
In the process, your Wolfram product opens a new browser window so you can provide your organization’s credentials.
How do I troubleshoot single sign-on (SSO) issues with my Wolfram product? If you obtained your Wolfram product from your own organization and the latter has an unlimited site license for it, you may be able to activate your product copy with your organization’s credentials using SSO. Upon your first login via SSO, Wolfram stores this email address as your Wolfram ID, but keeps no How do I add a Wolfram password to my single sign-on (SSO)–enabled Wolfram ID? If your organization is providing you access to Wolfram products via single sign-on (SSO) authentication, you will be using your organization’s email address and password to activate Wolfram desktop products or log in to the Wolfram Cloud.
If you obtained your Wolfram product from your own organization and the latter has an Unlimited Site license for it, you may
How do I activate a Wolfram product using single sign-on (SSO)? Read this article in: 日本語 Single sign-on (SSO) is an authentication method that allows users to authenticate on multiple systems, applications or websites by using a single set of credentials (username/email and password).Another useful resource is the free Tutorial Collection, which can be found here. That's it! Novices may explore the official Wolfram documentation and demos here, all organized by category.
Upon completion of the form, your personalized Activation Key will be presented in order to activate the full application license. Select a product and platform and click Submit. Complete the form with all required information including your name, email and department. Once you have validated your Wolfram Portal Account, login and complete the Wolfram Activation Key Request Form. Visit the Wolfram User Portal and register with a valid Loyola email address This will create an automated email which requires a response to validate the portal account. In order to obtain Mathematica 10 for Loyola Faculty and Students, follow these steps: Ideal for use in engineering, mathematics, finance, physics, chemistry, biology, and a wide range of other fields, it makes possible a new level of automation in algorithmic computation, interactive manipulation, and dynamic presentation–as well as a whole new way of interacting with the world of data. Mathematica is the world’s most powerful global computing environment.