ASPECTS

Huge congratulations to the winners of the @horizon_quantum poster prize! 🏆 First place: Magdalini Zonnios 🏆Second place: Peter O’Donovan Check out their abstracts here 👉 aspects-quantum.com/flqt2025

ASPECTS Principal Investigator, Natalia Ares, kicks off our 4th day of FLQT, introducing invited speaker Nikolai Kiesel. Find out more: aspects-quantum.com/flqt2025

🔍 How uncertain can quantum systems be? Saulo Moreira shares work developing new bounds that show how quantum effects—like coherence and correlations—can break classical limits on uncertainty. This helps us better understand how quantum systems behave when measured.

Emanuel Schwarzhans discusses how entropy production powers detection—and limits it. Efficiency, jitter, dead time, dark counts: all tied to thermodynamic cost.

Paul Erker explores the minimal ingredients for timekeeping in the quantum regime, introducing autonomous quantum clocks and the thermodynamic trade-offs that constrain their precision. A deep dive into time, entropy, and the limits of quantum tech.

ASPECTS' Javier Prior presents his team's work looking at how strong coupling reshapes heat flow in open quantum systems—exploring non-Markovian effects, coherence-driven fluctuations & new equilibrium states.

🕰️ What’s the real cost of reading time? ASPECTS experiment reveals that the measurement of quantum ticks—not their generation—is the dominant source of entropy in quantum timekeeping. Far from wasteful, this quantum-to-classical transition boosts precision. #FLQT2025

Simon Sundelin kicks off our ASPECTS day at the FLQT conference. Learn more here: aspects-quantum.com/flqt2025

Don't forget to submit your abstract for our conference in Dublin, August 2025! aspects-quantum.com/flqt2025

✨Highlights: ✅ First experiment linking entropy production in a microscopic clock to macroscopic measurement. ✅ Precision improves as the measurement process dominates energy costs. ✅ The thermodynamic cost of recording time may be more fundamental than the clock itself.

Introducing our quantum clock using charge tunneling in a double quantum dot (DQD), where each tunneling event acts as a "tick." Read more: arxiv.org/abs/2502.16667

We’re at MWC25! 🌍Come find us at Hall 6 - Stand 6A8 to meet Europe’s top quantum companies & initiatives. See cutting-edge quantum devices & join the discussion! 📍 March 3-6, Barcelona—Let’s talk quantum! #QuantumEurope #MWC25

Entropic costs of the quantum-to-classical transition in a microscopic clock. arxiv.org/abs/2502.00096

An interesting new article introducing MetaSym- a deep learning model that learns physics better by preserving key properties like energy & momentum. Read more here: arxiv.org/abs/2502.16667

Quantum Europe at #MWC25 – Meet the key players driving quantum innovation from leading companies and startups to major initiatives and programs, Hall 6 - Stand 6A8. 💡More information : qt.eu/events/mobile-…

We met with the @ambercentre EPE team, @ScreenIreland and Cassette Vision to brainstorm how to explain quantum concepts through an animated video for school children. This builds off of the success of their recent Quantum Quest storybook. @HorizonEU

New review article from our ASPECTS partners on autonomous quantum machines 🤖⚙️⚛️

🔥Our AI for quantum computing review is out!🔥 arxiv.org/abs/2411.09131

New ASPECTS paper just dropped 😍