Courses from 1000+ universities
Buried in Coursera’s 300-page prospectus: two failed merger attempts, competing bidders, a rogue shareholder, and a combined market cap that shrank from $3.8 billion to $1.7 billion.
600 Free Google Certifications
Computer Science
Management & Leadership
Software Vulnerabilities
Medicine and the Arts: Humanising Healthcare
Umano Digitale
Academic Writing Made Easy
Organize and share your learning with Class Central Lists.
View our Lists Showcase
Discover an adaptive protocol for efficiently preparing Gibbs states on quantum computers, exploring novel quantum dynamics and statistical mechanics applications.
Explore quantum advantage through random geometrically-two-local Hamiltonian dynamics in this theoretical physics presentation by Yihui Quek from EPFL.
Explore quantum complexity through attention mechanisms with Cornell's Eun Ah Kim, examining novel quantum dynamics and their applications in many-body physics.
Explore how entanglement and control interact in quantum dynamics through cutting-edge research from LSU's Justin Wilson at this theoretical physics conference.
Explore symmetry re-breaking phenomena in quantum coarsening through effective theory approaches with insights from cutting-edge theoretical physics research.
Explore Cooper pairs at the microscopic level through cutting-edge quantum hardware and experimental techniques in this advanced physics presentation.
Explore quantum dynamics through the lens of machine learning, examining what aspects can and cannot be learned computationally in quantum systems.
Explore thermal convection dynamics and mobile boundary behaviors in fluid systems through advanced theoretical physics research.
Explore cohesive granular materials across multiple length scales, examining how sticky sand behaves between solid and fluid states in Earth systems.
Explore how soft matter physics reveals memory effects in gelation and flow processes, bridging geophysics and materials science through novel theoretical insights.
Explore how 2D amorphous solids encode memory through structure and rheological properties, bridging soft matter physics with Earth material behaviors.
Explore the intersection of soft matter physics and geophysics, examining how Earth materials like soil, mud, and ice behave between solid and fluid states across different timescales.
Explore granular materials' behavior from lab experiments to planetary systems, examining how particles transition between solid and fluid states across scales.
Explore how soils behave as yield-stress materials through athermal creep mechanisms and cyclic perturbations in this advanced geophysics research presentation.
Explore how granular materials like sand transition between solid and fluid states, examining creep behavior and failure mechanisms in soft matter physics.
Get personalized course recommendations, track subjects and courses with reminders, and more.