Introdução à Relatividade Especial - Aula 02
Explore os fundamentos da relatividade especial, incluindo conceitos avançados e suas implicações na física moderna.
Introdução à Relatividade Especial - Aula 01
Explore os fundamentos da relatividade especial, incluindo conceitos-chave e suas implicações revolucionárias na física moderna.
Introdução à Relatividade Especial - Aula 2
Explore os fundamentos da relatividade especial, incluindo conceitos-chave e suas implicações na física moderna, com a Profa. Nadja Magalhães da Unifesp.
Relatividade - Aula 2
Explore os fundamentos da relatividade com o Professor Pedro Vieira, aprofundando-se nos conceitos avançados e suas aplicações na física moderna.
Relatividade - Aula 1
Explore os fundamentos da relatividade com o renomado professor Pedro Vieira nesta aula introdutória para estudantes do ensino médio.
Relatividade - Aula 4
Explore os conceitos avançados da relatividade com o renomado professor Pedro Vieira nesta aula aprofundada para estudantes do ensino médio.
Relatividade - Aula 3
Explore os fundamentos da relatividade com o renomado professor Pedro Vieira nesta aula avançada para estudantes do ensino médio.
Relativistic Quantum Measurement
Explore relativistic quantum measurements in Bell-type tests, examining time resolution and collapse. Learn modern approaches for click-wise detection without extra particles.
Lorentz Force and Apparent Paradoxes of Relativity Theory - Lecture 15
Explore Lorentz force and unravel apparent paradoxes in Relativity Theory through an advanced lecture on theoretical physics and electrodynamics.
Electromagnetic Field as a Differential 2-Form and Its Lorentz Transformation - Lecture 10
Explore electromagnetic fields as differential 2-forms and their Lorentz transformations in this advanced theoretical physics lecture on electrodynamics and relativity.
Propagation of Sound and Lorentz Transformations: 3D Wave Equation Symmetries - Lecture 4
Explore 3D wave equations, sound propagation, and Lorentz transformations in electrodynamics and relativity theory. Gain insights into symmetries and general solutions.
Jones 4-Spinor Formalism and Partially Polarized Light
Explore Jones 4-spinor formalism for partially polarized light, connecting Lorentz group theory with Stokes-Mueller and spinor approaches in light polarization analysis.
Isometry Groups of the Projective Line III - Rational Geometry Math Foundations
Exploring relativistic geometry in one dimension, extending projective geometry to incorporate Einstein's special theory of relativity and its impact on physics and mathematics.
Building the Universe with Mathematics
Explore how mathematics can design our universe, from numbers to multidimensional concepts. Discover the progression of ideas that shape existence, including geometry, algebra, infinity, and relativity.
The Circle and Projective Homogeneous Coordinates in Universal Hyperbolic Geometry - Lecture 7b
Explores projective geometry as the foundation of universal hyperbolic geometry, focusing on the circle in projective homogeneous coordinates and its significance in mathematics and physics.
Relativistic Velocity and Core Circles in Rational Geometry - Lecture 4
Exploring relativistic velocity and core circles in rational geometry, extending Paul Miller's protractor concept to projective quadrance and comparing Euclidean and relativistic geometries.
Global Well-Posedness and Scattering for the Conformal Nonlinear Wave Equation
Explore global well-posedness and scattering in conformal nonlinear wave equations with Benjamin Dodson's in-depth mathematical analysis.
Existence and Stability of Corotational Wave Maps into Perturbed Spheres
Explore corotational wave maps from Minkowski space to perturbed spheres, examining existence and stability of self-similar solutions in energy-supercritical scenarios.
A Dually Flat Geometry for Spacetime in 5D
Explore a novel geometric approach to spacetime in five dimensions, examining dually flat structures and their implications for physics and cosmology.
Generalized Galilean Geometries
Explore Generalized Galilean Geometries, expanding mathematical understanding beyond traditional frameworks. Gain insights into advanced geometric concepts and their applications.
Number Theory Through Geometry, Dynamics and Illustration - Lecture 1
Explore number theory through geometry and dynamics, focusing on continued fractions, Diophantine approximation, and Apollonian circle packings. Emphasizes visual and experimental tools in mathematical research.