5️⃣/🔟 In Scientific Reports, 5 of the top 10 most cited articles have an article number of 1. 5️⃣/🔟 In Nature Communications the same: 5 of the top 10 are article 1s. Coincidence? 👇 scirate.com/arxiv/2511.0... I think not.
New preprint! arxiv.org/abs/2509.15713 We propose an experimentally-friendly Hamiltonian learning (HL) protocol using the quantum Zeno effect (via virtual-Z gates) to reshape dynamics, enabling local tomography and global reconstruction. Tested with TN simulations and on IBM hardware.
Hamiltonian learning via quantum Zeno effect
Determining the Hamiltonian of a quantum system is essential for understanding its dynamics and validating its behavior. Hamiltonian learning provides a data-driven approach to reconstruct the generat...
arxiv.org
8th International Conference for Young Quantum Information Scientists www.quantiki.org/conference/8...
8th International Conference for Young Quantum Information Scientists | Quantiki
quantiki.org
Researchers led by Gerhard Kirchmair & Oriol Romero-Isart have demonstrated that it is possible to create quantum superpositions from thermally excited states. Hot Schrödinger cat states 🐈⬛ in a microwave resonator: iqoqi.at/en/current/n... 📸: Harald Ritsch @oeaw.bsky.social @fwf-at.bsky.social
Et non, en physique quantique, le paradoxe EPR n'a rien à voir avec un voyage dans le temps raté... Pour enfin y voir clair derrière les étrangetés que sont le chat de Schrödinger et l'intrication, partez à leur rencontre De l'autre côté du miroir quantique, dans les librairies à partir du 16 avril.
New paper out 🥳 With Anna Steffinlongo, a brillant PhD student in our group, we show that noncausal classical communications (CC), where all the parties are both in the past and future of each other, can be simulated by a superposition of CC. arxiv.org/abs/2502.15579 1/14
