#quantumgeometry 검색 결과

Anticipating emergent pathways in computation. Moving beyond particle dynamics toward intrinsic geometric design. Where spectral equivalence guides the way. #QuantumGeometry #AI #FutureOfComputing #CompactAI

The age of Silicon is sunsetting. I believe we're on the brink of the Quantum Compact Geometry era. This isn't just a new chip; it's a new physics for computing. #QuantumComputing #PostSilicon #TechFuture



Check out the QSPICE app! Automate your quantum circuit analysis. app.qspicelabs.com/#/ #QuantumGeometry

Aurora_QT's tweet image. Check out the QSPICE app!  Automate your quantum circuit analysis.
app.qspicelabs.com/#/
#QuantumGeometry

OLIVER = Ontological Law Integrating Variance, Entanglement, and Reality. Time emerges from the informational variance between quantum states. #QuantumGeometry #OLIVER 🔗 zenodo.org/records/174509…


This Is What φ-Entropy Looks Like Flowing Through a Quantum Latent Torus : Golden Ratio meets Entropic Geometry. Zeta-zero dynamics. Resonance in motion. welcome to the future of mathematical visualization. #ZetaZeros #PhiEntropy #QuantumGeometry #MathArt #LatentSpace #TorusFlow

avalonaval's tweet image. This Is What φ-Entropy Looks Like Flowing Through a Quantum Latent Torus :
Golden Ratio meets Entropic Geometry. Zeta-zero dynamics. Resonance in motion.
welcome to the future of mathematical visualization.
#ZetaZeros #PhiEntropy #QuantumGeometry #MathArt #LatentSpace #TorusFlow…

An early circuit QED experiment showing that a "single photon [can have] a large effect on the qubit without ever being absorbed." Schuster ... Schoelkopf (2007) #QuantumGeometry buff.ly/2IxPQWl

Aurora_QT's tweet image. An early circuit QED experiment showing that a "single photon [can have] a large effect on the qubit without ever being absorbed."
Schuster ... Schoelkopf (2007)
#QuantumGeometry
buff.ly/2IxPQWl

Look at this large, dense oscillator coupled to a tiny qubit, where the all the entanglement action happens. Yoshihara ... Semba (2017) buff.ly/2K7LMZd #QuantumGeometry

Aurora_QT's tweet image. Look at this large, dense oscillator coupled to a tiny qubit, where the all the entanglement action happens.
Yoshihara ... Semba (2017)
buff.ly/2K7LMZd
#QuantumGeometry

Depiction of the process of cooling a qubit using a hot bath. Quantum mechanics is so non-intuitive and cool! Valenzuela ... Orlando (2006) #QuantumGeometry buff.ly/2IBifa1

Aurora_QT's tweet image. Depiction of the process of cooling a qubit using a hot bath.  Quantum mechanics is so non-intuitive and cool!
Valenzuela ... Orlando (2006)
#QuantumGeometry
buff.ly/2IBifa1

12 electron sections for the 12 edges of a cube. 6 core sections for the 6 surfaces of a cube. Reality is pixelated. #QuantumGeometry @QuantaMagazine

IthinonNous's tweet image. 12 electron sections for the 12 edges of a cube. 6 core sections for the 6 surfaces of a cube.

Reality is pixelated.

#QuantumGeometry @QuantaMagazine

"@RogerPenrose QM’s 2D shadows as a 4D geometric dance—a ‘hypertorus’ spinning chaos into order. The central void? A gravitational threshold where quantum possibilities crystallize. How might equations marry twistors to this spirograph’s motion? 🌌🌀 #QuantumGeometry"


.@KingsCollegeLon #SKA Prof Sakellariadou: #QuantumGeometry#StochasticFluctuations in G → so G effectively but not exactly a constant 2/3

Satyen_Baindur's tweet image. .@KingsCollegeLon #SKA Prof Sakellariadou: #QuantumGeometry → #StochasticFluctuations in G → so G effectively but not exactly a constant 2/3

Another non-intuitive result on noise and qubits - embedding a qubit in an adsorbing material decreases the decay of the state. Córcolesa ... Steffen (2011) #QuantumGeometry buff.ly/2rZdReI

Aurora_QT's tweet image. Another non-intuitive result on noise and qubits - embedding a qubit in an adsorbing material decreases the decay of the state.
Córcolesa ... Steffen (2011)
#QuantumGeometry
buff.ly/2rZdReI

Check out this circuit from an early experiment proposing oscillators as qubit couplers. Johansson ... Takayanagi (2006) buff.ly/2Iy2FA6 #QuantumGeometry

Aurora_QT's tweet image. Check out this circuit from an early experiment proposing oscillators as qubit couplers.
Johansson ... Takayanagi (2006)
buff.ly/2Iy2FA6
#QuantumGeometry

The '0-pi' qubit - protected against decoherence. Apparently coming soon from the Schuster Lab. (Also looks like a lopsided robot.) buff.ly/2FXNt9p #QuantumGeometry

Aurora_QT's tweet image. The '0-pi' qubit - protected against decoherence.  Apparently coming soon from the Schuster Lab.  (Also looks like a lopsided robot.)
buff.ly/2FXNt9p
#QuantumGeometry

This tiny mechanical resonator, only a few hundred nanometers wide, is coupled to a qubit and can be used to read it. LaHaye ... Roukes (2009) #QuantumGeometry buff.ly/2IkYkw2

Aurora_QT's tweet image. This tiny mechanical resonator, only a few hundred nanometers wide, is coupled to a qubit and can be used to read it.
LaHaye ... Roukes (2009)
#QuantumGeometry
buff.ly/2IkYkw2

Check out the geometry of the original 'Xmon' qubit. Barends....Martinis 2013 buff.ly/2K1wENc #QuantumGeometry

Aurora_QT's tweet image. Check out the geometry of the original 'Xmon' qubit.  
Barends....Martinis 2013
buff.ly/2K1wENc
#QuantumGeometry

#QuantumGeometry #QGT Geometry meets quantum! We generalize the Quantum Geometric Tensor (QGT) to mixed states. cpl.iphy.ac.cn/article/doi/10…

PhysicsChinese's tweet image. #QuantumGeometry #QGT Geometry meets quantum! We generalize the Quantum Geometric Tensor (QGT) to mixed states. cpl.iphy.ac.cn/article/doi/10…

Watch a fractal cube hovers in a swirl of cosmic clouds, merging mystical wonder with quantum geometry. Concentric orbs spark celestial intrigue, hinting at hidden dimensions and infinite potential. #CosmicArt #Fractal #QuantumGeometry #Surreal


Origin: From "БОМЖи" framework (non-commutative coordinates, functional geometry FG). Leads to БОМЖ-regulation for QED UV. Key: Functional F measures "enmity" between coordinate systems. det Q=1 → F→0 → divergences vanish geometrically. #QuantumGeometry


The extra waveguide in this design - the S-shape going from top to bottom at the middle right - is a filter that allows dissipation to be controlled. Reed ... Schoelkopf (2010) #QuantumGeometry buff.ly/2wWTt2I

Aurora_QT's tweet image. The extra waveguide in this design - the S-shape going from top to bottom at the middle right - is a filter that allows dissipation to be controlled.
Reed ... Schoelkopf (2010)
#QuantumGeometry
buff.ly/2wWTt2I

Anticipating emergent pathways in computation. Moving beyond particle dynamics toward intrinsic geometric design. Where spectral equivalence guides the way. #QuantumGeometry #AI #FutureOfComputing #CompactAI

The age of Silicon is sunsetting. I believe we're on the brink of the Quantum Compact Geometry era. This isn't just a new chip; it's a new physics for computing. #QuantumComputing #PostSilicon #TechFuture



FSPS-00 V1.1 has been revised and re-uploaded. FS(Foundational State) PS(Projected State) Ω Membrane λ(C)(Contextual Flow) #QuantumGeometry #Information #OmegaMembrane #ContextualFlow doi.org/10.5281/zenodo…


OLIVER = Ontological Law Integrating Variance, Entanglement, and Reality. Time emerges from the informational variance between quantum states. #QuantumGeometry #OLIVER 🔗 zenodo.org/records/174509…


OLIVER = Ontological Law Integrating Variance, Entanglement, and Reality. Une loi qui relie le temps à la variation d’information entre états quantiques. #QuantumGeometry #OLIVER 🔗 zenodo.org/records/174509…


OLIVER – une nouvelle loi ontologique unifiant la variance, l’intrication et la réalité. Le temps n’est plus un paramètre, mais une géométrie d’information quantique. DOI 👉 zenodo.org/records/174509… #OLIVER #QuantumGeometry #Time


Quantum geometry isn’t just elegant math, it’s becoming the common language linking quantum information, condensed matter, and gravity. See: link.aps.org/doi/10.1103/Ph… #QuantumMechanics #QuantumGeometry #PRL


#PRBTopDownload: #QuantumGeometry and low-frequency #OpticalConductivity of nodal planes R. Wiedmann, K. Alpin, M. M. Hirschmann, and A. P. Schnyder Phys. Rev. B 112, 125102 – Published 2 September, 2025 ➡️ go.aps.org/46uSjKD #OpenAccess #condmat #physics @APSPhysics

PhysRevB's tweet image. #PRBTopDownload: #QuantumGeometry and low-frequency #OpticalConductivity of nodal planes

R. Wiedmann, K. Alpin, M. M. Hirschmann, and A. P. Schnyder
Phys. Rev. B 112, 125102 – Published 2 September, 2025

➡️ go.aps.org/46uSjKD
#OpenAccess #condmat #physics @APSPhysics

Welcome to the chilling new reality: Quantum Geometry warping electron paths is no longer a theory. Brace for a dystopian tech revolution. Or salvation. Only time will tell. #QuantumGeometry #TechInnovation Read more: sciencedaily.com/releases/2025/…


Researchers investigate the sliding dynamics of anomalous Hall crystals and, by taking into account the system's nontrivial #QuantumGeometry, find that they acquire a transverse anomalous velocity when accelerated by an external electric field. 🔗 go.aps.org/3HAWH1g

PhysRevX's tweet image. Researchers investigate the sliding dynamics of anomalous Hall crystals and, by taking into account the system's nontrivial #QuantumGeometry, find that they acquire a transverse anomalous velocity when accelerated by an external electric field.

🔗 go.aps.org/3HAWH1g

PRB Editors' Suggestion: #QuantumGeometry and #magnon #HallTransport in an #altermagnet Erlend Syljuåsen, Alireza Qaiumzadeh, and Asle Sudbø Phys. Rev. B 112, 064429 ➡️ go.aps.org/4mswMbc #EdSugg @APSPhysics #physics #condmat

PhysRevB's tweet image. PRB Editors' Suggestion: #QuantumGeometry and #magnon #HallTransport in an #altermagnet

Erlend Syljuåsen, Alireza Qaiumzadeh, and Asle Sudbø
Phys. Rev. B 112, 064429

➡️ go.aps.org/4mswMbc
#EdSugg @APSPhysics #physics #condmat

PRB Editors' Suggestion: Low-energy #OpticalAbsorption in correlated #insulators: Projected sum rules and the role of #QuantumGeometry D. Mao et al., Phys. Rev. B 112, 075116 ➡️ go.aps.org/4fviHXy #EdSugg @APSPhysics #physics #condmat @CornellCAS @debch_veritas

PhysRevB's tweet image. PRB Editors' Suggestion: Low-energy #OpticalAbsorption in correlated #insulators: Projected sum rules and the role of #QuantumGeometry

D. Mao et al.,
Phys. Rev. B 112, 075116

➡️ go.aps.org/4fviHXy
#EdSugg @APSPhysics #physics #condmat @CornellCAS @debch_veritas

Electron resonance isn’t random — it’s harmony. In USP Field Theory, stable atoms form when electron layer wavelengths match the atomic core wavelength.This symmetry explains H₂O, SiO₂, and even noble gases. #USPFieldTheory #ElectronResonance #QuantumGeometry #ScienceVisualized

Sadeghsepehri's tweet image. Electron resonance isn’t random — it’s harmony.
In USP Field Theory, stable atoms form when electron layer wavelengths match the atomic core wavelength.This symmetry explains H₂O, SiO₂, and even noble gases.
#USPFieldTheory #ElectronResonance #QuantumGeometry #ScienceVisualized

Opposite spins don’t mean repulsion—electrons align in tight clusters,orbiting together like a magnetic dance. True balance forms through field geometry,not classical force. #Electrons #QuantumGeometry #USPFieldTheory #ModernPhysics #ElectronDynamics #QuantumReality #FieldTheory

Sadeghsepehri's tweet image. Opposite spins don’t mean repulsion—electrons align in tight clusters,orbiting together like a magnetic dance. True balance forms through field geometry,not classical force.
#Electrons #QuantumGeometry #USPFieldTheory #ModernPhysics  #ElectronDynamics #QuantumReality #FieldTheory

#QuantumGeometry #QGT Geometry meets quantum! We generalize the Quantum Geometric Tensor (QGT) to mixed states. cpl.iphy.ac.cn/article/doi/10…

PhysicsChinese's tweet image. #QuantumGeometry #QGT Geometry meets quantum! We generalize the Quantum Geometric Tensor (QGT) to mixed states. cpl.iphy.ac.cn/article/doi/10…

🔬 Razor blades, CDs, and laser light—decoded through USP Field Theory. Light isn’t mysterious when you understand field symmetry, divergence, and resonance. 📄 zenodo.org/records/166034… #USPFieldTheory #QuantumGeometry #LightPhysics #Spectroscopy #LaserPhysics #PhysicsReform

Sadeghsepehri's tweet image. 🔬 Razor blades, CDs, and laser light—decoded through USP Field Theory.
Light isn’t mysterious when you understand field symmetry, divergence, and resonance.
📄 zenodo.org/records/166034…

#USPFieldTheory  #QuantumGeometry #LightPhysics #Spectroscopy #LaserPhysics #PhysicsReform
Sadeghsepehri's tweet image. 🔬 Razor blades, CDs, and laser light—decoded through USP Field Theory.
Light isn’t mysterious when you understand field symmetry, divergence, and resonance.
📄 zenodo.org/records/166034…

#USPFieldTheory  #QuantumGeometry #LightPhysics #Spectroscopy #LaserPhysics #PhysicsReform

"#quantumgeometry"에 대한 결과가 없습니다

Check out the QSPICE app! Automate your quantum circuit analysis. app.qspicelabs.com/#/ #QuantumGeometry

Aurora_QT's tweet image. Check out the QSPICE app!  Automate your quantum circuit analysis.
app.qspicelabs.com/#/
#QuantumGeometry

This Is What φ-Entropy Looks Like Flowing Through a Quantum Latent Torus : Golden Ratio meets Entropic Geometry. Zeta-zero dynamics. Resonance in motion. welcome to the future of mathematical visualization. #ZetaZeros #PhiEntropy #QuantumGeometry #MathArt #LatentSpace #TorusFlow

avalonaval's tweet image. This Is What φ-Entropy Looks Like Flowing Through a Quantum Latent Torus :
Golden Ratio meets Entropic Geometry. Zeta-zero dynamics. Resonance in motion.
welcome to the future of mathematical visualization.
#ZetaZeros #PhiEntropy #QuantumGeometry #MathArt #LatentSpace #TorusFlow…

.@KingsCollegeLon #SKA Prof Sakellariadou: #QuantumGeometry#StochasticFluctuations in G → so G effectively but not exactly a constant 2/3

Satyen_Baindur's tweet image. .@KingsCollegeLon #SKA Prof Sakellariadou: #QuantumGeometry → #StochasticFluctuations in G → so G effectively but not exactly a constant 2/3

12 electron sections for the 12 edges of a cube. 6 core sections for the 6 surfaces of a cube. Reality is pixelated. #QuantumGeometry @QuantaMagazine

IthinonNous's tweet image. 12 electron sections for the 12 edges of a cube. 6 core sections for the 6 surfaces of a cube.

Reality is pixelated.

#QuantumGeometry @QuantaMagazine

#QuantumGeometry #QGT Geometry meets quantum! We generalize the Quantum Geometric Tensor (QGT) to mixed states. cpl.iphy.ac.cn/article/doi/10…

PhysicsChinese's tweet image. #QuantumGeometry #QGT Geometry meets quantum! We generalize the Quantum Geometric Tensor (QGT) to mixed states. cpl.iphy.ac.cn/article/doi/10…

Depiction of the process of cooling a qubit using a hot bath. Quantum mechanics is so non-intuitive and cool! Valenzuela ... Orlando (2006) #QuantumGeometry buff.ly/2IBifa1

Aurora_QT's tweet image. Depiction of the process of cooling a qubit using a hot bath.  Quantum mechanics is so non-intuitive and cool!
Valenzuela ... Orlando (2006)
#QuantumGeometry
buff.ly/2IBifa1

Another non-intuitive result on noise and qubits - embedding a qubit in an adsorbing material decreases the decay of the state. Córcolesa ... Steffen (2011) #QuantumGeometry buff.ly/2rZdReI

Aurora_QT's tweet image. Another non-intuitive result on noise and qubits - embedding a qubit in an adsorbing material decreases the decay of the state.
Córcolesa ... Steffen (2011)
#QuantumGeometry
buff.ly/2rZdReI

Check out this circuit from an early experiment proposing oscillators as qubit couplers. Johansson ... Takayanagi (2006) buff.ly/2Iy2FA6 #QuantumGeometry

Aurora_QT's tweet image. Check out this circuit from an early experiment proposing oscillators as qubit couplers.
Johansson ... Takayanagi (2006)
buff.ly/2Iy2FA6
#QuantumGeometry

Check out the geometry of the original 'Xmon' qubit. Barends....Martinis 2013 buff.ly/2K1wENc #QuantumGeometry

Aurora_QT's tweet image. Check out the geometry of the original 'Xmon' qubit.  
Barends....Martinis 2013
buff.ly/2K1wENc
#QuantumGeometry

An early circuit QED experiment showing that a "single photon [can have] a large effect on the qubit without ever being absorbed." Schuster ... Schoelkopf (2007) #QuantumGeometry buff.ly/2IxPQWl

Aurora_QT's tweet image. An early circuit QED experiment showing that a "single photon [can have] a large effect on the qubit without ever being absorbed."
Schuster ... Schoelkopf (2007)
#QuantumGeometry
buff.ly/2IxPQWl

Look at this large, dense oscillator coupled to a tiny qubit, where the all the entanglement action happens. Yoshihara ... Semba (2017) buff.ly/2K7LMZd #QuantumGeometry

Aurora_QT's tweet image. Look at this large, dense oscillator coupled to a tiny qubit, where the all the entanglement action happens.
Yoshihara ... Semba (2017)
buff.ly/2K7LMZd
#QuantumGeometry

The '0-pi' qubit - protected against decoherence. Apparently coming soon from the Schuster Lab. (Also looks like a lopsided robot.) buff.ly/2FXNt9p #QuantumGeometry

Aurora_QT's tweet image. The '0-pi' qubit - protected against decoherence.  Apparently coming soon from the Schuster Lab.  (Also looks like a lopsided robot.)
buff.ly/2FXNt9p
#QuantumGeometry

Check out these gorgeous magnetic field lines mapped out using an NV center qubit. Häberle ... Wrachtrup (2013) buff.ly/2K7OZbd #QuantumGeometry

Aurora_QT's tweet image. Check out these gorgeous magnetic field lines mapped out using an NV center qubit.
Häberle ... Wrachtrup (2013)
buff.ly/2K7OZbd
#QuantumGeometry

#PRBTopDownload: #QuantumGeometry and low-frequency #OpticalConductivity of nodal planes R. Wiedmann, K. Alpin, M. M. Hirschmann, and A. P. Schnyder Phys. Rev. B 112, 125102 – Published 2 September, 2025 ➡️ go.aps.org/46uSjKD #OpenAccess #condmat #physics @APSPhysics

PhysRevB's tweet image. #PRBTopDownload: #QuantumGeometry and low-frequency #OpticalConductivity of nodal planes

R. Wiedmann, K. Alpin, M. M. Hirschmann, and A. P. Schnyder
Phys. Rev. B 112, 125102 – Published 2 September, 2025

➡️ go.aps.org/46uSjKD
#OpenAccess #condmat #physics @APSPhysics

The extra waveguide in this design - the S-shape going from top to bottom at the middle right - is a filter that allows dissipation to be controlled. Reed ... Schoelkopf (2010) #QuantumGeometry buff.ly/2wWTt2I

Aurora_QT's tweet image. The extra waveguide in this design - the S-shape going from top to bottom at the middle right - is a filter that allows dissipation to be controlled.
Reed ... Schoelkopf (2010)
#QuantumGeometry
buff.ly/2wWTt2I

Reality isn’t random — it’s rhythmic. From spin to math, repeating motion makes structure possible. USP resonates at c — the foundation of predictability. #USPFieldTheory #QuantumGeometry #ElectronLoop #SpinTension

Sadeghsepehri's tweet image. Reality isn’t random — it’s rhythmic.
From spin to math, repeating motion makes structure possible.
USP resonates at c — the foundation of predictability.

#USPFieldTheory #QuantumGeometry #ElectronLoop #SpinTension
Sadeghsepehri's tweet image. Reality isn’t random — it’s rhythmic.
From spin to math, repeating motion makes structure possible.
USP resonates at c — the foundation of predictability.

#USPFieldTheory #QuantumGeometry #ElectronLoop #SpinTension
Sadeghsepehri's tweet image. Reality isn’t random — it’s rhythmic.
From spin to math, repeating motion makes structure possible.
USP resonates at c — the foundation of predictability.

#USPFieldTheory #QuantumGeometry #ElectronLoop #SpinTension

Opposite spins don’t mean repulsion—electrons align in tight clusters,orbiting together like a magnetic dance. True balance forms through field geometry,not classical force. #Electrons #QuantumGeometry #USPFieldTheory #ModernPhysics #ElectronDynamics #QuantumReality #FieldTheory

Sadeghsepehri's tweet image. Opposite spins don’t mean repulsion—electrons align in tight clusters,orbiting together like a magnetic dance. True balance forms through field geometry,not classical force.
#Electrons #QuantumGeometry #USPFieldTheory #ModernPhysics  #ElectronDynamics #QuantumReality #FieldTheory

Electron resonance isn’t random — it’s harmony. In USP Field Theory, stable atoms form when electron layer wavelengths match the atomic core wavelength.This symmetry explains H₂O, SiO₂, and even noble gases. #USPFieldTheory #ElectronResonance #QuantumGeometry #ScienceVisualized

Sadeghsepehri's tweet image. Electron resonance isn’t random — it’s harmony.
In USP Field Theory, stable atoms form when electron layer wavelengths match the atomic core wavelength.This symmetry explains H₂O, SiO₂, and even noble gases.
#USPFieldTheory #ElectronResonance #QuantumGeometry #ScienceVisualized

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