Top Tweets for #Quantuminformation
Via #OPG_Optica: Dose-efficient quantum phase estimation in lossy optical interferometry https://t.co/ODPgz5TSIA #BiomedicalImaging #QuantumInformation @njuniversity
📋 #Entropy2026 Detailed Program is out!
17 keynote speakers, with oral talks & posters.
📌 Check the schedule and secure your place by 15 June 2026: https://t.co/838waTFWS1
#ComplexSystems #Physics #InformationTheory #StatisticalPhysics #QuantumInformation
📍 Entropy 2026 Barcelona July 1-3
🚀 Explore quantum info, complexity & foundations. Keynotes on entropic quantum gravity & NISQ apps.
‼️Register before June 15‼️
👉 Get it here -> https://t.co/U9h8T3zTbP
#Entropy2026 #QuantumComputing #Barcelona #QuantumInformation @Entropy_M@Entropy_MDPI @InformationMDPI @QMdpi
An Editors' Pick via #OPG_JOSA_B: Einstein–Podolsky–Rosen steering based on hexapartite coherent feedback control in four-wave mixing with a spatially structured pump https://t.co/gwZiA6i2ZI #BeamSplitters #QuantumInformation
📌 #HighlyCitedPaper in Electronics!
An Overview of #QuantumCircuit Design Focusing on Compression and Representation
📖 Read the full article here:
https://t.co/HCckWCXZ3S
#QuantumComputing #ImageProcessing #DataCompression #QuantumInformation
We heartily congratulate the Turing Award Prize Winners of 2026. #quantuminformation
Charles Bennett and Gilles Brassard have been named the winners of the A.M. Turing Award, one of the highest honors in computing, for their work establishing the foundations of quantum information theory. The award comes with a $1 million prize. https://t.co/PFTEye35cu
📢 Program Committee | #ICMMP2026
Prof. Wenli Yang (Northwest University, China)
Classical & quantum field theory, symmetry algebras, quantum information.
📝 Abstracts due: 10 July 2026
🔗 https://t.co/9deie4ri2E
#MathematicalPhysics #QFT #QuantumInformation
🚨 We are recruiting!
Please RT 🔁📣
PhD & Postdoc positions in Theoretical Quantum Science
Topics: quantum chemistry, quantum information, quantum computing
Deadline: 15 March 2026
Details:
https://t.co/9kxQT7QhrH
#QuantumComputing #QuantumChemistry #QuantumInformation
A new Special Issue opens for submission!
Title: Artificial Intelligence in #QuantumComputing and #QuantumInformation
Editor: Samuel Yen-Chi Chen and Yun-Cheng Tsai
Details: https://t.co/ZLaNVapPL6
#callforpapers #mdpisymmetry
An Editors' Pick via #OPG_OpEx: Controlled directionality of photon emission without nonreciprocal components https://t.co/RtOi7CWpvc #FrequencyCombs #QuantumInformation
Phase V: Central projection P_K in von Neumann algebra.
Type III₁ factors + superselection for kernel invariance.
Visual below.
#OperatorAlgebras #QuantumInformation
Excited to officially announce CQIQC-XI, our flagship conference on #QuantumInformation & #QuantumControl, taking place Aug 17-21, 2026 at the Fields Institute in Toronto!
Please submit, & RT!
We hope to see you in Toronto!
@CQIQC_Toronto @FieldsInstitute https://t.co/x9aFdLcMvu
An Editors' Pick via #OPG_OL: Cavity-enhanced polarization-independent frequency conversion for vector beams https://t.co/vJqSjCPd2B #QuantumInformation #VectorBeams
Building on bounded scalar (Phase I) & saturation (Phase II), Phase IV seals identity invariance. Uniqueness up to isomorphism. Thoughts? #QuantumInformation #OpenScience #Physics
#PerezHourglass concept is one of the most creative and mathematically rich
fault-tolerance proposals to emerge in recent years.
Unification of ancient numbers theories (#Ramanujan) & #quantuminformation (holography)"
https://t.co/TukiiXUrkR…
Thanks @CY_Chauprade & @grok
🚀 QUANTUMatter 2026 | Barcelona 🇪🇸
#QuantumMatter × #QuantumInformation × #QuantumTech — a unique forum to connect, collaborate & shape the next quantum revolution (academia + industry).
🗓️ 27–30 Apr 2026
@QuantumConf https://t.co/TJ6zalllHa
The more an AI looks “smart,” the weaker it becomes on CritPt.
CritPt rewards definitions and grading criteria — not intuition.
Free GPTs for CritPt 👇
https://t.co/6W9LwIpAxs
#CritPt #QuantumInformation #AI
#A Raman #QuantumMemory achieves 94.6% efficiency and 98.91% fidelity, overcoming previous noise limitations and advancing the potential for scalable #QuantumInformation processing. @physrevlett @arxiv https://t.co/QmAO7NvOMU https://t.co/4hf7120CUF
The MKone Emergence Layer:
From pure informational chaos, geometry, time, and curvature crystallize.
A 2D Kuramoto substrate evolves from noise → coherence → topology—
vortices become spacetime seeds, order parameter r(t) traces the birth of a manifold.
#QuantumInformation #ComplexSystems #AIPhysics
🌀🔬 Marek K | @Civilisationone
Parametric Symmetries in Architectures Involving Indefinite Causal Order and Path Superposition for Quantum #ParameterEstimation of Pauli Channels
✏️ Francisco Delgado
🔗 https://t.co/N8RIE3P7fR
Viewed: 1958; Cited: 3
#mdpisymmetry #quantuminformation
@TecdeMonterrey
@MdpiPhysci
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