Did you know Brachistochrone, the shortest time to slide on a curve, kicked off calculus of variations in the 17th century? Learn more about the history of this classic physics problem and explore its solution using Wolfram Language and Wolfram MathWorld:
Available now: Wolfram GPT! 🎉🎆
Making ChatGPT smarter with computation, *accurate* math, *curated* knowledge, real-time data and visualizations.
ChatGPT Plus users can access today:
Interested in Quantum Computation but not sure where to start? Check out our playlist from the daily study group on Wolfram Quantum Computation Framework! Learn how it works, how to implement different quantum algorithms, and more:
New open, computable ebook: Introduction to Calculus
A comprehensive, interactive introduction--covering all of Calculus 1 & some of Calculus 2!
Download your complimentary copy today:
We're just one day away from the Wolfram Blockchain Labs (WBL) first ever NFT auction featuring
@Stephen_Wolfram
's liveminted cellular automata NFT's. Stay tuned for more details about this event!
@Cardano
@IOHKMedia
@COTInetwork
On Thursday, August 26, 2021, Wolfram Blockchain Labs (WBL) is launching our first NFT auction featuring the first NFT series liveminted July 27, 2021 by
@stephen_wolfram
on
@Cardano
with collaborators
@IOHKMedia
and
@COTInetwork
Dive into Riemannian geometry on curved manifolds and investigate how the Riemannian method is applied to calculate the manifold's curvature across different scenarios. Gain insights by analyzing these cases using the
#WolframWay
.
On Tuesday, Wolfram Blockchain Labs (WBL) will be hosting an inaugural liveminting event, where the Wolfram Language–
@cardano
#blockchain
integration will be used to create WBL's first public set of NFTs using
#Wolfram
Language tools.
ICYMI: Introduction to Machine Learning computable eBook - with usable code!
Get a practical understanding of what machine learning is all about, how to immediately apply it, and how to create your own machine models.
Download a complimentary copy today:
"Exciting news! ChatGPT now has a Wolfram plugin! Access Wolfram|Alpha and Wolfram Language to enhance your conversations and expand your knowledge like never before.
#Wolfram
#ChatGPT
#AI
" -[Written by ChatGPT]
We are adding support for plugins to ChatGPT — extensions which integrate it with third-party services or allow it to access up-to-date information. We’re starting small to study real-world use, impact, and safety and alignment challenges:
Accurate computations for unit conversions are just one feature of the new Wolfram plugin for ChatGPT! See it in action below and check out Stephen Wolfram's piece "ChatGPT Gets Its “Wolfram Superpowers”!" for more ideas on how the plugin can be used:
We're excited to announce our latest blockchain collaboration: Wolfram Blockchain Labs (WBL) is working with
@TQTezos
to integrate the
@tezos
#blockchain
into the
#Wolfram
Language and operate formally-verified oracle smart contracts on
#Tezos
Mainnet:
This colossal 13-ton bridge, an epic rolling square, won the prestigious Bridges Design Award 2023! Meet mathematician Stan Wagon, the mastermind behind the rolling square as he dives into the math that made it possible.
Matrices with ChatGPT and the Wolfram Plugin! Watch as ChatGPT uses the Wolfram plugin to create a 3x3 matrix with increasing prime values in its rows and then compute the inverse of the created matrix:
What do DLTs, Cellular Automata and the Computational Universe have in common? Bringing together experts from
@NKN_ORG
,
@iota
,
@topl_protocol
,
@avalabsofficial
& top research universities across the globe! Join us this Wednesday to learn more:
If you've taken a picture of a fast object with your phone, you may have encountered the rolling shutter effect. Read how this distortion is caused, and model it using a propeller:
Stephen Wolfram's new book "What Is ChatGPT Doing ... and Why Does it Work?" is now available! In this short piece, Stephen delves into the technology behind ChatGPT and provides an explanation of what is happening behind the scenes in its' "AI mind":
Not sure how to begin your journey into Quantum Computation?
Check out our videos covering basic concepts of quantum computation, including quantum states, transformations, gates, circuits and how to use Wolfram Language to run them on quantum hardware.
Hydrogen wavefunctions transitioning between states with different quantum numbers 𝒏,𝒍,𝒎. ⚛️
Each transition shows a state α|𝒏𝒍𝒎⟩+β|𝒏'𝒍'𝒎'⟩, where α decreases and β increases. Dots represent the values of 𝒏𝒍𝒎, and the solid lines show possible allowed values.
Between different quantum states of an atom, the probability of finding an electron changes. Using hydrogen and its wavefunctions,
@bencbartlett
visualizes the spatial probability density with changing quantum numbers:
Ready to dive into Quantum Computation? Check out this quick overview on different functionalities in the Wolfram Quantum Framework! Start your journey and explore the code in our example repo:
Parametrize a multidimensional dataset and reduce it to a scalar manifold using a neural network with custom layers. Visualize and perform intuitive analysis with dimensional reduction by doing
#datascience
the
#WolframWay
.
Join us at 10am CST, Thursday, May 25th as researcher Jonathan Gorard (
@getjonwithit
) demonstrates new functionality from
@wolframphysics
for computational relativity, both analytical and numerical, over both discrete and continuous spacetimes.
Ever since it was first formulated a century and a half ago, the Second Law of thermodynamics (or "law of entropy increase") has had an air of mystery about it. Why is it true? Is it even always true?
Find out:
#NationalBookLoversDay
100 math problems from resources such as Mathematics Magazine, National Mathematics Olympiads, and more were solved using ChatGPT with the Wolfram Plugin! Look over the solutions and get insight into computation using the Wolfram Plugin for ChatGPT.
Imagine a pencil with a large
#PrimeNumber
printed on its side. No matter how often you sharpen the pencil and keep removing the digits, the shortened number remains prime. How is this possible? Roman Maeder & Marco Thiel explains:
Solve a maze the "dumb" way: with Brownian motion! Inspired by a recent
@numberphile
video featuring
@matthen2
, use
#WolframLanguage
to generate the maze, simulate the motion of particles, and visualize the results:
The Lorenz attractor arises from a system of equations describing 2D flow, and exhibits chaotic behavior. See how to create this visual showing the pull of a set of points into these chaotic orbits:
How did the mathematical formulation of the second law lead to introducing the concept of entropy? Learn about this work of Rudolf Clausius from Stephen Wolfram's piece about the history of the second law of thermodynamics:
The Sri Yantra is a significant symbol in Hinduism, consisting of nine interlaced triangles. This form, when each line is converted to audio with sine tones, produces musical scales. Listen to these scales, made in the
#WolframLanguage
:
In this animation, entitled "Flat", Clayton Shonkwiler depicts a stereographically projected 3-sphere. See the math and code that
@shonk
used to create the mesmerizing animation, here:
Are you enrolled in a thermodynamics course? Get new insights into the journey of the development of the kinetic theory of gases and computationally arrive at the Maxwell-Boltzmann distribution with Stephen Wolfram's latest book, 'The Second Law'.
Learn how to draw the amazing new hat "ein stein" aperiodic tiling using Wolfram Language. Congratulations to the authors on making such an interesting and unexpected discovery!
Want to see what's new in quantum?
Up-skill yourself with a Wolfram mentor to go beyond the Bloch sphere.
Start your journey into quantum information today:
In case you missed it, researcher Jonathan Gorard (
@getjonwithit
) demonstrated new functionality from
@wolframphysics
for computational relativity, both analytical and numerical, over both discrete and continuous spacetimes!
Join us today at 11 AM CST on Twitch () or YouTube () for a Wolfram R&D livestream on modeling partial differential equations with Oliver Ruebenkoenig!
Today is our inaugural liveminting event, where we'll be minting a set of NFTs to the
@Cardano
#blockchain
in real-time using
#Wolfram
technologies!
Tune in to YouTube or Twitch at 2 PM EDT!
When was the last time you marveled at the Universe's beauty?
These gorgeous structures are
#3D
-printed renders of
#Wolfram
Universe models. See the code Robert Mendelsohn used to bring these models to life:
Happy World Quantum Day! What better way to celebrate this day than by immersing yourself in this article on quantum computing? Presenting, an innovative readout scheme for superconducting qubits that impressively improves qubit-state assignment fidelity:
A big thank you to our users for making us the highest ranked technical computing language on the
@IEEESpectrum
2024 list of Top Programming Languages
(as opposed to a full-scale computational language, where we're
#1
of 1)
Exciting new
#physics
book by
@nytimes
bestselling author,
@Stephen_Wolfram
. Join the search for the Fundamental Theory of Physics by ordering your copy today:
Curious about the history of science, the future of civilization, or ethics in AI? Drawing on nearly four decades of experience in pioneering discoveries, inventions,and innovations, Stephen Wolfram covers these topics and more in his weekly podcast series:
Solve a partial differential equation using
#machinelearning
! See how a physics informed
#neuralnet
can be used to solve a Laplace PDE on an L-shaped domain:
Sander Huisman uses the
#Wolfram
Language in his recent exploration to estimate the energy yielded by the tragic explosion in Beirut earlier this week:
#DataViz
Ever wondered about communication with extraterrestrial life forms? Discover how the fusion of science fiction and advanced computational abilities from Wolfram technologies can construct alien sentences in this thought-provoking article:
Please visit our centralized
#COVID19
data and resources page for free access to
#Wolfram
technologies, livestreamed data explorations, computational analyses from Wolfram experts, users and more:
Join the development team at 3:30pm CT tomorrow for a livestream as they take a look at examples using the Wolfram plugin for ChatGPT and answer questions from the viewers! Watch on Twitch () or YouTube ().
Interested in brushing up your math skills? Linear algebra is probably the easiest & most useful branch of modern mathematics, according to Denvendra Kapadia. Read more about our free interactive course on the subject and its vast applications, here:
On this day in 1987,
@Stephen_Wolfram
founded
#Wolfram
Research with a mission to make the world as computable as possible—a goal we continue to strive towards year after year. Happy 33rd birthday, Wolfram Research! 🎂
Create stunning visuals with the help of a function walker! Unlock your inner artist and discover how to effortlessly plot magnificent figures using Wolfram Language:
Interested in the engineering and mechanical design of linkages? Learn how to create kinetically accurate optimal paths for desired curves and join the conversation about the recent article published in Mechanism and Machine Theory on Wolfram Community:
See the view of a particle!
@bencbartlett
uses the
#WolframLanguage
to animate the motion of a particle governed by a Lorenz attractor, from the perspective of the particle:
Ready to master Calculus, Complex Variables and more? Discover the latest books written by our users to see how
#WolframLanguage
can help in your work, studies and hobbies:
Discover the mesmerizing visualizations of finite elementary cellular automata (ECA) with this week's
#WolframDemo
! Using flow diagrams, this demo visualizes the trajectories of all 1024 initial conditions over five steps of evolution of an ECA of size 10.
Congratulations to Steve Christensen, Mathematica user since Version 0.9, founder of MathGroup, developer of MathTensor, & Mathematica Community organizer for 33 years, for being elected a Fellow of the
@APSphysics
for his work on quantum field theory in curved spacetime.
Did you know that the successful learning of a deep neural network to classify depends on the topological structure of the training data? Join the conversation started by a
#WolframCommunity
user as they try to prove this using a simple game- Math Dice Jr.
The Wallace-Bolyai-Gerwien theorem states that any polygon can be dissected and rearranged into another polygon of the same area. Sándor Kabai uses the
#Wolfram
Language to visualize turning a triangle into a rectangle.
#MadeInMathematica
Did you know our Spikey logo has gone through many iterations over the years?
@hanusadesign
's Spikey earrings are based on the original stellated icosahedron.
Order a pair from the Wolfram Store:
Read the full history of Spikey:
You can now call sophisticated algorithms and built-in knowledge from the
#Wolfram
Language directly from Python with the Wolfram Client Library for Python. It’s efficient, easy to use and fully open source. See how to get started and get the source code:
Kick off the year with
#Genuary
, a month of daily prompts for generative art. For one of
#Genuary2022
's prompts, Sander Huisman uses dithering points in
#WolframLanguage
to create the digits of the new year
For more about Genuary:
Implement interactive and non-interactive zero-knowledge proof protocols based on current Wolfram's cryptography framework with the ZeroKnowledgeProofs paclet! Discover how implementation can be done with only a few lines of Wolfram Language code:
Now through August 15, we're offering free access to Wolfram Technologies to support remote work, COVID-19–related research and online learning. Email our Director of Strategic Initiatives cliff_hastings
@wolfram
.com to request access!
Thank you to our 101,000+ subscribers! 😊
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