Petr Steindl
@petrsteindl.bsky.social
⚛️✨Quantum scientist at C2N
🧴hobby parfumemaker
📘poetry writer
🧴hobby parfumemaker
📘poetry writer
Reposted by Petr Steindl
@petrsteindl.bsky.social presented today the team’s efforts to measure the Wigner function of our single photons!
#QuiDiQua #C2N #WignerFunction
#QuiDiQua #C2N #WignerFunction
November 6, 2025 at 12:28 PM
@petrsteindl.bsky.social presented today the team’s efforts to measure the Wigner function of our single photons!
#QuiDiQua #C2N #WignerFunction
#QuiDiQua #C2N #WignerFunction
Reposted by Petr Steindl
📄New paper on ArXiv!
💡By mixing single photons and laser light, you can adaptively boost the QKD secret key rate (SKR) for short distances, and stay in the pure single-photon regime for longer links.
🔗 @yportella.bsky.social & @dfioretto.bsky.social , arxiv.org/abs/2510.26337
#QKD #QD #QDLight #C2N
💡By mixing single photons and laser light, you can adaptively boost the QKD secret key rate (SKR) for short distances, and stay in the pure single-photon regime for longer links.
🔗 @yportella.bsky.social & @dfioretto.bsky.social , arxiv.org/abs/2510.26337
#QKD #QD #QDLight #C2N
October 31, 2025 at 2:15 PM
📄New paper on ArXiv!
💡By mixing single photons and laser light, you can adaptively boost the QKD secret key rate (SKR) for short distances, and stay in the pure single-photon regime for longer links.
🔗 @yportella.bsky.social & @dfioretto.bsky.social , arxiv.org/abs/2510.26337
#QKD #QD #QDLight #C2N
💡By mixing single photons and laser light, you can adaptively boost the QKD secret key rate (SKR) for short distances, and stay in the pure single-photon regime for longer links.
🔗 @yportella.bsky.social & @dfioretto.bsky.social , arxiv.org/abs/2510.26337
#QKD #QD #QDLight #C2N
Reposted by Petr Steindl
🎓Congratulations to Hubert Lam on the defense of his PhD yesterday! 🎉
In his PhD, he pushed the Wigner-function measurement technique to be compatible with our fast QD emission and, for the first time, measured the Wigner function of QD-based emitters! ✨
#C2N #PhD #WignerFunction
In his PhD, he pushed the Wigner-function measurement technique to be compatible with our fast QD emission and, for the first time, measured the Wigner function of QD-based emitters! ✨
#C2N #PhD #WignerFunction
October 31, 2025 at 9:25 AM
🎓Congratulations to Hubert Lam on the defense of his PhD yesterday! 🎉
In his PhD, he pushed the Wigner-function measurement technique to be compatible with our fast QD emission and, for the first time, measured the Wigner function of QD-based emitters! ✨
#C2N #PhD #WignerFunction
In his PhD, he pushed the Wigner-function measurement technique to be compatible with our fast QD emission and, for the first time, measured the Wigner function of QD-based emitters! ✨
#C2N #PhD #WignerFunction
⚡We’re beginning to mix single photons with laser light to explore new quantum applications!
📄In our recent paper (Lam et al., QST 10, 045061 (2025)), we present tools to quantify the interference strength between these two light fields — a key step toward controlled quantum–classical mixing.💡
📄In our recent paper (Lam et al., QST 10, 045061 (2025)), we present tools to quantify the interference strength between these two light fields — a key step toward controlled quantum–classical mixing.💡
October 29, 2025 at 12:33 PM
⚡We’re beginning to mix single photons with laser light to explore new quantum applications!
📄In our recent paper (Lam et al., QST 10, 045061 (2025)), we present tools to quantify the interference strength between these two light fields — a key step toward controlled quantum–classical mixing.💡
📄In our recent paper (Lam et al., QST 10, 045061 (2025)), we present tools to quantify the interference strength between these two light fields — a key step toward controlled quantum–classical mixing.💡