Durchbruch in der Quantenbildgebung: Klassisches thermales Licht erreicht 11,8× zeitliche und 5,1× räumliche Superauflösungs-Verbesserungen durch Multiphoton-Korrelationsanalyse und überwindet Beugungsgrenzen ohne entangelte Photonen zu benötigen.
#Quantenbildgebung #Superauflösung #Forschung
#Quantenbildgebung #Superauflösung #Forschung
Superauflösungs-Quantenbildgebung mittels Multiphoton-Korrelation
iq.fp2.dev
November 14, 2026 at 4:36 AM
Durchbruch in der Quantenbildgebung: Klassisches thermales Licht erreicht 11,8× zeitliche und 5,1× räumliche Superauflösungs-Verbesserungen durch Multiphoton-Korrelationsanalyse und überwindet Beugungsgrenzen ohne entangelte Photonen zu benötigen.
#Quantenbildgebung #Superauflösung #Forschung
#Quantenbildgebung #Superauflösung #Forschung
Breakthrough in quantum imaging: Classical thermal light achieves 11.8× temporal and 5.1× spatial super-resolution enhancements through multiphoton correlation analysis, overcoming diffraction limits without requiring entangled photons.
#QuantumImaging #SuperResolution #Research
#QuantumImaging #SuperResolution #Research
Super-Resolution Quantum Imaging via Multiphoton Correlation
arxiv.org
November 14, 2026 at 4:36 AM
Breakthrough in quantum imaging: Classical thermal light achieves 11.8× temporal and 5.1× spatial super-resolution enhancements through multiphoton correlation analysis, overcoming diffraction limits without requiring entangled photons.
#QuantumImaging #SuperResolution #Research
#QuantumImaging #SuperResolution #Research
Percée en imagerie quantique : La lumière thermique classique atteint des améliorations de super-résolution de 11,8× temporelle et 5,1× spatiale grâce à l'analyse de corrélation multiphoton, dépassant les limites de diffraction sans nécessiter de photons intriqués.
Imagerie Quantique Haute Résolution via Corrélation Multiphoton
arxiv.org
November 14, 2026 at 4:36 AM
Percée en imagerie quantique : La lumière thermique classique atteint des améliorations de super-résolution de 11,8× temporelle et 5,1× spatiale grâce à l'analyse de corrélation multiphoton, dépassant les limites de diffraction sans nécessiter de photons intriqués.
✨ NEW: Nikon AX MP Fiber Delivery
Why compromise between performance, cost, system footprint, and ease of setup?
A new approach to multiphoton imaging is here.
Contact your local Nikon representative to learn more 👉 https://bit.ly/4kaY5bO
Why compromise between performance, cost, system footprint, and ease of setup?
A new approach to multiphoton imaging is here.
Contact your local Nikon representative to learn more 👉 https://bit.ly/4kaY5bO
November 13, 2026 at 8:24 AM
✨ NEW: Nikon AX MP Fiber Delivery
Why compromise between performance, cost, system footprint, and ease of setup?
A new approach to multiphoton imaging is here.
Contact your local Nikon representative to learn more 👉 https://bit.ly/4kaY5bO
Why compromise between performance, cost, system footprint, and ease of setup?
A new approach to multiphoton imaging is here.
Contact your local Nikon representative to learn more 👉 https://bit.ly/4kaY5bO
Super-resolution quantum imaging via multiphoton correlation
https://arxiv.org/pdf/2611.11768
Yu Gu, Yiqi Song, Meixue Chen, Yuchen He, Hui Chen, Huaibin Zheng, Yu Zhou, Fuli Li, Zhuo Xu, Jianbin Liu.
https://arxiv.org/pdf/2611.11768
Yu Gu, Yiqi Song, Meixue Chen, Yuchen He, Hui Chen, Huaibin Zheng, Yu Zhou, Fuli Li, Zhuo Xu, Jianbin Liu.
https://arxiv.org/abs/2611.11768
arXiv abstract link
arxiv.org
November 11, 2026 at 6:16 AM
Super-resolution quantum imaging via multiphoton correlation
https://arxiv.org/pdf/2611.11768
Yu Gu, Yiqi Song, Meixue Chen, Yuchen He, Hui Chen, Huaibin Zheng, Yu Zhou, Fuli Li, Zhuo Xu, Jianbin Liu.
https://arxiv.org/pdf/2611.11768
Yu Gu, Yiqi Song, Meixue Chen, Yuchen He, Hui Chen, Huaibin Zheng, Yu Zhou, Fuli Li, Zhuo Xu, Jianbin Liu.
Only a few places left for the RTMFM & FEMTO thematic days on nonlinear microscopy, Dec. 10–11, 2026, at @bic-bordeaux.bsky.social
Are you working with multiphoton microscopy? Discover the latest advances making this technique more accessible and efficient
👉 jt-rtmfm-mmp.sciencesconf.org
Are you working with multiphoton microscopy? Discover the latest advances making this technique more accessible and efficient
👉 jt-rtmfm-mmp.sciencesconf.org
November 9, 2026 at 11:05 AM
Only a few places left for the RTMFM & FEMTO thematic days on nonlinear microscopy, Dec. 10–11, 2026, at @bic-bordeaux.bsky.social
Are you working with multiphoton microscopy? Discover the latest advances making this technique more accessible and efficient
👉 jt-rtmfm-mmp.sciencesconf.org
Are you working with multiphoton microscopy? Discover the latest advances making this technique more accessible and efficient
👉 jt-rtmfm-mmp.sciencesconf.org
Researchers reveal that Rydberg polariton interactions exhibit multiband Dirac-like dispersion, producing warped vortex structures absent in traditional single-band models—advancing understanding of multiphoton control mechanisms.
#RydbergPolaritons #PhotonicQuantum #News
#RydbergPolaritons #PhotonicQuantum #News
Multiband Dispersion Reveals Warped Vortex Structures in Strongly Interacting Photons
quantumzeitgeist.com
November 9, 2026 at 12:23 AM
Researchers reveal that Rydberg polariton interactions exhibit multiband Dirac-like dispersion, producing warped vortex structures absent in traditional single-band models—advancing understanding of multiphoton control mechanisms.
#RydbergPolaritons #PhotonicQuantum #News
#RydbergPolaritons #PhotonicQuantum #News
View this #Spotlight Summary by Weijian Yang of #OPG_OpEx: Pulsed 978 nm swept-source laser for high-speed multiphoton microscopy https://bit.ly/3Wmo5Hh #BiomedicalImaging #GreenFluorescentProtein 💡⚛️
November 6, 2026 at 7:10 PM
View this #Spotlight Summary by Weijian Yang of #OPG_OpEx: Pulsed 978 nm swept-source laser for high-speed multiphoton microscopy https://bit.ly/3Wmo5Hh #BiomedicalImaging #GreenFluorescentProtein 💡⚛️
Theoretical study reveals cooperative suppression of two-photon excitation through Kerr nonlinearity and cavity loss. Dissipation acts as a selective manifold filter, preferentially depleting multiphoton states while protecting single-excitation populations—providing design pr...
Kerr Nonlinearity and Cavity Dissipation Suppress Multiphoton Excitation in Driven Cavity Systems
arxiv.org
November 4, 2026 at 4:46 AM
Theoretical study reveals cooperative suppression of two-photon excitation through Kerr nonlinearity and cavity loss. Dissipation acts as a selective manifold filter, preferentially depleting multiphoton states while protecting single-excitation populations—providing design pr...
Cover of @natcatal.nature.com! 🌟
Incredible work by the @dellamicogroup.bsky.social lab developing a bimodal multiphoton organic photocatalyst with a 5.7V redox window. We are thrilled to see Kessil LED lamps driving this breakthrough! #ChemSky #KessilPR #photocatalysis
doi.org/10.1038/s419...
Incredible work by the @dellamicogroup.bsky.social lab developing a bimodal multiphoton organic photocatalyst with a 5.7V redox window. We are thrilled to see Kessil LED lamps driving this breakthrough! #ChemSky #KessilPR #photocatalysis
doi.org/10.1038/s419...
Bimodal multiphoton catalysis via structural regeneration - Nature Catalysis
Photocatalysts can generate radical species from substrates following light excitation. Here the authors report a two-photon bimodal catalysis approach in which the light-activated photocatalyst gener...
doi.org
November 3, 2026 at 6:31 AM
Cover of @natcatal.nature.com! 🌟
Incredible work by the @dellamicogroup.bsky.social lab developing a bimodal multiphoton organic photocatalyst with a 5.7V redox window. We are thrilled to see Kessil LED lamps driving this breakthrough! #ChemSky #KessilPR #photocatalysis
doi.org/10.1038/s419...
Incredible work by the @dellamicogroup.bsky.social lab developing a bimodal multiphoton organic photocatalyst with a 5.7V redox window. We are thrilled to see Kessil LED lamps driving this breakthrough! #ChemSky #KessilPR #photocatalysis
doi.org/10.1038/s419...
Quantum-Nondemolition Probing of Multiphoton Transitions between Dressed States in a Strongly Driven Jaynes--Cummings System
https://arxiv.org/pdf/2611.02861
Han-Yu Ren et al.
https://arxiv.org/pdf/2611.02861
Han-Yu Ren et al.
https://arxiv.org/abs/2611.02861
arXiv abstract link
arxiv.org
November 4, 2026 at 5:34 AM
Quantum-Nondemolition Probing of Multiphoton Transitions between Dressed States in a Strongly Driven Jaynes--Cummings System
https://arxiv.org/pdf/2611.02861
Han-Yu Ren et al.
https://arxiv.org/pdf/2611.02861
Han-Yu Ren et al.
We demonstrate quantum-nondemolition spectroscopy to resolve multiphoton transitions between dressed states in circuit QED. By separating cavity drive from qubit readout, we achieve unprecedented sensitivity to resolve transitions involving up to 20 photons and identify transi...
QND Probing of Multiphoton Transitions in Strongly Driven Jaynes-Cummings Systems
iq.fp2.dev
November 3, 2026 at 7:30 AM
We demonstrate quantum-nondemolition spectroscopy to resolve multiphoton transitions between dressed states in circuit QED. By separating cavity drive from qubit readout, we achieve unprecedented sensitivity to resolve transitions involving up to 20 photons and identify transi...
Researchers achieved 450-second bit-flip times in Kerr-cat qubits—five orders of magnitude improvement—using multiphoton resonances as autonomous cooling channels without additional circuit elements, advancing strongly-biased error correction.
Autonomous cooling of Kerr-cat qubits to minutes-long bit-flip times
iq.fp2.dev
November 4, 2026 at 7:13 AM
Researchers achieved 450-second bit-flip times in Kerr-cat qubits—five orders of magnitude improvement—using multiphoton resonances as autonomous cooling channels without additional circuit elements, advancing strongly-biased error correction.
L'étude théorique révèle une suppression coopérative de l'excitation à deux photons par la non-linéarité Kerr et la perte de cavité. La dissipation agit comme un filtre de variété sélectif, déplétant de préférence les états multiphotons tout en protégeant les populations d'exc...
La non-linéarité Kerr et la dissipation de cavité suppriment l'excitation multiphoton dans les systèmes de cavité pilotés
iq.fp2.dev
November 4, 2026 at 4:48 AM
L'étude théorique révèle une suppression coopérative de l'excitation à deux photons par la non-linéarité Kerr et la perte de cavité. La dissipation agit comme un filtre de variété sélectif, déplétant de préférence les états multiphotons tout en protégeant les populations d'exc...
นักวิจัยสำเร็จในการทำให้ bit-flip times ของคิวบิต Kerr-cat ถึง 450 วินาที ซึ่งเป็นการปรับปรุงกว่า 5 ลำดับขนาด โดยใช้ multiphoton resonances เป็นช่องทางระบายความร้อนอัตโนมัติโดยไม่ต้องใช้องค์ประกอบวงจรเพิ่มเติม ซึ่งส่งเสริมการแก้ไขข้อผิดพลาดที่มีความเอนเอียงสูง
การระบายความร้อนอัตโนมัติของ Kerr-cat qubits ให้มี bit-flip times ที่ยาวนานถึงนาที
arxiv.org
November 4, 2026 at 7:15 AM
นักวิจัยสำเร็จในการทำให้ bit-flip times ของคิวบิต Kerr-cat ถึง 450 วินาที ซึ่งเป็นการปรับปรุงกว่า 5 ลำดับขนาด โดยใช้ multiphoton resonances เป็นช่องทางระบายความร้อนอัตโนมัติโดยไม่ต้องใช้องค์ประกอบวงจรเพิ่มเติม ซึ่งส่งเสริมการแก้ไขข้อผิดพลาดที่มีความเอนเอียงสูง
(JASMS) Online Monitoring
of Residential Combustion Emissions
at the Molecular Level by Vacuum Photoionization High-Resolution Orbitrap
Mass Spectrometry: AbstractOnline mass spectrometry
of combustion emissions is often limited
by unresolved isobaric contributions. An Orbitrap… (RSS) #MassSpecRSS
of Residential Combustion Emissions
at the Molecular Level by Vacuum Photoionization High-Resolution Orbitrap
Mass Spectrometry: AbstractOnline mass spectrometry
of combustion emissions is often limited
by unresolved isobaric contributions. An Orbitrap… (RSS) #MassSpecRSS
Online Monitoring
of Residential Combustion Emissions
at the Molecular Level by Vacuum Photoionization High-Resolution Orbitrap
Mass Spectrometry
AbstractOnline mass spectrometry
of combustion emissions is often limited
by unresolved isobaric contributions. An Orbitrap Fourier transform
mass spectrometer (Orbitrap FT-MS) with in-vacuum resonance-enhanced
multiphoton ionization (REMPI, 248 nm) was therefore deployed at a
residential stove and benchmarked against a nominal-resolution orthogonal-acceleration
time-of-flight mass spectrometer (oaTOF-MS) using the same REMPI scheme.
Under different air-supply conditions, beech logwood, fiberboard,
wheat bran, a processed wood-based picture frame, and brown coal briquettes
were used in successive burns. Total-ion-current profiles of both
instruments agreed closely, while the Orbitrap provided a resolving
power roughly 90–110 times that of the oaTOF-MS (R = 1300–1600) and separated up to eight components within
a single nominal-mass channel. Scan-wise recalibration held the root-mean-square-error
of the calibrant masses at 0.20 ppm; molecular formulas were assigned
to 740 monoisotopic features within a ±2 ppm window, 93.4% of
them within ±0.5 ppm, and 65% of these assignments were compositionally
unique under the applied constraints. The O/CH4 exchange
(36.4 mDa) was the most frequent mass difference; the smallest retained
separation, 2.7 mDa at m/z 253,
required R > 90,000, and no within-nominal-mass
split
was resolved in the oaTOF-MS data. The resolved chemistry qualitatively
tracked both combustion regime and feedstock: methoxyphenol-type oxygenated
aromatics during air-limited beech burning, condensed polycyclic aromatic
hydrocarbons during flaming, nitrogen-containing aromatics from wheat
bran and fiberboard, and alkylated dibenzothiophene-type series from
brown coal. Online REMPI Orbitrap FT-MS thus resolves chemically distinct
contributions hidden within nominal-mass signals and enables formula-resolved
monitoring of residential combustion emissions.
dlvr.it
November 5, 2026 at 12:02 AM
(JASMS) Online Monitoring
of Residential Combustion Emissions
at the Molecular Level by Vacuum Photoionization High-Resolution Orbitrap
Mass Spectrometry: AbstractOnline mass spectrometry
of combustion emissions is often limited
by unresolved isobaric contributions. An Orbitrap… (RSS) #MassSpecRSS
of Residential Combustion Emissions
at the Molecular Level by Vacuum Photoionization High-Resolution Orbitrap
Mass Spectrometry: AbstractOnline mass spectrometry
of combustion emissions is often limited
by unresolved isobaric contributions. An Orbitrap… (RSS) #MassSpecRSS
First direct measurement of quantum phase in multiphoton systems with up to 15 photons achieved via homodyne interferometry and photon-number-resolving detection, establishing the number-phase uncertainty relation and enabling phase-selective quantum measurements.
Measuring Quantum Phase of Multiphoton Systems
arxiv.org
October 31, 2026 at 11:51 PM
First direct measurement of quantum phase in multiphoton systems with up to 15 photons achieved via homodyne interferometry and photon-number-resolving detection, establishing the number-phase uncertainty relation and enabling phase-selective quantum measurements.
First direct measurement of quantum phase in multiphoton systems with up to 15 photons achieved via homodyne interferometry and photon-number-resolving detection, establishing the number-phase uncertainty relation and enabling phase-selective quantum measurements.
Measuring Quantum Phase of Multiphoton Systems
arxiv.org
October 31, 2026 at 11:51 PM
First direct measurement of quantum phase in multiphoton systems with up to 15 photons achieved via homodyne interferometry and photon-number-resolving detection, establishing the number-phase uncertainty relation and enabling phase-selective quantum measurements.
Local multiphoton loss restores uniform operator-norm Lieb-Robinson bounds for dissipative Bose-Hubbard systems, enabling efficient digital quantum simulation and adiabatic approximation for bosonic platforms—previously impossible without state assumptions.
Dissipation-Enabled Locality Bounds for Bosonic Lattice Systems
arxiv.org
November 1, 2026 at 6:20 PM
Local multiphoton loss restores uniform operator-norm Lieb-Robinson bounds for dissipative Bose-Hubbard systems, enabling efficient digital quantum simulation and adiabatic approximation for bosonic platforms—previously impossible without state assumptions.
La perte multiphoton locale restaure les bornes Lieb-Robinson uniformes de norme d'opérateur pour les systèmes Bose-Hubbard dissipatifs, permettant la simulation quantique numérique efficace et l'approximation adiabatique pour les plateformes bosoniques—précédemment impossible...
Bornes de Localité Activées par la Dissipation pour les Systèmes de Réseaux Bosoniques
arxiv.org
November 1, 2026 at 6:22 PM
La perte multiphoton locale restaure les bornes Lieb-Robinson uniformes de norme d'opérateur pour les systèmes Bose-Hubbard dissipatifs, permettant la simulation quantique numérique efficace et l'approximation adiabatique pour les plateformes bosoniques—précédemment impossible...
🔬What secrets are hidden inside rocks and meteorites?☄️@space-rocks.bsky.social et al. use multiphoton #microscopy to answer this. Explore their dataset & article at doi.org/10.25422/azu... & doi.org/10.1364/OE.5.... Image: Crossley et al. (2024). CC BY-NC 4.0 #OpenData #OpenScience #Optics #Geology
October 30, 2026 at 3:52 PM
🔬What secrets are hidden inside rocks and meteorites?☄️@space-rocks.bsky.social et al. use multiphoton #microscopy to answer this. Explore their dataset & article at doi.org/10.25422/azu... & doi.org/10.1364/OE.5.... Image: Crossley et al. (2024). CC BY-NC 4.0 #OpenData #OpenScience #Optics #Geology
New protocol reconstructs Gram matrices of partially distinguishable photons, enabling multiphoton interference characterization without resolving internal states. Sample complexity is polynomial in photon number and independent of internal Hilbert-space dimension.
Gram-Matrix Tomography for Characterizing Photonic Partial Distinguishability
arxiv.org
October 31, 2026 at 12:38 PM
New protocol reconstructs Gram matrices of partially distinguishable photons, enabling multiphoton interference characterization without resolving internal states. Sample complexity is polynomial in photon number and independent of internal Hilbert-space dimension.
New protocol reconstructs Gram matrices of partially distinguishable photons, enabling multiphoton interference characterization without resolving internal states. Sample complexity is polynomial in photon number and independent of internal Hilbert-space dimension.
Gram-Matrix Tomography for Characterizing Photonic Partial Distinguishability
arxiv.org
October 31, 2026 at 12:38 PM
New protocol reconstructs Gram matrices of partially distinguishable photons, enabling multiphoton interference characterization without resolving internal states. Sample complexity is polynomial in photon number and independent of internal Hilbert-space dimension.
Un nouveau protocole reconstruit les matrices de Gram de photons partiellement distinguables, permettant la caractérisation de l'interférence multiphoton sans résoudre les états internes. La complexité d'échantillonnage est polynomiale en fonction du nombre de photons et indép...
Tomographie par matrice de Gram pour la caractérisation de la distinguabilité partielle photonique
iq.fp2.dev
October 31, 2026 at 12:39 PM
Un nouveau protocole reconstruit les matrices de Gram de photons partiellement distinguables, permettant la caractérisation de l'interférence multiphoton sans résoudre les états internes. La complexité d'échantillonnage est polynomiale en fonction du nombre de photons et indép...
Un nouveau protocole reconstruit les matrices de Gram de photons partiellement distinguables, permettant la caractérisation de l'interférence multiphoton sans résoudre les états internes. La complexité d'échantillonnage est polynomiale en fonction du nombre de photons et indép...
Tomographie par matrice de Gram pour la caractérisation de la distinguabilité partielle photonique
iq.fp2.dev
October 31, 2026 at 12:39 PM
Un nouveau protocole reconstruit les matrices de Gram de photons partiellement distinguables, permettant la caractérisation de l'interférence multiphoton sans résoudre les états internes. La complexité d'échantillonnage est polynomiale en fonction du nombre de photons et indép...