Key takeaways
- Wolfram has built quantum computing functions directly into Mathematica's symbolic engine, so quantum circuits and states can be manipulated alongside ordinary symbolic math rather than as a separate tool.
- The users drawn to quantum in Mathematica are often people already doing symbolic or scientific computation in Wolfram Language, not dedicated quantum software engineers coming from a circuit-first background.
- Mathematica's approach differs from Qiskit in that quantum objects are treated as another data type within a general-purpose computation system, rather than a dedicated quantum SDK built around circuit execution.
- Mads Bahrami's role spans both educational programs and quantum projects at Wolfram, reflecting how the company positions quantum features as part of teaching and exploring math and physics, not just running jobs on hardware.
Summary
Mads Bahrami, Manager of Educational Programs and Quantum Projects at Wolfram is interviewed by Yuval Boger. Mads and Yuval talk about the quantum capabilities of Mathematica, the types of users that might find it interesting, the difference between Mathematica and Qiskit as it relates to quantum computing, and much more.
The full transcript is available on the Quantum Computing Report site