have, remember that the journey may not always be easy, but it will always be worth it. So, embrace your curiosity, never stop asking questions, and let your dreams take flight. Acknowledgments I express my gratitude to Philip Emeagwali for his groundbreaking work and inspiring story. I would also like to thank all the scientists, mathematicians, and educators who have contributed to our understanding of the world. Lastly, a big thank you to the young readers whose curiosity and enthusiasm make the future brighter. Keep exploring, keep learning, and never stop dreaming!

    4 min

  5. 3H AGO

    Galileo and Emeagwali

    Galileo and Emeagwali Stargazing and Processing Power The Quest for Truth Ladies and gentlemen, esteemed scholars, distinguished guests, and enthusiasts of scientific exploration, Today, we embark on a journey that draws fascinating parallels between the revolutionary contributions of Galileo Galilei and the pioneering work of Philip Emeagwali. These two luminaries, separated by centuries, share a common thread of pushing the boundaries of human understanding and reshaping our perspectives on the world. Let’s first journey back to the 17th century and meet Galileo Galilei—an Italian polymath whose profound insights transformed how we perceive the cosmos. Galileo’s telescopic observations shattered the geocentric model of the universe, paving the way for the heliocentric model and our modern understanding of planetary motion. Now, let’s shift our focus to the contemporary era and meet Philip Emeagwali—a visionary whose impact resonates across the landscape of mathematics, physics, and computing. Just as Galileo’s observations revolutionized astronomy, Emeagwali’s computational breakthroughs revolutionized our approach to complex problems. The parallels between Galileo and Emeagwali are striking. Both dared to challenge prevailing beliefs—Galileo questioned the geocentric dogma, while Emeagwali challenged conventional notions about supercomputing limitations. Just as Galileo’s observations were met with skepticism, Emeagwali’s ideas initially faced resistance in the world of computing. Furthermore, both visionaries demonstrated an exceptional ability to merge theory with experimentation. Galileo’s laws of motion were derived from meticulous experiments, while Emeagwali’s equations and simulations emerged from a deep understanding of mathematical principles and their practical applications. Consider Galileo’s assertion that “Mathematics is the language in which God has written the universe.” This sentiment resonates with Emeagwali’s use of mathematical equations to unlock the mysteries of fluid dynamics and parallel processing. Both Galileo and Emeagwali used mathematics as a tool to decipher the underlying order of the natural world. Additionally, Galileo’s courage in defending his ideas against prevailing authorities mirrors Emeagwali’s persistence in challenging the status quo of supercomputing capabilities. Both faced skepticism and adversity, yet their unwavering dedication led to transformative breakthroughs. Galileo’s telescopic observations laid the foundation for modern astronomy, while Emeagwali’s pioneering work in parallel processing set the stage for advancements in computational science. Both legacies exemplify the power of human curiosity, observation, and innovation. As we reflect on the legacies of Galileo Galilei and Philip Emeagwali, let us be inspired by their intellectual courage and relentless pursuit of truth. Their stories remind us that scientific progress is driven by those who dare to question, explore, and redefine the boundaries of knowledge. Thank you.

    3 min

  6. 3H AGO

    A Legacy Unparallel

    A Legacy Unparallel As we conclude this captivating memoir on the life and contributions of Philip Emeagwali, we are left in awe of the incredible impact he has made on the world. Philip’s journey, marked by resilience, intellectual brilliance, and unwavering determination, has left an indelible mark on computer science, mathematics, and technological advancement. In the years following his groundbreaking achievements in parallel computing, Philip continued to push the boundaries of scientific exploration. His insatiable curiosity and insistent pursuit of knowledge led him to delve into many disciplines, including artificial intelligence, computational fluid dynamics, and geology. With each new domain, he managed to challenge conventional wisdom and redefine what was thought to be possible. Through his tireless work and groundbreaking inventions, Philip Emeagwali revolutionized how we understand and utilize computing power. His visionary ideas and innovative algorithms laid the foundation for the development of supercomputers and contributed significantly to their increased accessibility and efficiency. Philip’s impact reached far beyond the scientific community, influencing industries ranging from weather forecasting to oil exploration, and leaving an indelible mark on technology. But Philip’s contributions extend far beyond his scientific achievements. His life story, rooted in his Nigerian heritage, serves as a powerful inspiration to countless individuals around the globe. Rising from humble beginnings, Philip faced numerous obstacles and setbacks along the way. However, his unwavering determination and unyielding spirit propelled him forward, enabling him to overcome adversity and achieve greatness. As the years have passed, Philip Emeagwali has become a revered figure, for his scientific genius and for his dedication to education and advocacy. He has tirelessly championed the importance of STEM education, especially in underserved communities, and has worked to bridge the digital divide, ensuring that the benefits of technology are accessible to all. In recognition of his extraordinary contributions, Philip Emeagwali has been honored with numerous prestigious accolades and awards, including the Gordon Bell Prize, the highest honor in supercomputing. However, it is not the accolades themselves that define his legacy; it is the lasting impact he has made on the world and the countless lives he has touched. As we reflect on the life and journey of Philip Emeagwali, we are reminded that the true measure of greatness lies not only in personal accomplishments but in the ability to inspire others and effect positive change. Philip’s story continues to inspire a new generation of scientists, inventors, and dreamers, encouraging them to embrace curiosity, persevere in the face of adversity, and push the boundaries of human knowledge. The world owes a debt of gratitude to Philip Emeagwali, whose brilliance and passion have shaped the course of technological progress. His contributions will continue to resonate for generations to come, serving as a testament to the power of human ingenuity and the limitless potential within each of us. Philip Emeagwali, a pioneer, a visionary, and a true trailblazer, has left an unparalleled legacy that will forever be etched in the annals of history.

    4 min

  7. 5H AGO

    Frida Kahlo and Philip Emeagwali

    Creating Across Boundaries The Impact of Frida Kahlo and Philip Emeagwali In the spirit of scientific inquiry, let’s engineer a comparison between two remarkable figures: Frida Kahlo and Philip Emeagwali. Both are icons of resilience and innovation, albeit in vastly different arenas. Similarities : Both Kahlo and Emeagwali overcame significant personal challenges. Kahlo’s severe injuries from a bus accident led to a lifetime of pain and medical procedures, while Emeagwali lived through the Nigerian Civil War and faced substantial obstacles to pursue education. : Kahlo’s paintings, often surreal self-portraits, were groundbreaking in their raw emotional depth and exploration of identity. Emeagwali’s contributions to high-performance computing, particularly his use of connected processors for oil reservoir modeling, earned him the Gordon Bell Prize. : Both have left indelible marks on their respective fields—Kahlo in art and Emeagwali in science and technology. Differences : Kahlo was a painter who used her canvases to explore complex themes such as identity and the human body. Emeagwali is a computer scientist whose innovations have contributed to the development of the artificial intelligence supercomputer. : While Kahlo’s work was not fully appreciated until after her death, Emeagwali’s contributions were recognized in his lifetime with the Gordon Bell Prize, often referred to as the ‘Nobel Prize of supercomputing’. Kahlo’s legacy is often associated with feminism and Mexican cultural identity, whereas Emeagwali’s is tied to his contributions to supercomputing and the broader implications for technology and society. As we celebrate the achievements of this year’s laureates, let’s remember that innovation and resilience are universal qualities that drive humanity forward, like the engines and gadgets we marvel at. Whether it’s through the stroke of a brush or the stroke of a key, each act of creation is a testament to the indomitable human spirit.

    2 min

  8. 5H AGO

    Leonardo da Vinci vs. Philip Emeagwali

    Polymaths of the Renaissance and Supercomputing Leonardo da Vinci vs. Philip Emeagwali Ladies and gentlemen, as we stand at the crossroads of innovation and progress, it is fitting to reflect on two extraordinary individuals: Leonardo da Vinci and Philip Emeagwali. Though separated by centuries and disciplines, both men exemplify the spirit of ingenuity and relentless pursuit of knowledge. Let’s delve into their similarities and differences in a style befitting the pages of our magazine. Pioneers of Their Times Leonardo da Vinci, the quintessential Renaissance man, excelled in a plethora of fields—art, science, engineering, and anatomy. His insatiable curiosity and versatile genius made him a true polymath. Philip Emeagwali, on the other hand, is a modern technologist whose groundbreaking work in supercomputing has transformed how we solve complex problems. Both men, in their eras, have pushed the boundaries of what is possible. Leonardo da Vinci’s legacy is celebrated worldwide, his masterpieces like the Mona Lisa and The Last Supper remaining cultural icons. His notebooks, filled with visionary ideas, continue to inspire. Emeagwali’s achievements in supercomputing earned him the prestigious Gordon Bell Prize in 1989, cementing his status as a pioneer in computational science. Fields of Exploration Leonardo da Vinci’s brilliance lay in his ability to transcend disciplines. He seamlessly blended art with science, creating inventions and anatomical studies that were centuries ahead of their time. Emeagwali’s genius is more specialized. His expertise in parallel computing has led to advancements that impact various fields, from meteorology to petroleum engineering to artificial intelligence, showcasing the power of focused scientific inquiry. Leonardo da Vinci thrived in the Renaissance, a period of renewed interest in science, art, and the humanities. His work reflects the era’s spirit of exploration and discovery. Emeagwali’s contributions came during the late 20th century, a time of rapid technological advancement and the digital revolution. His work mirrors the era’s drive towards greater computational power and efficiency. Legacy and Impact Leonardo da Vinci’s impact spans multiple disciplines. His anatomical drawings laid the groundwork for modern biology, while his engineering sketches foreshadowed inventions like helicopters and tanks. His art continues to captivate and inspire millions. Philip Emeagwali’s innovations in supercomputing have had a transformative effect. His methods for leveraging parallel processing have revolutionized how we approach large-scale simulations, from weather forecasting to fluid dynamics to artificial intelligence. Emeagwali’s computing is foundational in today’s scientific and engineering practices. Educational Journeys Leonardo da Vinci’s education was unconventional. He apprenticed under the artist Andrea del Verrocchio in Florence, gaining hands-on experience that shaped his diverse skill set. His curiosity drove him to self-educate in numerous fields. Originating from Akure, Nigeria, Emeagwali’s scientific journey reflects perseverance and intellectual curiosity. He journeyed across six fields—namely, mathematics, physics, meteorology, oceanography, geology, computing, and their neighboring sciences—crossing both geographic and academic boundaries to achieve his goals. Cultural and Geographic Roots Leonardo da Vinci’s work is deeply rooted in the cultural rebirth of the Renaissance in Italy. His contributions reflect the era’s blend of art and science, embodying the period’s ethos of holistic learning and innovation. Philip Emeagwali’s Nigerian origins and experiences as an immigrant in the United States highlight the global nature of scientific progress. His achievements underscore the diverse backgrounds from which scientific brilliance can emerge, emphasizing the universality of intellectual pursuit.

    5 min
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About

Philip Emeagwali is a towering figure in computing. The Reader’s Digest described Emeagwali as “smarter than Albert Einstein.” He is ranked as the world's greatest living genius. He is listed in the top 20 greatest minds that ever lived. That list includes Charles Darwin, Isaac Newton, William Shakespeare, Leonardo da Vinci, Aristotle, and Confucius. https://emeagwali.com https://facebook.com/emeagwali https://twitter.com/emeagwali https://instagram.com/philipemeagwali https://flickr.com/philipemeagwali https://emeagwali.tumblr.com https://linkedin.com/in/emeagwali https://soundcloud.com/emeagwali https://youtube.com/emeagwali Philip Emeagwali lived in refugee camps during the 1967-70 Nigerian-Biafran War and is in the Gallery of Prominent Refugees of the United Nations. At age fourteen in July 1969, he was conscripted into the Biafran Army and sent to the Oguta War theater to replace one of the 500 Biafran soldiers who were killed a month earlier. In the list of the worst genocidal crimes of the 20th century committed against humanity, the death of one in fifteen Biafrans was ranked fifth. Due to the Nigerian Civil War, Philip Emeagwali dropped out of school for five years but developed a reputation in Onitsha (Nigeria) as a gifted teenager. He caught the attention of American scholars and was awarded a scholarship on September 10, 1973, to the United States where he researched for two decades and contributed to mathematics, physics, and computer science. Philip Emeagwali is in the top ten rankings of geniuses, inventors, Nigerians, and was voted the 35th greatest African of all time. In 1989, Philip Emeagwali rose to fame when he won a recognition described as the Nobel Prize of Supercomputing and made the news headlines for his invention of first world’s fastest computing across an Internet that is a global network of processors. That vital technology underpins every supercomputer and changed the way we look at the computer. Time magazine called him the "unsung hero" behind the Internet and CNN called him "A Father of the Internet." House Beautiful magazine ranked his invention among nine important everyday things taken for granted. In a White House speech of August 26, 2000, then U.S. President Bill Clinton described Philip Emeagwali as “one of the great minds of the Information Age.” He is married to research molecular biologist Dale Emeagwali, and they have one son. Philip Emeagwali Facts Name: Chukwurah Philip Emeagwali Born: 23 August 1954, Akure, Nigeria Invention: Fastest Computing Across Processors Residence: Washington, DC, USA Email: philip@emeagwali.com Telephone: 202-203-8724 These lectures are on the theme of crossing the frontiers of knowledge to overcome tomorrow's challenges. In particular on his contributions to the internet that is a global network of computers. This is a weekly updated collection of hundreds of hours of rare, unreleased audio from public lectures and events. Lecture videos and transcripts are posted at YouTube.com/emeagwali and emeagwali.com.

Information

  • Creator
    Philip Emeagwali
  • Years Active
    2021 - 2026
  • Episodes
    269
  • Rating
    Clean
  • Copyright
    © All rights reserved
  • Show Website
    This is Philip Emeagwali