The Philosopher in the Valley
Michael Steinberger
2018
Profile exploring philosophy's influence on Silicon Valley thought and computation.
Foundational and contemporary works in philosophy, science, and thought
A collection of books that inform the da Vinci research program and contemporary intellectual inquiry.
Michael Steinberger
2018
Profile exploring philosophy's influence on Silicon Valley thought and computation.
Eugene Wigner
1960
Philosophical inquiry into why mathematics describes physical reality so precisely.
Bertrand Russell
1912
Accessible introduction to fundamental philosophical problems and analytical method.
Ludwig Wittgenstein
1953
Wittgenstein's two masterpieces: early logical atomism and later language games philosophy.
Søren Kierkegaard
1846
Monumental texts examining existential dialectics, subjective truth, and the limits of human reason.
Leonard Susskind
2013
Essential introduction to the minimal mathematical framework needed to understand modern physics.
Neil deGrasse Tyson
2007
Astrophysical essays on extreme phenomena and the cosmos from a master science communicator.
Jill Khalil
2015
Accessible treatment of general relativity and exotic spacetime geometries.
Isaac Newton
1687
Foundation of classical mechanics, gravity, and the mathematical method in natural philosophy.
Albert Einstein
1920
Einstein's own exposition of special and general relativity for the educated reader.
Karl Schwarzschild
1916
Landmark solution to Einstein's field equations describing black hole spacetime geometry.
Subrahmanyan Chandrasekhar
1939
Foundational text on stellar physics and the limits of stellar collapse.
Edward Witten
2010
Collected foundational works on string theory, supersymmetry, and modern theoretical physics.
Richard Feynman
1963
Legendary three-volume set reimagining physics instruction with insight and clarity.
Michael A. Nielsen and Isaac L. Chuang
2010
Standard reference text for quantum computing: qubits, algorithms, quantum error correction, quantum complexity.
A. Zee
2003
Extraordinarily intuitive guide to QFT, path integrals, Feynman diagrams, and quantum field machinery.
Charles W. Misner, Kip S. Thorne, and John Archibald Wheeler
1973
Definitive comprehensive treatise on general relativity, spacetime geometry, and gravitational physics.
Archimedes
-250
Mathematical and mechanical treatises laying foundations for calculus and physics.
Euclid
-300
Systematic treatise on geometry and number theory—the definitive text for 2000 years.
Claude Shannon
1948
Foundational paper establishing information theory and the concept of entropy.
Manfredo P. do Carmo
1976
Essential mathematical foundation for smooth manifolds, curvature, geodesics, and geometric analysis.
Stephen Witt
2021
History of artificial intelligence, neural networks, and the race toward machine learning.
Alan Turing
1950
Twin papers founding computational theory and artificial intelligence as formal disciplines.
David Foster Wallace
1996
Collection of essays exploring excellence, form, and complexity in athletic performance and life.
Stephen A. Schwarzman
2019
Memoir and philosophy of risk, decision-making, and building institutions at scale.
Steven Levy
2011
Inside story of Google's culture, algorithms, and philosophy of information.
Bill Gates
1995
Vision of technology's impact on society, commerce, and human connection in the information age.
Marc Hijink
2018
Strategic vision of extreme ultraviolet lithography and technological convergence.
This is a living collection of research materials. If you know of books that belong here, or have additions to suggest for the da Vinci research canon, please reach out.