Electronic Design: What’s New in Quantum Computing
Many businesses are already working on various ways to create large, stable qubits that will power the quantum future. But how close are we to this, and what do we need to do to get there?
We are entering uncharted territory with regard to what can be done with quantum computers, as well as with practical issues such as how to debug a program that you can’t simulate, how to test that algorithms scale up correctly with the number of qubits, and more.
Read the full article in Electronic Design here.
Want to see Classiq's powerful software platform in action? Watch a demonstration of solving optimization problems here, or schedule a no-commitment demo here.
Many businesses are already working on various ways to create large, stable qubits that will power the quantum future. But how close are we to this, and what do we need to do to get there?
We are entering uncharted territory with regard to what can be done with quantum computers, as well as with practical issues such as how to debug a program that you can’t simulate, how to test that algorithms scale up correctly with the number of qubits, and more.
Read the full article in Electronic Design here.
Want to see Classiq's powerful software platform in action? Watch a demonstration of solving optimization problems here, or schedule a no-commitment demo here.