Prof. John Demo
Tagline:Sessional lecturer in Marketing.
Auburn NSW, Australia
Biography
Hello, I am Prof. David Johnson, a passionate mathematician dedicated to pushing the boundaries of mathematical exploration. With over three decades of experience, I have had the privilege of contributing to various facets of mathematics and inspiring future generations of mathematicians.
Currently, I am honoured to hold the position of Professor of Mathematics at Stanford University, where I have been able to pursue my research and engage with a diverse community of brilliant minds. My primary areas of expertise lie in number theory, algebraic geometry, and mathematical analysis. Through my extensive research, I have strived to unravel the hidden patterns and connections within these mathematical realms, ultimately shedding light on fundamental concepts and their real-world applications.
Affiliations
Professor of Mathematics
from: 2022, until: presentOrganization:Stanford UniversityLocation:Palo Alto, California, USA
Description:As a Professor of Mathematics at Stanford University, I have the privilege of conducting groundbreaking research, mentoring students, and contributing to the vibrant academic community. I collaborate with esteemed colleagues and engage in interdisciplinary projects that push the boundaries of mathematical knowledge.
Assistant Professor
from: 2019, until: 2022Organization:University of CambridgeLocation:Cambridge, United Kingdom
Description:As an Assistant Professor at the University of Cambridge, I was involved in both teaching and research activities. The vibrant academic atmosphere, coupled with the rich history of mathematical excellence, provided an inspiring platform for advancing mathematical knowledge and fostering future mathematicians.
Visiting Research Fellow
from: 2015, until: 2019Organization:Institute for Advanced StudyLocation:Princeton, New Jersey, USA
Description:During my time as a Visiting Research Fellow at the Institute for Advanced Study, I had the opportunity to immerse myself in an intellectually stimulating environment alongside some of the brightest minds in mathematics. The institute’s interdisciplinary approach fostered collaborations that enriched my research and broadened my perspectives.
Education
Ph.D. in Mathematics
from: 2004, until: 2008Field of study:Number TheorySchool:Princeton UniversityLocation:Princeton, New Jersey, USA
M.Sc. in Mathematics
from: 2000, until: 2004Field of study:Algebraic GeometrySchool:University of CambridgeLocation:Cambridge, United Kingdom
B.Sc. (Hons) in Mathematics
from: 1996, until: 2000Field of study:Mathematical AnalysisSchool:Stanford UniversityLocation: Palo Alto, California, USA
My Research
Advancing Mathematical Frontiers: Exploring Number Theory and Algebraic Geometry
Prof. David Johnson's research encompasses a wide range of fascinating topics, with a particular focus on number theory and algebraic geometry. Through his pioneering work, he has made significant contributions to the understanding of fundamental mathematical structures and their intricate connections. His investigations into number theory have delved deep into the realm of prime numbers, exploring their distribution, properties, and the enigmatic mysteries they hold. Prof. Johnson's expertise in algebraic geometry has led to groundbreaking insights into the geometric properties of algebraic curves and surfaces, shedding light on their underlying algebraic structure. His innovative approaches and rigorous mathematical techniques have garnered attention and respect from fellow researchers and scholars worldwide.
Research Projects
Modular Forms and Applications in Cryptography
date: 2021Organization:National Security Agency (NSA)
Description:This research project, conducted in collaboration with the National Security Agency, focused on the study of modular forms and their applications in cryptography.
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By investigating the intricate properties of modular forms and their connections to number theory, we aimed to develop secure cryptographic algorithms based on the underlying mathematical foundations, contributing to the advancement of data security and encryption techniques.
Algebraic Curves and Diophantine Equations
date: 2018Organization:Institute for Advanced Study
Description:This research project delved into the intricate interplay between algebraic curves and Diophantine equations, aiming to deepen our understanding of the algebraic structures underlying these mathematical objects. By employing advanced techniques from algebraic geometry and number theory, we explored the properties of algebraic curves and their connections to Diophantine equations, leading to significant advancements in the field.
Publications
Exploring Quantum Entanglement in Biological Systems: An Interdisciplinary Analysis
Journal ArticlePublisher:Journal of Interdisciplinary Innovation and ResearchDate:2023Authors:Maya SantiagoCarter MontgomeryAisha PatelGabriel NguyenDescription:This research project, conducted in collaboration with the National Security Agency, focused on the study of modular forms and their applications in cryptography.
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By investigating the intricate properties of modular forms and their connections to number theory, we aimed to develop secure cryptographic algorithms based on the underlying mathematical foundations, contributing to the advancement of data security and encryption techniques.
Passage to Algebraic Geometry
Book ChapterPublisher:Algebraic Number TheoryDate:2021Authors:J. S. ChahalPassage to Algebraic Geometry
Book ChapterPublisher:Algebraic Number TheoryDate:2021Authors:J. S. ChahalDagger geometry as Banach algebraic geometry
Journal ArticlePublisher:Journal of Number TheoryDate:2016Authors:Federico BambozziOren Ben-BassatA Decade of System Justification Theory: Accumulated Evidence of Conscious and Unconscious Bolstering of the Status Quo
Journal ArticlePublisher:Political PsychologyDate:2004Authors:John T. JostMahzarin R. BanajiBrian A. Nosek
Teaching History
MATH 101
From: 2023, Until: present
Organization:University of demoField:Mathematics
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MATH 202
From: 2020, Until: 2023
Organization:University of demoField:Mathematics
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Ipsum fuga ipsa doloribus voluptate repellendus reprehenderit magnam. Dolorum saepe doloremque cum et libero doloremque. Illo blanditiis repellendus ducimus dolorum adipisci a possimus reiciendis.MATH 305
From: 2015, Until: 2020
Organization:University of demoField:Msc. in Biotechnology
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Work Experiences
Editorial Board Member
from: 2018, until: presentOrganization:Annals of Mathematics JournalLocation:California, USA
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Mathematical Advisor
from: 2014, until: 2021Organization:National Institute of Mathematical Sciences
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- National Institute of Mathematical Sciences
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