Wolfram Technology Conference 2020: Stephen Wolfram's Keynote Address
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- Опубліковано 28 кві 2024
- Stephen Wolfram gives his opening Keynote Address for the Wolfram Technology Conference. Find out more about the conference here: www.wolfram.com/events/techno...
0:00 Stream Starts
1:23 Stephen begins speaking
3:21 Discussion of what was added in versions 12.0 and 12.1
9:12 Brief overview of 12.2
10:38 COVID-19 Discussion
15:52 Short talk about the Wolfram Physics Project
35:56 Discussion of what it means to be a 'Computational Language'
44:15 Discussion of Stephen's (and Wolfram Research's) business philosophy
1:00:40 Overview of Wolfram Language products Begins with Wolfram|One
1:09:00 Wolfram Alpha Notebook Edition
1:12:25 iOS Wolfram Player Discussion
1:13:25 Instant APIs and Python interactions
1:20:37 Free Wolfram Engine for Developers
1:24:24 Blockchain Labs, Universe models, Museum of Math, Wolfram U
1:27:35 Technical Consulting/Services/Solutions, Summer Camp/School, direct interaction with Developers, Live Streams, Very rapid-fire section
1:29:45 Beginning of demonstration of new features in 12.2
1:30:28 Video Computation Features
1:34:20 User Interface Improvements
1:37:42 Spacial Statistics
1:40:35 Topology and Geographic Computation
1:43:00 Working with Time/Calendars
1:44:40 "Core Math" Properties of Functions.
1:46:12 Axiomatic Theory and Euler's Proof Dependencies
1:51:10 Biosequences & Molecules
1:54:35 Canvas/Drawing Tools/AttachCell
1:56:24 New Plotting Functions
1:58:00 Machine Learning/Neural Networks (Side note about deploying code to Auduino)
2:00:56 New Convex Optimization tools, and Partial Differential Equations
2:04:10 Confirm/Enclose, Finding something wrong in code
2:07:42 EchoTiming/EchoEvaluation
2:08:27 Making code beautiful
2:09:35 Combinators
2:10:28 Arrays and Array Gymnastics
2:11:05 Semantic Checking of Code/Code Formtting
2:13:27 Form Notebooks (applicable to forms and quizzes)
2:18:30 New Knowledgebase growth and new Entities
2:22:34 Wolfram Demonstrations Project Items & Notebook Archive
2:23:28 ImportPDF
2:24:09 Wikipedia Data and other Importing of Data
2:25:49 Mac OS 11 "Big Sur" Compatibility Information
2:26:24 RemoteEvaluate/ other Remote Batch Processing
2:30:18 Quantum Computing Package
2:32:20 Wolfram Cloud's Updates
2:33:06 Wolfram Compiler
2:33:42 Paclets and Documentation
2:37:20 Function Repository
2:45:00 Looking Forward
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To help people view this 3-hour presentation:
1:23 Stephen begins speaking
3:21 Discussion of what was added in versions 12.0 and 12.1
9:12 Brief overview of 12.2
10:38 COVID-19 Discussion
15:52 Short talk about the Wolfram Physics Project
35:56 Discussion of what it means to be a 'Computational Language'
44:15 Discussion of Stephen's (and Wolfram Research's) business philosophy
1:00:40 Overview of Wolfram Language products Begins with Wolfram|One
1:09:00 Wolfram Alpha Notebook Edition
1:12:25 iOS Wolfram Player Discussion
1:13:25 Instant APIs and Python interactions
1:20:37 Free Wolfram Engine for Developers
1:24:24 Blockchain Labs, Universe models, Museum of Math, Wolfram U
1:27:35 Technical Consulting/Services/Solutions, Summer Camp/School, direct interaction with Developers, Live Streams, Very rapid-fire section
1:29:45 Beginning of demonstration of new features in 12.2
1:30:28 Video Computation Features
1:34:20 User Interface Improvements
1:37:42 Spacial Statistics
1:40:35 Topology and Geographic Computation
1:43:00 Working with Time/Calendars
1:44:40 "Core Math" Properties of Functions.
1:46:12 Axiomatic Theory and Euler's Proof Dependencies
1:51:10 Biosequences & Molecules
1:54:35 Canvas/Drawing Tools/AttachCell
1:56:24 New Plotting Functions
1:58:00 Machine Learning/Neural Networks (Side note about deploying code to Auduino)
2:00:56 New Convex Optimization tools, and Partial Differential Equations
2:04:10 Confirm/Enclose, Finding something wrong in code
2:07:42 EchoTiming/EchoEvaluation
2:08:27 Making code beautiful
2:09:35 Combinators
2:10:28 Arrays and Array Gymnastics
2:11:05 Semantic Checking of Code/Code Formtting
2:13:27 Form Notebooks (applicable to forms and quizzes)
2:18:30 New Knowledgebase growth and new Entities
2:22:34 Wolfram Demonstrations Project Items & Notebook Archive
2:23:28 ImportPDF
2:24:09 Wikipedia Data and other Importing of Data
2:25:49 Mac OS 11 "Big Sur" Compatibility Information
2:26:24 RemoteEvaluate/ other Remote Batch Processing
2:30:18 Quantum Computing Package
2:32:20 Wolfram Cloud's Updates
2:33:06 Wolfram Compiler
2:33:42 Paclets and Documentation
2:37:20 Function Repository
2:45:00 Looking Forward
KylePhys Will you help do this to my research? Very grateful!
Passionate individuals and organizations have played a major role in expanding the many areas of computing where Wolfram technologies operate. We recognize these deserving recipients with the Wolfram Innovator Award.
In his keynote address, Stephen Wolfram discussed a number of topics related to the progress of computational knowledge. He highlighted how Wolfram language has grown and improved over the years due to the input of various communities and the company's efforts to make it more user-friendly.
As many of you know, I'm a big fan of technology and its potential to transform our lives. I've been working in the field for over 30 years now, and I'm constantly amazed at the incredible advancements that have been made.
You're an inspiration, thank you for all your contributions to... Humanity in general 🎅
As many of you know, I'm the creator of Mathematica and the founder of the software company Wolfram Research. I'm also a computational scientist and an author, and I've been working in the field of computer science for over 30 years.
Wolfram also talked about the importance of computational notebooks in the realm of data exploration and analysis. He emphasized the need to make notebooks more interactive and dynamic, while also making them more accessible to people with various technical backgrounds.
As many of you know, I'm a huge fan of technology and how it can be used to make our lives better. And that's exactly what we're here to talk about today - how technology is changing the world and how we can use it to make a positive impact.
The main technology of Wolfram is the Wolfram Language, which is a general-purpose programming language that incorporates a vast array of functions and algorithms to manipulate and analyze data in various formats, including symbolic data, numerical data, textual data, images, and sound. The language includes built-in capabilities for accessing and processing data sources, as well as for creating interactive visualizations and reports.
The Wolfram Technology Conference features in-depth discussions with our R&D team, staff and developers; live common-interest group meet-ups; practical training; Q&As; and so much more than you'd expect from a virtual event. It's a methodology conference on how people (including us) get things done in.
Oh, and by now, a significant fraction of a billion people have used it. And we've been able to keep it private and independent, and its main website has stayed free and without external advertising. For me personally, the vision that became Wolfram|Alpha has a very long history.
Furthermore, Wolfram highlighted the work of his team in developing the new Wolfram Physics project, which aims to create a fundamental theory of physics that can be represented through computational models. Wolfram also delved into the potential applications of this project, including the development of technologies such as advanced materials and quantum computing.
2:46:14. An extremely remarkable statement by Stephen:
Bringing artifacts of the future into the present.
Is this something - perhaps in connection with the
findings of Wolfram's Physics Project - that is taken
literally? In what respect?
The Wolfram Language is at the core of the company's flagship product, Wolfram Mathematica, which is a comprehensive software platform for scientific computing, data analysis, and computational modeling. The language is also used in other Wolfram products, including Wolfram Alpha, which is a computational knowledge engine that provides answers to natural language queries, and Wolfram Cloud, which is a cloud-based platform for deploying and sharing Wolfram Language programs and content.
Wolfram Mathematica is a computational software program used widely in scientific, engineering, and mathematical fields.
The Wolfram technology is widely used in various industries and applications, including research, education, finance, engineering, and healthcare, among others.
Another important point that was discussed in the keynote was the potential impact of AI on society as a whole. Wolfram acknowledged the concerns surrounding the use of AI and emphasized the need for responsible development and deployment of these technologies.
The Wolfram Language is a computer language. It gives you a way to communicate with computers, in particular so you can tell them what to do. There are many computer languages, such as C++, Java, Python and JavaScript. The Wolfram Language is unique in that it's knowledge based.
Unfortunately, there is no free version of Mathematica, but Wolfram does offer public resources for developers. Anyone individual that wants to learn the Wolfram programming language can do so. They can also access the Wolfram|Alpha database and Wolfram's free engine for developers.
Today, I want to talk about the future of computer science and how it's going to shape the world we live in. I'm going to focus on three main topics: the rise of machine learning, the importance of data science, and the role of computational thinking in shaping the future of computer science.
Overall, Stephen Wolfram's Keynote Address at the Wolfram Technology Conference 2020 covered various topics related to the progress of computational knowledge, and showcased the company's continued efforts to advance this field.
Overall, Wolfram is a powerful and flexible programming language that is well-suited for developing large-scale, high-performance applications. It is designed to be easy to read and write, and to facilitate the development of large-scale applications quickly and easily.
Love it! I am inspired to use Wolfram Language.
computation and technology play in shaping the world around
Wolfram Mathematica (or simply Mathematica) is one of the best software that exists for scientific computations and multitasking. With Mathematica one essentially can perform all scientific calculations including Machine Learning (ML).
The key difference between Wolfram Alpha and Mathematica is that Wolfram Alpha operates online while Mathematica will need to be bought and installed as a software program.
Thank you so much for sharing - this is by far the most interesting and inspiring project.
Ps: ... at some point in the future the Wolfram's Physics Project will recreate all needed aspects of reality and from there take over and run smoothly the simulation we are living in ...
Wolfram Mathematica is a computational software program used widely in scientific, engineering, and mathematical fields.
Wolfram uniquely unifies algorithms, data, notebooks, linguistics and deployment-enabling powerful workflows across desktop, cloud, server and mobile.
Experience a full schedule of workshops and presentations given by Wolfram developers and fellow attendees. These talks will cover a wide range of relevant topics and hands-on techniques.
Awesome and very interesting new features, thank you
That's why I'm so excited about the
First, let's talk about machine learning. Machine learning is a branch of computer science that focuses on the development of algorithms that can learn from data. These algorithms can then be used to make predictions or decisions based on that data.
Stephen Wolfram's Keynote Address at the Wolfram Technology Conference 2020
Mathematica is really amazing software!!
I hope that one day I can see the Kriging interpolation method in the spatial statistics related functions.
Wolfram Mathematica is a computational software program used widely in scientific, engineering, and mathematical fields.
Password is wolfram1234? 1:06:03
ca. 50 minutes, and "show your code" Maybe more people would share their Wolfram Code, if the language itself were open source. Lead from the front, and all that.
Everyone has been tongue-in-cheek about "living in a simulation" and here you are showing us the source code!
It was a nice Keynote Address. I've learned a lot of things.
First, I want to talk about the importance of data. Data is the new oil, as they say, and it's essential for making informed decisions and improving our lives. But data is only useful if we can make sense of it, and that's where technology comes in.
A pair!
As in a cons cell. A complex number.
umm umm umm
Passionate individuals and organizations have played a major role in expanding the many areas of computing where Wolfram technologies operate. We recognize these deserving recipients with the Wolfram Innovator Award.
Wolfram also talked about the importance of computational notebooks in the realm of data exploration and analysis. He emphasized the need to make notebooks more interactive and dynamic, while also making them more accessible to people with various technical backgrounds.
In his keynote address, Stephen Wolfram discussed a number of topics related to the progress of computational knowledge. He highlighted how Wolfram language has grown and improved over the years due to the input of various communities and the company's efforts to make it more user-friendly.
The main technology of Wolfram is the Wolfram Language, which is a general-purpose programming language that incorporates a vast array of functions and algorithms to manipulate and analyze data in various formats, including symbolic data, numerical data, textual data, images, and sound. The language includes built-in capabilities for accessing and processing data sources, as well as for creating interactive visualizations and reports.
Oh, and by now, a significant fraction of a billion people have used it. And we've been able to keep it private and independent, and its main website has stayed free and without external advertising. For me personally, the vision that became Wolfram|Alpha has a very long history.
Furthermore, Wolfram highlighted the work of his team in developing the new Wolfram Physics project, which aims to create a fundamental theory of physics that can be represented through computational models. Wolfram also delved into the potential applications of this project, including the development of technologies such as advanced materials and quantum computing.
Wolfram Mathematica is a computational software program used widely in scientific, engineering, and mathematical fields.
The Wolfram Language is at the core of the company's flagship product, Wolfram Mathematica, which is a comprehensive software platform for scientific computing, data analysis, and computational modeling. The language is also used in other Wolfram products, including Wolfram Alpha, which is a computational knowledge engine that provides answers to natural language queries, and Wolfram Cloud, which is a cloud-based platform for deploying and sharing Wolfram Language programs and content.
The Wolfram technology is widely used in various industries and applications, including research, education, finance, engineering, and healthcare, among others.
The Wolfram Technology Conference features in-depth discussions with our R&D team, staff and developers; live common-interest group meet-ups; practical training; Q&As; and so much more than you'd expect from a virtual event. It's a methodology conference on how people (including us) get things done in.
Oh, and by now, a significant fraction of a billion people have used it. And we've been able to keep it private and independent, and its main website has stayed free and without external advertising. For me personally, the vision that became Wolfram|Alpha has a very long history.
Another important point that was discussed in the keynote was the potential impact of AI on society as a whole. Wolfram acknowledged the concerns surrounding the use of AI and emphasized the need for responsible development and deployment of these technologies.
The Wolfram Language is a computer language. It gives you a way to communicate with computers, in particular so you can tell them what to do. There are many computer languages, such as C++, Java, Python and JavaScript. The Wolfram Language is unique in that it's knowledge based.
Unfortunately, there is no free version of Mathematica, but Wolfram does offer public resources for developers. Anyone individual that wants to learn the Wolfram programming language can do so. They can also access the Wolfram|Alpha database and Wolfram's free engine for developers.
Overall, Stephen Wolfram's Keynote Address at the Wolfram Technology Conference 2020 covered various topics related to the progress of computational knowledge, and showcased the company's continued efforts to advance this field.
The key difference between Wolfram Alpha and Mathematica is that Wolfram Alpha operates online while Mathematica will need to be bought and installed as a software program.
Wolfram uniquely unifies algorithms, data, notebooks, linguistics and deployment-enabling powerful workflows across desktop, cloud, server and mobile.
Stephen Wolfram's Keynote Address at the Wolfram Technology Conference 2020
A pair!
Passionate individuals and organizations have played a major role in expanding the many areas of computing where Wolfram technologies operate. We recognize these deserving recipients with the Wolfram Innovator Award.
Passionate individuals and organizations have played a major role in expanding the many areas of computing where Wolfram technologies operate. We recognize these deserving recipients with the Wolfram Innovator Award.
Wolfram also talked about the importance of computational notebooks in the realm of data exploration and analysis. He emphasized the need to make notebooks more interactive and dynamic, while also making them more accessible to people with various technical backgrounds.
In his keynote address, Stephen Wolfram discussed a number of topics related to the progress of computational knowledge. He highlighted how Wolfram language has grown and improved over the years due to the input of various communities and the company's efforts to make it more user-friendly.
In his keynote address, Stephen Wolfram discussed a number of topics related to the progress of computational knowledge. He highlighted how Wolfram language has grown and improved over the years due to the input of various communities and the company's efforts to make it more user-friendly.
Oh, and by now, a significant fraction of a billion people have used it. And we've been able to keep it private and independent, and its main website has stayed free and without external advertising. For me personally, the vision that became Wolfram|Alpha has a very long history.
Furthermore, Wolfram highlighted the work of his team in developing the new Wolfram Physics project, which aims to create a fundamental theory of physics that can be represented through computational models. Wolfram also delved into the potential applications of this project, including the development of technologies such as advanced materials and quantum computing.
The Wolfram technology is widely used in various industries and applications, including research, education, finance, engineering, and healthcare, among others.
Another important point that was discussed in the keynote was the potential impact of AI on society as a whole. Wolfram acknowledged the concerns surrounding the use of AI and emphasized the need for responsible development and deployment of these technologies.
Unfortunately, there is no free version of Mathematica, but Wolfram does offer public resources for developers. Anyone individual that wants to learn the Wolfram programming language can do so. They can also access the Wolfram|Alpha database and Wolfram's free engine for developers.
The Wolfram Technology Conference features in-depth discussions with our R&D team, staff and developers; live common-interest group meet-ups; practical training; Q&As; and so much more than you'd expect from a virtual event. It's a methodology conference on how people (including us) get things done in.