All Classes and Courses

Tour of PDE Modeling in Wolfram Language

Video Lesson | FREE

A guided tour of Wolfram finite element method (FEM) capabilities for geometric modeling and mesh generation as well as the latest PDE models for specific fields of physics. See examples for solving PDEs using NDSolve and related functions and visualizing and post-processing of results.

Daily Study Group: Quantum Optics and Second Quantization

Study Group | FREE

Certification Levels: Completion

This Daily Study Group explores photonic second quantization, utilizing the Wolfram Quantum Framework and its functionalities for describing states and operators used in quantum optics. The lessons cover topics like quantization of the electromagnetic field, nonclassical states of light, atom-field interactions, decoherence and master equations. The majority of the content is of an educational nature, but research-oriented examples are also included.

Daily Study Group: Quantum Optimization

Study Group | FREE

Certification Levels: Completion

This Study Group introduces the fundamentals as well as state-of-the-art variational algorithms, quantum optimization and their applications. Learn how hybrid quantum-classical methods apply to optimization, numerical methods and quantum chemistry. Join the sessions to explore the theory behind key algorithms and tackle standard and real-world problems. A completion certificate is available.

Introduction to Quantum Computing in Wolfram Language

Archived Event | FREE

This archived webinar shows a beginner's guide to quantum computing and the Wolfram Quantum Computation Framework. Learn about the basic principles of quantum mechanics and how it extends to the world of traditional computation.

Introduction to the Wolfram Quantum Computation Framework
(Study Group Sessions)

Archived Event | FREE

Follow these Daily Study Group sessions for an introduction to the Wolfram Quantum Computation Framework and how to use it in quantum computing. The foundation of the framework is a high-level symbolic expression representation of gates, unitaries, measurements, CPTP channels and so on. The framework is intuitive and flexible enough to model higher-order processes, such as quantum switches, using the several named states and operators built into the framework. Topics include basic concepts of quantum computation, including quantum states, transformations, algorithms, operators, gates, circuits and how to use Wolfram Language to run them on quantum hardware. You will learn how to simulate a quantum computer that operates based on the laws of quantum mechanics with Wolfram Language.

Quantum Algorithms for Real-World Applications

Archived Event | FREE

Wolfram and Classiq have partnered to integrate Classiq's cutting-edge engine into Wolfram Language, offering a unified solution for the development of quantum and classical algorithms. Join this session to see application examples and for an overview of the quantum algorithms used.