The MIT Quantum Initiative (QMIT) has launched a new postdoctoral fellowship program supported by a grant from the Gordon and Betty Moore Foundation. Designed to accelerate interdisciplinary quantum research and cultivate early-career scientific leadership, the program embeds its inaugural 2026 cohort across MIT research labs—including the Research Laboratory of Electronics (RLE), MIT Lincoln Laboratory, the MIT-Harvard Center for Ultracold Atoms, and the Departments of Physics and EECS.
| [ QMIT Postdoctoral Fellowship Program Overview ] | ||
|---|---|---|
| Initiative Leadership & Grant | Inaugural 2026 Cohort Scale | Key Interdisciplinary Domains |
| • Supported by Gordon and Betty Moore Foundation | • 9 Selected Early-Career Fellows | • Hardware-Aware Quantum Error Correction (QEC) |
| • QMIT Faculty Director: Prof. Danna Freedman | • Doctoral Representation: Yale, Harvard, Princeton, KAIST, Oxford | • Neutral-Atom Tweezer Arrays & Cavity QED Networks |
| • MIT Head of QMIT: VP for Research Ian Waitz | • Next Application Cycle: Fall 2026 (for 2027–2028) | • AI-Driven Topological Materials & Ultrafast Sensing |
Focus Areas of the Inaugural 2026 QMIT Fellows
First established in December 2025 as a strategic Institute initiative, QMIT designed the fellowship to bridge foundational quantum physics with emerging technological applications. The inaugural nine fellows and their targeted research lines include:
- Kaavya Sahay (PhD Yale / Host: Hengyun Zhou): Focuses on low-overhead fault-tolerant quantum computing, hardware-aware quantum error correction (QEC) code design, customized decoders, and logical operations built for near-term physical architectures.
- Neng-Chun (Allen) Chiu (PhD Harvard / Host: Martin Zwierlein): Advances neutral-atom tweezer arrays for quantum simulation and explores laser-cooling and trapping techniques for ultracold molecular systems.
- Mehmet Tuna Uysal (PhD Princeton / Host: Vladan Vuletić): Investigates spin-photon interfaces and optical cavities coupled to neutral-atom processors for telecom-wavelength quantum networks and quantum light generation.
- Mytraya Gattu (PhD Penn State / Host: Senthil Todadri): Combines theoretical many-body physics with AI-enabled machine learning to study strongly correlated topological quantum matter.
- Hyunsoo Ha, Charlotte König, Kiryang Kwon, Zhiyang Zeng, and Ivan Zhigulin: Additional fellows advancing theoretical quantum many-body dynamics, molecular-ion precision sensing, ultracold erbium/lithium quantum simulation, terahertz ultrafast control of magnetic states, and single-photon emitters in 2D moiré materials.
QMIT plans to open applications in fall 2026 for its 2027–2028 academic cohort.
Review the official program announcement via MIT News here, and inspect fellow profiles on the MIT Quantum Initiative Portal here.
August 31, 2026