Computation at Every Level, in
Every Field, for Everyone
The AI age demands fully integrated computation deployed across your university. For every subject "x," there's a computational "x," spanning beyond traditional math and coding.
For 35 years, Wolfram has continued to build the ultimate computational infrastructure, now including large language models (LLMs), to deliver this integration—enabling cutting-edge education and innovative research.
Computation has infused itself into every area—from applied biology to urban planning. Now more than ever, it's important to invest in technology and services that empower teaching, research and learning in this new age. Wolfram offers the only ubiquitous platform for computation cross-campus and cross-discipline—with full support for both onsite and remote users.
By uniquely integrating chat and LLM technology with comprehensive computation and real-world computable data across all subjects, Wolfram helps to deliver richer, more engaging content and assess students' understanding more deeply. And with options for you to generate content at scale or utilize content from Wolfram's catalog of courses, Wolfram offers support for the most modern courses, when you need it and precisely how you need it. Learn more
Wolfram has empowered leaders in science and technology at the world's top-ranked research universities, R&D organizations and government labs, and has helped to shape their discoveries. Today, Wolfram is linked to many major research breakthroughs and emerging fields—from the development of new transdermal drug-delivery systems to the creation of computational arts and humanities programs.
Wolfram is world-renowned for data science. So whether you're looking into social media analytics, endowment returns, course effectiveness or student success, Wolfram can help you get better insights from your data. Create dynamic dashboards, reports, visualizations and self-service apps that provide a real-time view of how your university is performing and provide you with all the information you need to make smarter data-driven decisions.
Stop using systems that don't prevent cheating and grade improperly! With Wolfram, you can not only create an almost infinite number of unique and solvable questions from a single template, but even allow students to enter free-form responses—with reliable and trustworthy grading for all types of assessments. As well as its domain-specific synonym knowledge, Wolfram understands relationships and related computations across all STEM and computational X subjects, including art, history, social sciences and medicine. Learn more
Professors at top universities around the world use Wolfram to engage their students in active learning and increase understanding of concepts. In fact, Wolfram-based courses often see higher student performance than their non-Wolfram counterparts. With Wolfram, students have access to breakthrough AI technology, real-world computable data, thousands of algorithms and step-by-step calculators to solve problems, create visualizations and build models to investigate phenomena and illuminate concepts.
Wolfram AI technology, including LLMs, now provide the capability to generate on-demand explanations and conversational tutoring sessions. Wolfram can tailor conversations with information about the student, their knowledge, their attainment and other computed context so as to create more relevant interactions. And with the accuracy and reproducibility of Wolfram computation, you can create chat apps or narratives that can be trusted. Learn more
Using Wolfram technology for lesson prep, exams and homework is easy thanks to built-in natural language understanding and generative AI technology. Enter intuitive, conversational inputs and get immediate results, without learning any syntax. And with thousands of examples in the Documentation Center and interactive visualizations in the Wolfram Demonstrations Project, you and your students can start exploring immediately.
Why follow a script when you can lead the way with Wolfram? The predominant tool for leading-edge discoveries, Wolfram is used by serious researchers to quickly simulate complex systems, analyze and visualize data to make hypotheses, and create dynamic models to identify new and unexpected relationships. Used by one of every eight Nobel prize winners, Wolfram is linked to many major research breakthroughs—including award-winning research on deep learning for gravitational wave detection and pioneering work in supercomputing.
Wolfram Language's multiparadigm approach supports a variety of programming styles, so you can quickly extract insights, meaning and decisions from data and create dynamic models to explore phenomena in real time—often with a single line of code. Wolfram also supports natural language and generative AI technology, so researchers can use intuitive inputs to get conversational answers or even Wolfram Language code—with no syntax required.
With the largest collection of built-in computable knowledge and algorithms ever assembled, Wolfram is unique from other systems in that is doesn't require purchasing additional toolboxes or searching through libraries. All algorithms are on hand and ready to use, improving your workflow and getting you answers more quickly.
Wolfram Language contains thousands of original meta-algorithms and superfunctions like Classify and Predict, which help automate many tedious calculations and minimize the size and complexity of your code, so you can concentrate on defining what you want to do, and the language will automatically figure out the optimal way to do it. Experts can retain fine-grained control to fully customize their code.
Widely adopted as the new paradigm for modern research and collaboration, Wolfram's computational notebooks offer the perfect medium for modern technical communication and innovation—mixing text, graphics and live computations to express ideas in a convenient and accurate way. Notebooks can be printed or published as electronic documents and webpages that are fully interactive and editable—driven by real-time computation instead of pre-computed results—or published to one of Wolfram's repositories.
Wolfram is the swiss-army knife of computational technology, enabling students to explore just about any topic—math, science, technology, art, finance and more. Using either Wolfram's breakthrough AI technology or Wolfram Language, students have access to thousands of algorithms and tools to solve problems, create visualizations and build models to investigate phenomena and illuminate concepts.
Customize the learning experience and help students stay ahead of the curve. With Wolfram's breakthrough knowledgebase, generative AI technology and chat-enabled notebooks, students can practice for exams, get help with homework and even get hints on Wolfram Language code generation.
With the Natural Language Understanding (NLU) system and groundbreaking generative AI technology available through chat-enabled notebooks, using Wolfram technology is as easy as typing what you want it to do—no programming experience needed. And with access to hundreds of training videos and courses that explore a range of computational fields, students can get up and running quickly and hone their skills—all outside of class time—and get certified by a world-recognized leader in technical innovation.
Wolfram is used by Fortune 500 companies, research labs, universities and innovators around the world—including astronaut Mike Foale and Nobel prize winners Wolfgang Ketterle and Frank Wilczek. So it's no wonder top universities make Wolfram available to students to prepare them for careers and the future of computation. New graduates are also encouraged to join the Wolfram Early Professionals Program to continue receiving support as they transition from student to professional use.
Consolidate individual departmental technology purchases with the Wolfram Technology System, a complete solution that saves money and maximizes access. Rather than purchasing specialized software for each department or type of course, Wolfram technologies can be used in a variety of departments on campus, allowing you to replace niche software packages and save money.
Providing Wolfram tech to faculty, staff and students is easy—with no need to manually fulfill requests or manage users. When paired with your institution's authentication system, Wolfram's single sign-on (SSO) support allows users to log in with their institutional credentials and instantly gain access to online Wolfram tech only for as long as they're employed by or studying at your organization.
Wolfram makes it easy to access our technology anytime, anywhere, from on or off campus. We offer a variety of local-installation, cluster and cloud-based deployment options that support your diverse IT infrastructure, allowing you to easily support any combination of in-person, hybrid and fully remote courses and campuses.
With Wolfram, you don't have to worry about server load. Faculty, staff and students can download Wolfram technology installers directly from Wolfram and will be allocated cloud file storage space on Wolfram's servers for documents, web examples and APIs. We also provide a browser-based version of our technology for use on mobile devices, Chromebooks or machines without a local installation.
The best suite of computational technology for educators, students and researchers, for use on and off campus. Learn more
Wolfram's original flagship technical computation product, continuously expanded for three decades, and now available both on desktop and in the cloud.
The simplicity of Wolfram|Alpha with the dynamic computational capabilities of Mathematica.
Access to the full capabilities of Wolfram|Alpha, Wolfram's flagship computational knowledge engine, providing expert-level computation and knowledge to everyone.
The first fully cloud-desktop hybrid, integrated computation platform—the ideal entry point to using the full capabilities of the Wolfram technology stack.
Bring Wolfram-powered integrated design optimization to modeling of simulation of large-scale engineering and other systems.
Explore Wolfram AI tools: Quezzio Notebook Assistant + LLM Kit Wolfram GPT Wolfram.AI
Wolfram technologies are used across universities for both teaching and research.
With their broad array of built-in analytical tools and curated data—and immediate scaling from small to large data—Wolfram products are ideally suited to research and education in data science.
Functions for knowledge representation and access
For three decades, Wolfram tools have defined the state of the art for research and education in the mathematical sciences—with many progressive improvements and now direct integration with real-world data.
Functions for higher mathematical computation
Identifying peaks in distributions of zeros and extrema of almost-periodic functions
From the most sophisticated analytical and numerical computations to the latest data acquisition with connected devices, Wolfram tools have long been essential to research and education in the physical sciences.
Functions for physics and chemistry
Wolfram tools provide a uniquely flexible environment for statistics and data science, covering networks, natural language, images, machine learning, built-in curated data and data from connected devices.
Do state-of-the-art economic computations using calculus, statistics, simulation and more, handling large-scale data and econometrics with deep, built-in socioeconomic databases and compelling visual output.
From the frontiers of computational chemistry to quick lab or homework calculations, Wolfram tools allow the latest computational methods to be applied to chemistry—and now also connect to experimental apparatus.
Breaking Down Biofuels: Eco-friendly Solutions with Mathematica
Wolfram tools allow diverse approaches to large-scale numerical and image earth science data—integrating connectivity to field devices as well as extensive historical databases and geographic information.
Dynamics of Change: Modeling the Economic Effects of Global Warming with Mathematica
With their built-in knowledge and unique integration, Wolfram tools deliver powerful computation and analysis across all engineering disciplines and support large-scale modeling and direct device deployment.
Building a Lattice Boltzmann–Based Wind Tunnel with the Wolfram Language
Apply the latest computational techniques with 2D and 3D image analysis, machine learning, systems-level simulation, natural language understanding, device connectivity, bioinformatics and biostatistics.
Developing New Theoretical Folding Models of DNA and RNA with Mathematica
At the Heart of Future Treatment: Mathematica's Role in Blood Pressure Research
Wolfram tools support precision geodesy, include extensive built-in geographic data, allow state-of-the-art modeling and simulation, offer connectivity to sensor devices and easily handle large-scale data and image analysis.
The Wolfram Language provides a unique environment for introducing, investigating and deploying computation at the highest level—as well as supporting cutting-edge theoretical computer science.
Functions for knowledge-based programming with the Wolfram Language
Functions for calling external programs
Use Wolfram tools not only for state-of-the-art quantitative finance, simulation and business modeling, but also for analyses based on deep real-world data—and as a way to introduce emerging areas such as data science.
Functions for financial data and computation
Analyzing Risk: Improving the Speed and Reliability of Financial Models with Mathematica
Create algorithmic art, quantitatively analyze artistic forms and trends and introduce new experimental forms of art made possible by the deep computation, presentation and interaction capabilities of Wolfram tools.
Functions for graphic options and styling
Cross-Stitch Patterns with the Wolfram Language
Building a virtual piano with the Wolfram Language and the Unity game engine
Use Wolfram tools to apply the latest computational approaches, including modeling, simulation, optimization, machine learning, remote sensing, bioinformatics and connected device networks.
Wolfram tools allow state-of-the-art creation and exploration of geometric form, as well as supporting modern simulation, optimization, analysis and planning techniques—with integrated engineering computations.
Functions for computing reliability
Connecting Worlds: Bridging Architecture and Engineering with Mathematica
Wolfram tools bring the latest computational methods to the life sciences, with powerful statistical, image and network analysis, as well as bioinformatics, modeling and device connectivity—and built-in genomic and other data.
Invasion of the Stink Bugs: 20 Years of Marmorated Mayhem in One Map
Engage with the computation-enabled future of education, using Wolfram's broad tools for content creation, education analytics, modeling, device connectivity and data analysis.
Curated datasets for use in education
Wolfram tools enable the emerging computational humanities, with state-of-the-art visualization and analysis of text, images, networks and more—and extensive built-in cultural, historical and other data.
Tech for semantic text analysis
Built-in access to data on people and history
Examples using text and language processing
Computation + Literature in High School: Doctoral-Level Digital Humanities
Wolfram tools are at the cutting edge of modeling, simulation, data mining, natural language processing, network analysis, visualization and other techniques of great emerging importance in law.
Tech for working with blockchains in computational contracts
Modeling the Aftermath: Mathematica's Role in Hurricane Insurance Research
Use Wolfram tools for state-of-the-art data science and data curation—as well as exploring the frontiers of computational knowledge and knowledge representation.
Functions for knowledge representation and access
Functions for connecting to the Wolfram Data Framework
Wolfram Data Framework: Semantic framework for real-world data and entities
With Wolfram tools, use the latest data science and machine learning to analyze music and sound or apply symbolic methods to musical form—or create performable algorithmic music or sonifications.
Whether it is analyzing symbolic or mathematical logic, studying AI or simulating emerging behavior, Wolfram tools provide concrete examples that help inform philosophical investigations.
Use Wolfram tools for state-of-the-art experiments with text, images, social networks and more—with rich data analysis and advanced modeling capabilities.
Wolfram tools provide state-of-the-art data analysis, modeling and simulation—as well as modern statistics, machine learning and visualization—integrating many types of data, with extensive built-in databases.
Detecting Gerrymandering with Visualization and Analysis
Functions used in social sciences
Guide for social network analysis
Modeling the Aftermath: Mathematica's Role in Hurricane Insurance Research
With their broad coverage and tight integration, Wolfram tools are ideal for exploring interdisciplinary areas.
The Wolfram Language has deep support for the latest connected devices and sensors.
Wolfram technologies have played a pioneering role in the emergence of computer experiments as an important methodology, and they provide an ideal environment for doing computer experiments.
By making it unprecedentedly easy to create and deploy production-quality code, the Wolfram Language lets startups and would-be entrepreneurs test their ideas more easily than ever before.
When a new field is emerging, Wolfram technologies are invariably at the forefront as the tools of choice for leaders in that field.
With their direct connection to the real world and highly automated programming, Wolfram tools provide a uniquely powerful environment for introducing computational science on campus.
Social Sciences