Julia evolved from an MIT research project into a global open-source programming language. Designed for high-performance scientific computing, it now supports applications across research, engineering ...

For quantum computers to evolve from laboratory experimental devices into practical machines that solve real-world problems, ...

A new perspective argues that a rich class of probability models known as Markov modulated models could transform how ...

In a packed seminar, Bjarne Stroustrup explored how safer, simpler and more efficient programming can help prepare scientific ...

The CERN Main Auditorium during Bjarne Stroustrup's 21st Century C++ seminar. (Image: Alex Lasa Lamarca/CERN)Behind the ...

The AI boom is driving massive demand for optical interconnects as we rapidly approach the limits of what copper can provide. Instead of competition, the optical demand is fostering cooperation up and ...

IBM Quantum has expanded its Qiskit open-source software to include native C API bindings for Fortran, C++, and Julia. This ...

A German academic research group today posted an open-source AI agent to arXiv that approaches ARC-AGI-3 — the interactive benchmark where frontier models including Claude Opus 5 still cannot reliably ...

The use of computers in today’s world has become nearly universal, whether you use them to Google the latest factoid, send an email, write a paper for school, or carry out a calculation. This two-week ...

General-purpose quantum circuit simulators preserve maximum algebraic flexibility by storing a full state vector representing any arbitrary quantum operation. For an n-qubit circuit, this requires ...

Develop your skills in topographic analysis in this two-part webinar series, developed by EGU's Geomorphology Division. During this webinar, attendees will learn how to address scientific problems by ...