比如 IBM Zurich 也有做 Quantum optimization and machine learning 的. 他們那的phd position也可以問一...
Today, we’re introducing Quantum Embark, a new advisory program for customers. Quantum Embark aims to help customers get ready for quantum computing by providing an expert-led approach, as they embark on their journey. With Embark, there are no long-term commitment...
Research internships are the most traditional of our internships, typically targeting graduate students pursuing a PhD in quantum computing. These internships focus on the exploration of new research directions under guidance of full-time researchers on our team. This position covers multiple projects ...
For my first two weeks in Waterloo, I participated in USEQIP. This program is an intense boot camp in quantum hardware. I learned about many quantum-computing platforms, including trapped ions, superconducting circuits, and nuclear magnetic resonance systems. There were interactive lab sessions where...
A reference list with deep coverage of quantum computing topics if you want to learn more about quantum computer programming.
According to Debdeep Ghosal a PhD researcher at the University of Basel, one needs to understand that quantum computers, as opposed to digital computers, are based on transistors and that they use the principle of superposition of states to encode the quantum bits instead of binary digits. In ...
“I was born and raised in Puerto Rico but moved to Stanford (California, USA). I did my PhD in Condensed Matter Theory. After that, I worked for a couple of years at the Max Planck Institute in Dresden, Germany; I then worked for the U.S. Department of State, where I was buildin...
Quantum accelerated supercomputing leveragesquantum processing units (QPUs)to perform quantum computing tasks. The heart of a QPU is a collection of two-level quantum physical systems known as quantum bits, or qubits. Qubits can be created in a wide variety of ways, with current approaches leverag...
Keywords: energy efficiency; quantum computing; quantum deep neural networks; quantum entanglement; quantum machine learning; quantum superposition; resource optimization1. Introduction The intelligence of resolving complex problems in engineering, science, finance, etc., has become increasingly dependent on ...
A leap from bits to qubits: this two-letter change could mean entirely new horizons for healthcare. We looked at what quantum computing could bring to it.