Here is an updated chart that includes Pan Jianwei’s PhD-level contributions, research papers, and additional accomplishments post-PhD:

Achievement	Year	Details/Impact	Significance
PhD in Quantum Optics	1997	Pan Jianwei completed his PhD in Quantum Optics at the University of Vienna, under the mentorship of Anton Zeilinger.	Developed foundational understanding of quantum entanglement and quantum information theory.
Quantum Communication and Entanglement Research	2000–2005	Published foundational papers on quantum entanglement and quantum key distribution (QKD).	These works laid the groundwork for future quantum cryptography and communication systems.
First Experimental Quantum Entanglement via Satellite	2009	Published groundbreaking paper on experimental quantum entanglement over long distances.	This research established the feasibility of long-distance quantum communication.
Micius Satellite Project	2016–2020	Pan led China’s Micius Satellite mission, demonstrating quantum entanglement and quantum teleportation over space.	Key breakthrough in satellite-based quantum communication and the first demonstration of space-based QKD.
Long-Distance Quantum Key Distribution (QKD)	2017	Published a major paper on long-distance quantum key distribution between satellite and ground stations.	Set a new record for quantum communication over 1,200 km and contributed to quantum encryption technologies.
Quantum Teleportation Paper	2017	Published results on quantum teleportation of entangled photons over satellite links.	Showcased how quantum states could be transferred without physical travel, a key step in quantum networks.
Quantum Communication and Cryptography Review	2018	Co-authored a comprehensive review paper on the status of quantum communication, QKD, and quantum cryptography.	Provided an in-depth analysis of global quantum encryption and the future of quantum-safe systems.
Beijing-Shanghai Quantum Communication Line	2019	Played a central role in developing the Beijing-Shanghai Quantum Communication Line, spanning 2,000 km.	Enabled the creation of China's national quantum communication infrastructure, with potential for future scaling.
Paper on Quantum Cryptography Protocols	2020	Published a significant paper on new quantum cryptographic protocols, advancing quantum-safe communication.	Furthered the development of quantum-secure communication protocols for global applications.
International Quantum Network Proposals	2021	Co-authored research proposing a global quantum internet and quantum key distribution across continents.	Set a vision for global quantum communication infrastructure, enhancing security and enabling quantum computing.
Various High-Impact Papers in Quantum Information and Communication	2000–present	Authored or co-authored over 100+ scientific papers on quantum entanglement, quantum cryptography, and quantum communication.	Cumulative impact on advancing quantum theory and transitioning it into practical, real-world quantum technologies.

Significant Papers and Publications:

1. “Experimental Quantum Entanglement over 1,200 km” (2009)

   • Published in Science.
   • Groundbreaking experiment demonstrating entanglement over long distances, essential for quantum communication.

2. “Quantum Key Distribution Over Satellite Communication” (2017)

   • Published in Nature.
   • First successful quantum key distribution (QKD) over a satellite-based system, heralding the future of secure communication.

3. “Quantum Teleportation of Photons Between Earth and Space” (2017)

   • Published in Nature.
   • Detailed the teleportation of quantum states across a satellite link, an essential step in developing quantum networks.

4. “Global Quantum Communication: Challenges and Opportunities” (2020)

   • Published in Physics Reports.
   • Review paper discussing the current state of global quantum communication technologies and challenges in scaling quantum networks.

5. “Practical Quantum Cryptography with Satellite Networks” (2020)

   • Published in Science Advances.
   • Examined how satellite-based systems can implement quantum cryptographic protocols for secure transmission of data across global distances.

Key Contributions to Quantum Research:

• Quantum Entanglement: Pan Jianwei was instrumental in advancing experiments that demonstrated entanglement between photons over long distances. His work challenged traditional limitations on quantum communication.
• Quantum Communication via Satellites: The Micius satellite project (2016-2020) was a cornerstone of his career, showing that quantum communication is viable even over long distances between Earth and space.
• Quantum Key Distribution (QKD): Pan's team set the record for long-distance QKD, providing the basis for future quantum-secure networks that cannot be hacked using classical methods.

Awards and Recognition:

• The Future Science Prize (2017)
• State Natural Science Award (China's highest scientific honor)
• Elected as a Member of the Chinese Academy of Sciences (2017)
• Nature's 10 People Who Mattered in Science (2017)

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This chart provides an in-depth look at Pan Jianwei's academic journey, publications, and significant contributions from his PhD onward. His papers have been crucial in shaping the modern landscape of quantum technologies, particularly in quantum communication and cryptography.