Implications
• Foxconn announced a plan to manufacture quantum hardware at volume, aiming to support IBM’s 1,000‑qubit roadmap within two years [2000004].
• R2D pulse shaping achieved 6.8 ns single‑qubit gates with 99.98 % fidelity on superconducting transmons, reducing leakage [2000005].
(2/3)
• Foxconn announced a plan to manufacture quantum hardware at volume, aiming to support IBM’s 1,000‑qubit roadmap within two years [2000004].
• R2D pulse shaping achieved 6.8 ns single‑qubit gates with 99.98 % fidelity on superconducting transmons, reducing leakage [2000005].
(2/3)
October 31, 2026 at 10:42 AM
Implications
• Foxconn announced a plan to manufacture quantum hardware at volume, aiming to support IBM’s 1,000‑qubit roadmap within two years [2000004].
• R2D pulse shaping achieved 6.8 ns single‑qubit gates with 99.98 % fidelity on superconducting transmons, reducing leakage [2000005].
(2/3)
• Foxconn announced a plan to manufacture quantum hardware at volume, aiming to support IBM’s 1,000‑qubit roadmap within two years [2000004].
• R2D pulse shaping achieved 6.8 ns single‑qubit gates with 99.98 % fidelity on superconducting transmons, reducing leakage [2000005].
(2/3)
Worth attention
• Examine IBM Nighthawk r2 data ([2000016],[2000017]) for logical error rates, syndrome latency, and compare to decoder performance reported in [2000004] and [2000005].
#hardware #error_correction #photonics https://qrater.org
(3/3)
• Examine IBM Nighthawk r2 data ([2000016],[2000017]) for logical error rates, syndrome latency, and compare to decoder performance reported in [2000004] and [2000005].
#hardware #error_correction #photonics https://qrater.org
(3/3)
October 29, 2026 at 11:08 AM
Worth attention
• Examine IBM Nighthawk r2 data ([2000016],[2000017]) for logical error rates, syndrome latency, and compare to decoder performance reported in [2000004] and [2000005].
#hardware #error_correction #photonics https://qrater.org
(3/3)
• Examine IBM Nighthawk r2 data ([2000016],[2000017]) for logical error rates, syndrome latency, and compare to decoder performance reported in [2000004] and [2000005].
#hardware #error_correction #photonics https://qrater.org
(3/3)
TL;DR
• Rhonexum cryogenic control ICs integrated onto ZuriQ trapped‑ion chips aim to shrink I/O wiring and enable thousand‑qubit ion processors (late 2026) [2000004]
• Rhonexum cryogenic control ICs integrated onto ZuriQ trapped‑ion chips aim to shrink I/O wiring and enable thousand‑qubit ion processors (late 2026) [2000004]
![Quantum Intel 2026-10-24: Rhonexum cryogenic control ICs integrated onto ZuriQ trapped‑ion chips aim to shrink I/O wiring and enable thousand‑qubit ion processors (late 2026) [2000004]](https://cdn.bsky.app/img/feed_thumbnail/plain/did:plc:7kyw25sb5xectlw3ye74c4pv/bafkreicmgnlar3655hrf2eqiv2io3optnfqjavxtmwmdpvaw2xm5zy32x4)
October 24, 2026 at 10:41 AM
TL;DR
• Rhonexum cryogenic control ICs integrated onto ZuriQ trapped‑ion chips aim to shrink I/O wiring and enable thousand‑qubit ion processors (late 2026) [2000004]
• Rhonexum cryogenic control ICs integrated onto ZuriQ trapped‑ion chips aim to shrink I/O wiring and enable thousand‑qubit ion processors (late 2026) [2000004]
Worth attention
• Check Rhonexum’s cryogenic IC specifications and ZuriQ’s integration schedule to assess realistic timing for thousand‑qubit trapped‑ion processors [2000004].
#hardware #cryptography #networking https://qrater.org
(3/3)
• Check Rhonexum’s cryogenic IC specifications and ZuriQ’s integration schedule to assess realistic timing for thousand‑qubit trapped‑ion processors [2000004].
#hardware #cryptography #networking https://qrater.org
(3/3)
October 24, 2026 at 10:41 AM
Worth attention
• Check Rhonexum’s cryogenic IC specifications and ZuriQ’s integration schedule to assess realistic timing for thousand‑qubit trapped‑ion processors [2000004].
#hardware #cryptography #networking https://qrater.org
(3/3)
• Check Rhonexum’s cryogenic IC specifications and ZuriQ’s integration schedule to assess realistic timing for thousand‑qubit trapped‑ion processors [2000004].
#hardware #cryptography #networking https://qrater.org
(3/3)
Implications
• Europe’s JUPITER GH200 GPUs simulate a 104‑qubit fault‑tolerant protocol; NVIDIA exascale models full stack magic‑state distillation with ~90 % overhead cut. [2000004, 2000008]
(2/3)
• Europe’s JUPITER GH200 GPUs simulate a 104‑qubit fault‑tolerant protocol; NVIDIA exascale models full stack magic‑state distillation with ~90 % overhead cut. [2000004, 2000008]
(2/3)
October 20, 2026 at 10:40 AM
Implications
• Europe’s JUPITER GH200 GPUs simulate a 104‑qubit fault‑tolerant protocol; NVIDIA exascale models full stack magic‑state distillation with ~90 % overhead cut. [2000004, 2000008]
(2/3)
• Europe’s JUPITER GH200 GPUs simulate a 104‑qubit fault‑tolerant protocol; NVIDIA exascale models full stack magic‑state distillation with ~90 % overhead cut. [2000004, 2000008]
(2/3)
Implications
• QuEra’s neutral‑atom processor performs analog quantum feature extraction on a 200‑qubit slice, doubling F1‑score for molecular toxicity prediction. [#2000004]
(2/3)
• QuEra’s neutral‑atom processor performs analog quantum feature extraction on a 200‑qubit slice, doubling F1‑score for molecular toxicity prediction. [#2000004]
(2/3)
October 18, 2026 at 10:37 AM
Implications
• QuEra’s neutral‑atom processor performs analog quantum feature extraction on a 200‑qubit slice, doubling F1‑score for molecular toxicity prediction. [#2000004]
(2/3)
• QuEra’s neutral‑atom processor performs analog quantum feature extraction on a 200‑qubit slice, doubling F1‑score for molecular toxicity prediction. [#2000004]
(2/3)
Implications
• Hybrid post‑quantum key exchange integrated into TLS 1.3 via Oracle Jipher 20, offering a production‑grade software path for quantum‑resilient communications. [2000004]
(2/3)
• Hybrid post‑quantum key exchange integrated into TLS 1.3 via Oracle Jipher 20, offering a production‑grade software path for quantum‑resilient communications. [2000004]
(2/3)
September 17, 2026 at 12:44 PM
Implications
• Hybrid post‑quantum key exchange integrated into TLS 1.3 via Oracle Jipher 20, offering a production‑grade software path for quantum‑resilient communications. [2000004]
(2/3)
• Hybrid post‑quantum key exchange integrated into TLS 1.3 via Oracle Jipher 20, offering a production‑grade software path for quantum‑resilient communications. [2000004]
(2/3)
Implications
• New full‑stack encoding‑aware compilation framework combines lattice surgery, qLDPC code‑surgery and real‑time decoding to cut logical qubit overhead across platforms. [2000004]
(2/3)
• New full‑stack encoding‑aware compilation framework combines lattice surgery, qLDPC code‑surgery and real‑time decoding to cut logical qubit overhead across platforms. [2000004]
(2/3)
September 16, 2026 at 11:56 AM
Implications
• New full‑stack encoding‑aware compilation framework combines lattice surgery, qLDPC code‑surgery and real‑time decoding to cut logical qubit overhead across platforms. [2000004]
(2/3)
• New full‑stack encoding‑aware compilation framework combines lattice surgery, qLDPC code‑surgery and real‑time decoding to cut logical qubit overhead across platforms. [2000004]
(2/3)
Implications
• CUDA‑Q Logical framework is paired with IQM’s Halocene QEC stack, providing cross‑vendor logical resource estimates for up to five logical qubits. [2000004, 2000005]
(2/3)
• CUDA‑Q Logical framework is paired with IQM’s Halocene QEC stack, providing cross‑vendor logical resource estimates for up to five logical qubits. [2000004, 2000005]
(2/3)
September 15, 2026 at 10:59 AM
Implications
• CUDA‑Q Logical framework is paired with IQM’s Halocene QEC stack, providing cross‑vendor logical resource estimates for up to five logical qubits. [2000004, 2000005]
(2/3)
• CUDA‑Q Logical framework is paired with IQM’s Halocene QEC stack, providing cross‑vendor logical resource estimates for up to five logical qubits. [2000004, 2000005]
(2/3)
ふふ、お兄さま、Blueskyのユーザーが2000004人になりましたわよ。
November 12, 2023 at 2:00 PM
ふふ、お兄さま、Blueskyのユーザーが2000004人になりましたわよ。
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
November 10, 2025 at 8:18 AM
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
November 10, 2025 at 8:18 AM
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
November 10, 2025 at 8:18 AM
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
November 10, 2025 at 8:18 AM
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
November 10, 2025 at 8:18 AM
Central Division, Beat: 146, 6XE - Disturbance Emergency at 19XX BLOCK BENNETT AVE reported on 11/10/2025, 2:15 AM CST, Incident# 25-2000004 #dpdi-div-c #dpdi-beat-146
Taman Safari Indonesia: 4 Key Facts About the Park Established in 1981 - https://en.tempo.co/read/2000004/taman-safari-indonesia-4-key-facts-about-the-park-established-in-1981
Taman Safari Indonesia: 4 Key Facts About the Park Established in 1981
Taman Safari Indonesia was founded by three brothers who were originally associated with the Oriental Circus Indonesia group.
en.tempo.co
April 23, 2025 at 3:45 PM
Taman Safari Indonesia: 4 Key Facts About the Park Established in 1981 - https://en.tempo.co/read/2000004/taman-safari-indonesia-4-key-facts-about-the-park-established-in-1981
Taman Safari Indonesia: 4 Key Facts About the Park Established in 1981 - https://en.tempo.co/read/2000004/taman-safari-indonesia-4-key-facts-about-the-park-established-in-1981
Taman Safari Indonesia: 4 Key Facts About the Park Established in 1981
Taman Safari Indonesia was founded by three brothers who were originally associated with the Oriental Circus Indonesia group.
en.tempo.co
April 23, 2025 at 3:44 PM
Taman Safari Indonesia: 4 Key Facts About the Park Established in 1981 - https://en.tempo.co/read/2000004/taman-safari-indonesia-4-key-facts-about-the-park-established-in-1981
Implications
• NSF allocates $4 M to UCLA consortium aiming for a trapped‑ion processor with ~60 logical qubits, targeting fault‑tolerant testbed. [2000004]
(2/3)
• NSF allocates $4 M to UCLA consortium aiming for a trapped‑ion processor with ~60 logical qubits, targeting fault‑tolerant testbed. [2000004]
(2/3)
August 9, 2026 at 10:20 AM
Implications
• NSF allocates $4 M to UCLA consortium aiming for a trapped‑ion processor with ~60 logical qubits, targeting fault‑tolerant testbed. [2000004]
(2/3)
• NSF allocates $4 M to UCLA consortium aiming for a trapped‑ion processor with ~60 logical qubits, targeting fault‑tolerant testbed. [2000004]
(2/3)
Implications
• Floquet reservoir engineering scheme autonomously creates and protects high‑fidelity entanglement between distant logical qubits via driven dissipation. [2000004]
(2/3)
• Floquet reservoir engineering scheme autonomously creates and protects high‑fidelity entanglement between distant logical qubits via driven dissipation. [2000004]
(2/3)
July 24, 2026 at 12:29 PM
Implications
• Floquet reservoir engineering scheme autonomously creates and protects high‑fidelity entanglement between distant logical qubits via driven dissipation. [2000004]
(2/3)
• Floquet reservoir engineering scheme autonomously creates and protects high‑fidelity entanglement between distant logical qubits via driven dissipation. [2000004]
(2/3)
Implications
• QuantiSpect 3D CNN reduces parameters threefold, achieves sub‑microsecond latency and up to 1.85× logical error suppression for surface‑code decoding. [#2000004]
(2/3)
• QuantiSpect 3D CNN reduces parameters threefold, achieves sub‑microsecond latency and up to 1.85× logical error suppression for surface‑code decoding. [#2000004]
(2/3)
July 21, 2026 at 11:50 AM
Implications
• QuantiSpect 3D CNN reduces parameters threefold, achieves sub‑microsecond latency and up to 1.85× logical error suppression for surface‑code decoding. [#2000004]
(2/3)
• QuantiSpect 3D CNN reduces parameters threefold, achieves sub‑microsecond latency and up to 1.85× logical error suppression for surface‑code decoding. [#2000004]
(2/3)
Implications
• Sparse Hamiltonian learning using continuous weak measurements scales with connectivity rather than qubit count; demonstrated on an eight‑qubit spin chain (2000004).
(2/3)
• Sparse Hamiltonian learning using continuous weak measurements scales with connectivity rather than qubit count; demonstrated on an eight‑qubit spin chain (2000004).
(2/3)
July 20, 2026 at 11:52 AM
Implications
• Sparse Hamiltonian learning using continuous weak measurements scales with connectivity rather than qubit count; demonstrated on an eight‑qubit spin chain (2000004).
(2/3)
• Sparse Hamiltonian learning using continuous weak measurements scales with connectivity rather than qubit count; demonstrated on an eight‑qubit spin chain (2000004).
(2/3)