Conferences

Invited talks:

• Quantum Innovators 2026, Institute for Quantum Computing, University of Waterloo (Waterloo, Canada)

• IQIS 2026, Trento (Italy)

• Chicago Quantum Summit 2025, Chicago (USA)

• 1st AIMS Workshop and School on The Theory of Quantum Learning Algorithms 2025, Cape Town (South Africa)

• Towards Infinite Dimension and Beyond in Quantum Information (24w5274) 2024, Granada (Spain)

Selected conference contributions

Selected conference presentations of work I coauthored.

• QIP 2026 — Efficient learning of bosonic Gaussian unitaries. Video

• QIP 2026 — Is it Gaussian? Testing bosonic quantum states. Video

• QIP 2026 — Optimising quantum data hiding. Video

• QIP 2025 — Tomography of bosonic systems and optimal estimates of the trace distance between Gaussian states. Video

• QIP 2025 — Computable entanglement cost. Video

• TQC 2026 — Nearly optimal algorithms to learn sparse quantum Hamiltonians. Paper

• TQC 2024 — Learning quantum states of continuous variable systems. Video

• TQC 2024 — Quantum communication on the bosonic loss-dephasing channel. Video

• TQC 2023 — Maximum tolerable excess noise in continuous-variable quantum key distribution and improved lower bound on two-way capacities. Video

• STOC 2026 (Random Purification Channel workshop), Salt Lake City (USA) — Towards sample-optimal learning of bosonic Gaussian quantum states. Paper

• STOC 2026 (Random Purification Channel workshop), Salt Lake City (USA) — Random Stinespring superchannel: converting channel queries into dilation isometry queries. Video

• BIID 2026 — Random purification channel made simple. Slides

• BIID 2024 — Learning quantum states of continuous variable systems. Paper

• BIID 2024 — Quantum communication on the bosonic loss-dephasing channel (accepted but not presented). Paper

• BIID 2022 — Quantum optical communication in the presence of strong attenuation noise. Video · Slides

• QTML 2024 — Learning quantum states of continuous variable systems. Video · Slides

• QCTiP 2026 — Is it Gaussian? Testing bosonic quantum states. Paper

• QCTiP 2025 — Tomography of bosonic systems and optimal estimates of the trace distance between Gaussian states. Paper 1 · Paper 2

• Quantum Resources 2026, Tokyo (Japan) — Optimising quantum data hiding. Slides

• Italian Physical Society National Congress (2025), Palermo (Italy) — Learning quantum states of CV systems. Paper 1 · Paper 2 · Prize for the second-best talk

• QMATH16 Mathematical Results in Quantum Theory (2025), Munich (Germany) — From tomography of bosonic systems to a new measure of non-Gaussianity: the symplectic rank. Paper 1 · Paper 2 · Paper 3

• Young Quantum Information Scientists (YQIS 2024), Paris (France) — Learning quantum states of continuous variable systems. Slides

• AQIS 2024 — Learning quantum states of continuous variable systems. Paper

• Quantum Information SRS (2024), Les Diablerets (Switzerland) — Computable entanglement cost. Paper

• Deutsche Physikalische Gesellschaft (DPG) conference 2022, Regensburg (Germany) — Quantum optical communication in the presence of strong attenuation noise. Paper 1 · Paper 2

Member of the organizing committee:

• 1st AIMS Workshop and School on The Theory of Quantum Learning Algorithms, 2025, Cape Town (South Africa)

Program committee member:

• QIP 2027, Singapore

• QTML 2026, Stellenbosch (South Africa)

• QCTiP 2026, Oxford (UK)

Poster awards:

• BIID 2023 — Best poster prize: Maximum tolerable excess noise in continuous-variable quantum key distribution and improved lower bound on two-way capacities. Paper

• QIP 2023 — Highlighted poster: Quantum optical communication in the presence of strong attenuation noise. Paper 1 · Paper 2