IMB is a new approach to bot development that addresses the common issues of complex dependencies, large package sizes, and platform lock-in by providing a simple, platform-agnostic language for creating bots.

IMB: A New Approach to Bot Development

Getting into quantum computing through Qiskit made me feel both excited and overwhelmed. While Python-based frameworks make experimentation accessible, they also expose a lot of quantum “plumbing” that quickly steepens the learning curve. In this post, I share why discovering Silq—a quantum-native programming language from ETH Zurich—felt like a turning point for me. By comparing a simple controlled-Hadamard gate in Qiskit and Silq, I explain how Silq’s familiar syntax and built-in guarantees make quantum programs feel more intuitive and safer to write. I also reflect on Silq’s current limitations and why I see an opportunity to contribute, combining my background in programming languages with my growing interest in quantum computing.

Programming Languages for Quantum Computing (SILQ, Qiskit)

In this paper, I argue that the No Miracles Argument cannot justify scientific realism because it relies on a question-begging use of inference, assumes implausible uniqueness of truth undermined by model pluralism, and is undermined by the coherence of Constructive Empiricism and the limits of realist revisions.

How good is the ultimate (“no miracles”) argument for scientific realism?

In memory of Theo Sassano - a friend I never had.

He fell.

An interesting analogy to help people (mainly students) understand superposition better.

Analogy for quantum superposition

Whispers turned to words, feelings cast in form — these poems are pieces of me, gathered in quiet and offered in light.

Blog