We have so far modelled many of the limiting factors of the control layer components explicitly. Adding more of these does see no end. The complexity ...

In the last four tutorials, we only addressed the arbitrary waveform generator and how to model it faithfully. But only having a waveform is not enoug ...

So far we have seen some of the limiting factors of an arbitrary waveform generator such as the number of granularity due to the memory architecture o ...

Discretise Your Waveforms (q)bit by (q)bit. In the previous blog, we introduced the readers to the implementation of a realistic arbitrary waveform ge ...

Master the art of fine-tuning AWG parameters with the Qruise realistic modelling guide! Arbitrary waveform generators allow you to generate the most c ...

Drive your qubits with precision. An intro guide on realistic modelling of control layers in quantum control stack. This tutorial will walk you throug ...

Rydberg atoms systems at a promising platform for quantum simulation and computation. Here, we simulate a lattice of Rydberg atoms, and optimize the p ...

In this tutorial, we model and optimize 1, 2 and 3 qubit gates in nitrogen vacancy centers in diamonds. We describe and construct the Hamiltonian, inc ...

The Qruise toolset is very flexible. Here we model dissipative cat qubits, also known as bosonic qubits. We construct the Hamiltonians, including the ...

Unimons are a type of superconducting qubits with enhanced anharmonicity, no sensitivity to dc charge noise and lower sensitivity to flux noise. In th ...

Calibration and model learning: In the previous tutorial we optimized an initial pulse shape based on an aproximate system model. Here we calibrate (f ...

A brief intorductory tutorial to the Qruise toolset. We'll define a simple transmon Hamiltonian and connect it to a drive line with an QI mixer and lo ...