Nikolay Murzin

Feb 27, 2024 | blog.wolfram.com | John McNally |Nikolay Murzin

Learning quantum theory requires dedication and a willingness to challenge classical assumptions. Quantum interference, particularly for massive particles, is a pivotal example in this journey. The Schrödinger equation, inspired by de Broglie’s hypothesis, revolutionized our understanding by revealing the wavelike nature of even massive particles. This phenomenon not only deepens our grasp of nature but also fuels innovations in quantum applications, from quantum sensing to quantum computing.

Feb 27, 2024 | blog.wolfram.com | John McNally |Nikolay Murzin

Practical quantum computers have not entered the mainstream, but that has not stopped researchers and developers from innovating. Simulating quantum results on classical hardware and getting meaningful results from noisy quantum hardware are two important areas with lots of recent innovations. The Wolfram Quantum Framework is a toolkit for Wolfram Language that offers quantum simulations.

Aug 4, 2023 | blog.wolfram.com | Nikolay Murzin

The collaboration between Wolfram Language and Amazon Braket is propelling quantum computation research to unprecedented levels. By combining Amazon Braket’s advanced quantum capabilities and Wolfram’s expansive knowledgebase and accessible symbolic language, users can now push the boundaries of quantum research. Amazon Braket is a quantum computing service on Amazon Web Services (AWS) with the mission of accelerating the development of quantum computing applications.