# 26. Daqing Wang on Quantum Teleportation and molecules as a platform for Quantum Technology

Page: https://stenobird.com/podcast/ml4q-a-from-the-lives-of-quantum-physicists-5212739/26-daqing-wang-on-quantum-teleportation-and-molecules-as-a-platform-for-quantum-technology
Text version: https://stenobird.com/podcast/ml4q-a-from-the-lives-of-quantum-physicists-5212739/26-daqing-wang-on-quantum-teleportation-and-molecules-as-a-platform-for-quantum-technology.md
Podcast: [ML4Q&A - from the lives of quantum physicists](https://stenobird.com/podcast/ml4q-a-from-the-lives-of-quantum-physicists-5212739)
Published: 2026-03-10T11:56:26+00:00
Episode link: https://ml4qna.podigee.io/26-28-daqing-wang
Audio file: https://audio.podigee-cdn.net/2372231-m-a06e73ffe8f905a3809721c3bab0d9b5.mp3?source=feed
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JSON: https://stenobird.com/v1/public/podcasts/ml4q-a-from-the-lives-of-quantum-physicists-5212739/episodes/26-daqing-wang-on-quantum-teleportation-and-molecules-as-a-platform-for-quantum-technology
Duration seconds: 2907

## Resource

In this episode of ML4Q&A, hosts Chandana Rao and Patrick Geraghty speak with Professor Daqing Wang about his journey through experimental quantum science and the challenges of building cutting-edge quantum technologies. Wang reflects on his early experience contributing to a landmark experiment that demonstrated quantum teleportation over 143 kilometers between the Canary Islands, describing what it was like to join such a high-impact project as a master’s student and the practical challenges involved in detecting fragile quantum signals over long distances. The conversation explores the realities of running demanding quantum optics experiments, from dealing with noise and imperfect equipment to designing reliable single-photon sources using molecules trapped in microcavities at cryogenic temperatures. Wang also discusses the importance of interdisciplinary collaboration, particularly between physicists and chemists, in identifying and engineering molecules suitable for quantum devices. Looking ahead, the episode considers how new tools, including artificial intelligence, could help design better quantum materials and accelerate the development of future quantum technologies. The result is a wide-ranging discussion about the past, present, and future of experimental quantum research.

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## Transcript

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