DevelopQuantum's profile picture. Practical lessons in applied quantum computing for developers.

Building Quantum Software

@DevelopQuantum

Practical lessons in applied quantum computing for developers.

“Building Quantum Software” is the #1 new release on Amazon in the Programming Algorithms category. amazon.com/Building-Quant… #QuantumComputing #Programming #SoftwareDevelopment

DevelopQuantum's tweet image. “Building Quantum Software” is the #1 new release on Amazon in the Programming Algorithms category.

amazon.com/Building-Quant…

#QuantumComputing 
#Programming 
#SoftwareDevelopment

Title and Book Cover Update: "Building Quantum Software with Python" In our book, we leverage Python for its broad impact, offering an interface that is mostly compatible with Qiskit at the source level. To enhance functionality, we convert our circuits into Qiskit circuits,…

DevelopQuantum's tweet image. Title and Book Cover Update: "Building Quantum Software with Python"

In our book, we leverage Python for its broad impact, offering an interface that is mostly compatible with Qiskit at the source level. To enhance functionality, we convert our circuits into Qiskit circuits,…

Quantum computing parallelism ~ SIMP = single instruction multiple pairs The description of the effect of a single qubit gate as a single instruction changing all amplitudes in the state in pairs is as precise as possible. The pair processing is the butterfly pattern, and it…


All the chapters of the book are now online in MEAP. @ManningBooks #Quantum


Nature creates patterns with tiny probabilities. You may recognize the pattern in the image as the intensities of light in a double slit experiment. This simulation uses 12 qubits, allowing for 4,098 locations to be measured. The probability of the location with the highest…

DevelopQuantum's tweet image. Nature creates patterns with tiny probabilities.

You may recognize the pattern in the image as the intensities of light in a double slit experiment. This simulation uses 12 qubits, allowing for 4,098 locations to be measured. The probability of the location with the highest…

The quantum version of the matrix.

Creating 128 dots with 91 quantum instructions. The quantum matrix. This is a larger version of a video I posted earlier. This time I'm showing the encoding of the identity function with 7-qubit inputs and outputs. This can give a better idea of how quantum computing works. -…



This video shows the steps of encoding a parabola as a quantum state. We use this example in the book, where we discuss how to find the minimum or maximum of a polynomial function (of binary variables). The video is rotated so it is wider than taller for better watching.…


Encoding the identity function as a quantum state with 10 qubits. #QuantumComputing #visualization


AI assistants can help with learning complex topics. Function calling ensures correct responses. This video describes the implementation of a quantum computing assistant for our book, but the principles apply to any learning domain. #QuantumComputing #Assistant #GenAI


Single-qubit quantum simulator in the browser: learnqc.com/play/single_qu…. PyScript allows to run the same interactive UI application that uses a Python simulator and Panel in the browser, with no server. Many readers do not run code, no matter how easy it is (devcontainers, local…

DevelopQuantum's tweet image. Single-qubit quantum simulator in the browser: learnqc.com/play/single_qu…. PyScript allows to run the same interactive UI application that uses a Python simulator and Panel in the browser, with no server. Many readers do not run code, no matter how easy it is (devcontainers, local…

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