Our paper on simulating electron transfer with Trapped ions is on the arXiv!

We used a multi-species ion chain employing both ground-state and optical qubits to simulate a paradigmatic model of electron transfer in the presence of tunable dissipation. This paper is the result of a very fun interdisciplinary collaboration among the Physics, Chemistry, and Bioscience departments at Rice University. Check it out!
  • Trapped-Ion Quantum Simulation of Electron Transfer Models with Tunable Dissipation:
    Visal So, Midhuna Duraisamy Suganthi, Abhishek Menon, Mingjian Zhu, Roman Zhuravel, Han Pu, Peter G. Wolynes, José N. Onuchic, Guido Pagano, arXiv:2405.10368 (2024).

Welcome Caesar, Brian, Lucius and Kabir!

Pagano Lab welcomes a new group of undergraduates that will join the group this summer.

  • Caesar (Rice University) will work on a new rectifier scheme used to stabilize the rf voltage that determines trap frequency in the trapped-ion system.
  • Brian (San Jacinto College) will design and build a Faraday cage to limit the effect of environmental noise on the trap frequency.
  • Lucius (USTC) will design a new filter box and work on a transfer cavity setup for locking our lasers.
  • Kabir (Rice University) will work on ArtiQ to make our Rice university branch more user friendly and more integrated with NDscan.

Looking forward for a productive summer!

Welcome Mingjian, Prathik, John and Mac!


Four undergrads will join the team this summer! John will work on the ArtiQ control system, Prathik will build a small muon detector, Mac will develop a PID out of a Red Pitaya and Mingjian will help us understand how to simulate electron transfer in trapped-ion systems. It’s going to be a fun summer!

Hello Trapped ions!


After one year and half of very hard work and creative solutions to cope with the pandemic and all sorts of supply chain disruptions and delays, the trapped-ion team is happy to announce the first trapped ions in the state of Texas! In the left picture you can see four happy 171Yb+ atoms. On the right, we had fun setting radial and axial frequency very close, so that the ions are arranged in a nice “emoticon” configuration :). Thanks everyone! And now the real fun starts!