Quantum Ethics ?

Here is my initial contribution to the question of how to address ethical issues of quantum technologies.

First, I think there will be for some long time lack of knowledge and incorrect understanding in the general public what quantum computers and quantum technologies are, due to the disagreements and lack of explanation for the quantum phenomena. This lack of knowledge will at one moment inhibit the public discussion about the innovations and use of these technologies. We can see that by euphoria when some news about quantum are announced (example of Google’s quantum “supremacy” and similar) and this euphoria can go in the opposite direction and become negative in case of a real or only perceived misuse or dangers of quantum computers. How do we address this? It is very difficult question, but it cannot be ignored. People don’t understand even AI, with quantum computers it can be much worse.

The next problem is that quantum computers will not be used in isolation. They will be deeply integrated in a stack of other technologies, and people will judge the whole stack together (like the 4th Industrial Revolution concept – 4IR) based on its effects on the society, human identity or the natural environment. These “4IR technologies” will be judged by their domains of application and by who is applying these technologies for what purpose.

Now, we know that there will be two major actors behind AI and quantum: large corporations and nation-states. First are developing and using various kinds of technologies for the profit purposes, and the second are using them for the regime maintenance or warfare.

Consider an example: quantum can be used by AI, which is used by a metaverse world, which is used by a digital platform, which is used by a company to develop and target advertisements, entertainment or video games to the young population. They all want to make their respective customer(s) engaged. Now, you can read this word “engaged” also as addicted. So, who is responsible for the addiction of the young users, which technology should be regulated, and where should we apply ethics ? When you take them isolated, we can find arguments that these technologies are value-neutral. But the final result might not be value-neutral.

So, the question is: what should be done with that? Luke Munn in his paper says: “AI Ethics has largely been useless”. This reflects the inconvenient truth that all governance initiatives to regulate technology were more or less unsuccessful. You may check this paper of Roger Clarke, which details all unsuccessful technology regulation attempts much before this AI hype. According to this paper, the only mechanism that could work is Co-regulation, but under the condition that there is a strong and uncompromising minister who stakes his personal accountability. In other words, some kind of benevolent dictator coming from the government.

Nevertheless, this topic is indeed important. Currently digital platforms like Facebook, Google and alike are not so invested in QC, but once the large quantum computers are up and running, naturally the capital will look for the use cases to address the market of billions of consumers. And when this happens, the neuroscience might achieve mapping of the brain, genetical engineering may achieve breakthroughs in gene editing, and AI will probably come to the level of artificial general intelligence (AGI). And in this context, ethics will become very important and indeed the people will judge all this stack. Maybe indiscriminately..

SEF 2023

I am very grateful for the opportunity to participate at Swiss Economic Forum during two days, on June 8-9 this year.

SEF is the most important annual conference for Swiss executives and this year it was even more prestigious as the 25th anniversary edition. The talks were in areas of the financial system, sustainability, geopolitics, innovation and of course digital technologies.

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Rydberg Qubits

A friend of mine shared a link recently in LinkedIn of the news about QuEra’s 256-qubit quantum computer and this attracted my attention. It is true that nowadays we mostly follow the progress of superconducting qubits, trapped ions or photonic systems, so cold atoms is not something I was familiar about. But this technology made some promising advances, and reading a couple of research papers was enough to realize that cold atoms have some compelling advantages.

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IBM Global Qiskit Summer School 2021

In July this year, IBM organized their already traditional Qiskit Summer School, and I was lucky enough to be able to register and follow.

Qiskit is a programming framework for coding quantum algorithms on IBM quantum computers. It is developed and maintained not only by IBM developers, but also a large community of external developers and Qiskit Advocates (to which I also belong). Qiskit summer school this year (GQSS21) was focused on quantum machine learning, a very exciting field at the intersection between quantum computing and machine learning. During two weeks, we learned about topics like:

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Quantum Computing Master Class

On January 31, I was instructor at the Quantum Master Class at IBM Studio in Zürich.

I coded in Qiskit (IBM’s Python SDK for quantum information science) and demonstrated how different Bell states can be implemented in jupyter notebook, how one can code the entanglement of three qubits, how to develop of the quantum circuit for bit addition, and the logic behind Deutsch’s algorithm with its implementation in Qiskit. Continue reading “Quantum Computing Master Class”