Research
mHC: Manifold-Constrained Hyper-Connections
mHC stabilizes Hyper-Connections by constraining residual mixing onto a manifold that restores identity-like signal flow, enabling more reliable large-scale training with modest overhead.
Large Language Models
Neural Network Architecture
Deep Learning
AI

arXiv.org
January 5, 2026
mHC: Manifold-Constrained Hyper-Connections
mHC stabilizes Hyper-Connections by constraining residual mixing onto a manifold that restores identity-like signal flow, enabling more reliable large-scale training with modest overhead.
Large Language Models
Neural Network Architecture
Deep Learning
AI

arXiv.org
January 5, 2026
mHC: Manifold-Constrained Hyper-Connections
mHC stabilizes Hyper-Connections by constraining residual mixing onto a manifold that restores identity-like signal flow, enabling more reliable large-scale training with modest overhead.
Large Language Models
Neural Network Architecture
Deep Learning
AI

arXiv.org
January 5, 2026
mHC: Manifold-Constrained Hyper-Connections
mHC stabilizes Hyper-Connections by constraining residual mixing onto a manifold that restores identity-like signal flow, enabling more reliable large-scale training with modest overhead.
Large Language Models
Neural Network Architecture
Deep Learning
AI

arXiv.org
January 5, 2026
Strict Universality of the Square-Root Law in Price Impact across Stocks: A Complete Survey of the Tokyo Stock Exchange
Using complete account-level trading data across all liquid TSE stocks over eight years, the authors find the market-impact exponent is statistically consistent with 1/2 at both stock and trader levels—strong evidence for strict universality of the square-root law.
Statistical Physics
Market Microstructure
Quantitative Finance
Econophysics

Physical Review Letters
December 15, 2025
Strict Universality of the Square-Root Law in Price Impact across Stocks: A Complete Survey of the Tokyo Stock Exchange
Using complete account-level trading data across all liquid TSE stocks over eight years, the authors find the market-impact exponent is statistically consistent with 1/2 at both stock and trader levels—strong evidence for strict universality of the square-root law.
Statistical Physics
Market Microstructure
Quantitative Finance
Econophysics

Physical Review Letters
December 15, 2025
Strict Universality of the Square-Root Law in Price Impact across Stocks: A Complete Survey of the Tokyo Stock Exchange
Using complete account-level trading data across all liquid TSE stocks over eight years, the authors find the market-impact exponent is statistically consistent with 1/2 at both stock and trader levels—strong evidence for strict universality of the square-root law.
Statistical Physics
Market Microstructure
Quantitative Finance
Econophysics

Physical Review Letters
December 15, 2025
Strict Universality of the Square-Root Law in Price Impact across Stocks: A Complete Survey of the Tokyo Stock Exchange
Using complete account-level trading data across all liquid TSE stocks over eight years, the authors find the market-impact exponent is statistically consistent with 1/2 at both stock and trader levels—strong evidence for strict universality of the square-root law.
Statistical Physics
Market Microstructure
Quantitative Finance
Econophysics

Physical Review Letters
December 15, 2025
An unfinished Pompeian construction site reveals ancient Roman building technology
Pompeii evidence shows Romans "hot-mixed" quicklime with dry pozzolan, creating lime clasts that later feed crack-healing chemistry—explaining the durability of Roman concrete.
Materials Durability
Archaeology
Cement Chemistry
Roman Concrete

Nature Communications
December 9, 2025
An unfinished Pompeian construction site reveals ancient Roman building technology
Pompeii evidence shows Romans "hot-mixed" quicklime with dry pozzolan, creating lime clasts that later feed crack-healing chemistry—explaining the durability of Roman concrete.
Materials Durability
Archaeology
Cement Chemistry
Roman Concrete

Nature Communications
December 9, 2025
An unfinished Pompeian construction site reveals ancient Roman building technology
Pompeii evidence shows Romans "hot-mixed" quicklime with dry pozzolan, creating lime clasts that later feed crack-healing chemistry—explaining the durability of Roman concrete.
Materials Durability
Archaeology
Cement Chemistry
Roman Concrete

Nature Communications
December 9, 2025
An unfinished Pompeian construction site reveals ancient Roman building technology
Pompeii evidence shows Romans "hot-mixed" quicklime with dry pozzolan, creating lime clasts that later feed crack-healing chemistry—explaining the durability of Roman concrete.
Materials Durability
Archaeology
Cement Chemistry
Roman Concrete

Nature Communications
December 9, 2025
Building compositional tasks with shared neural subspaces
The study shows that monkeys flexibly switch tasks by reusing shared, low-dimensional "neural subspaces" for sensory features and actions, composing them differently depending on the current task.
Decision-Making
Representation Learning
Cognition
Neuroscience

Nature
November 26, 2025
Building compositional tasks with shared neural subspaces
The study shows that monkeys flexibly switch tasks by reusing shared, low-dimensional "neural subspaces" for sensory features and actions, composing them differently depending on the current task.
Decision-Making
Representation Learning
Cognition
Neuroscience

Nature
November 26, 2025
Building compositional tasks with shared neural subspaces
The study shows that monkeys flexibly switch tasks by reusing shared, low-dimensional "neural subspaces" for sensory features and actions, composing them differently depending on the current task.
Decision-Making
Representation Learning
Cognition
Neuroscience

Nature
November 26, 2025
Building compositional tasks with shared neural subspaces
The study shows that monkeys flexibly switch tasks by reusing shared, low-dimensional "neural subspaces" for sensory features and actions, composing them differently depending on the current task.
Decision-Making
Representation Learning
Cognition
Neuroscience

Nature
November 26, 2025
NASA's New Radar Just Pulled Off Something Impossible on Earth
Europa Clipper used a Mars flyby to prove its REASON ice-penetrating radar works in space—bringing in 60 GB of echoes and de-risking the instrument before Europa science in the 2030 timeframe.
Planetary Science
Europa / Ocean Worlds
Planetary Radar
Space Missions

SciTechDaily
August 4, 2025
NASA's New Radar Just Pulled Off Something Impossible on Earth
Europa Clipper used a Mars flyby to prove its REASON ice-penetrating radar works in space—bringing in 60 GB of echoes and de-risking the instrument before Europa science in the 2030 timeframe.
Planetary Science
Europa / Ocean Worlds
Planetary Radar
Space Missions

SciTechDaily
August 4, 2025
NASA's New Radar Just Pulled Off Something Impossible on Earth
Europa Clipper used a Mars flyby to prove its REASON ice-penetrating radar works in space—bringing in 60 GB of echoes and de-risking the instrument before Europa science in the 2030 timeframe.
Planetary Science
Europa / Ocean Worlds
Planetary Radar
Space Missions

SciTechDaily
August 4, 2025
NASA's New Radar Just Pulled Off Something Impossible on Earth
Europa Clipper used a Mars flyby to prove its REASON ice-penetrating radar works in space—bringing in 60 GB of echoes and de-risking the instrument before Europa science in the 2030 timeframe.
Planetary Science
Europa / Ocean Worlds
Planetary Radar
Space Missions

SciTechDaily
August 4, 2025
Experimental confirmation of barrierless reactions between HeH+ and deuterium atoms suggests a lower abundance of the first molecules at very high redshifts
New experimental and theoretical results show the primordial reaction HeH⁺ + D → HD⁺ + He is barrierless and fast at low temperatures, implying less HeH⁺ (and different early-universe chemistry) than earlier models predicted.
Star Formation
Molecular Physics
Early Universe
Astrochemistry

Astronomy & Astrophysics
July 24, 2025
Experimental confirmation of barrierless reactions between HeH+ and deuterium atoms suggests a lower abundance of the first molecules at very high redshifts
New experimental and theoretical results show the primordial reaction HeH⁺ + D → HD⁺ + He is barrierless and fast at low temperatures, implying less HeH⁺ (and different early-universe chemistry) than earlier models predicted.
Star Formation
Molecular Physics
Early Universe
Astrochemistry

Astronomy & Astrophysics
July 24, 2025
Experimental confirmation of barrierless reactions between HeH+ and deuterium atoms suggests a lower abundance of the first molecules at very high redshifts
New experimental and theoretical results show the primordial reaction HeH⁺ + D → HD⁺ + He is barrierless and fast at low temperatures, implying less HeH⁺ (and different early-universe chemistry) than earlier models predicted.
Star Formation
Molecular Physics
Early Universe
Astrochemistry

Astronomy & Astrophysics
July 24, 2025
Experimental confirmation of barrierless reactions between HeH+ and deuterium atoms suggests a lower abundance of the first molecules at very high redshifts
New experimental and theoretical results show the primordial reaction HeH⁺ + D → HD⁺ + He is barrierless and fast at low temperatures, implying less HeH⁺ (and different early-universe chemistry) than earlier models predicted.
Star Formation
Molecular Physics
Early Universe
Astrochemistry

Astronomy & Astrophysics
July 24, 2025
Coherent and Incoherent Light Scattering by Single-Atom Wave Packets
A single-atom, single-photon scattering experiment shows you can probe which-way information and coherence in free space without "trap-specific" effects being the deciding factor.
Quantum Measurement
Light–Matter Interaction
Ultracold Atoms
Quantum Optics

Physical Review Letters
July 22, 2025
Coherent and Incoherent Light Scattering by Single-Atom Wave Packets
A single-atom, single-photon scattering experiment shows you can probe which-way information and coherence in free space without "trap-specific" effects being the deciding factor.
Quantum Measurement
Light–Matter Interaction
Ultracold Atoms
Quantum Optics

Physical Review Letters
July 22, 2025
Coherent and Incoherent Light Scattering by Single-Atom Wave Packets
A single-atom, single-photon scattering experiment shows you can probe which-way information and coherence in free space without "trap-specific" effects being the deciding factor.
Quantum Measurement
Light–Matter Interaction
Ultracold Atoms
Quantum Optics

Physical Review Letters
July 22, 2025
Coherent and Incoherent Light Scattering by Single-Atom Wave Packets
A single-atom, single-photon scattering experiment shows you can probe which-way information and coherence in free space without "trap-specific" effects being the deciding factor.
Quantum Measurement
Light–Matter Interaction
Ultracold Atoms
Quantum Optics

Physical Review Letters
July 22, 2025
Engineering A Genomically Recoded Organism With One Stop Codon
Yale researchers recoded E. coli to use one stop codon, freeing two codons to reliably encode two different non-standard amino acids in the same protein.
Protein Engineering
Genetic Code / Translation
Genome Engineering
Synthetic Biology

Nature
February 5, 2025
Engineering A Genomically Recoded Organism With One Stop Codon
Yale researchers recoded E. coli to use one stop codon, freeing two codons to reliably encode two different non-standard amino acids in the same protein.
Protein Engineering
Genetic Code / Translation
Genome Engineering
Synthetic Biology

Nature
February 5, 2025
Engineering A Genomically Recoded Organism With One Stop Codon
Yale researchers recoded E. coli to use one stop codon, freeing two codons to reliably encode two different non-standard amino acids in the same protein.
Protein Engineering
Genetic Code / Translation
Genome Engineering
Synthetic Biology

Nature
February 5, 2025
Engineering A Genomically Recoded Organism With One Stop Codon
Yale researchers recoded E. coli to use one stop codon, freeing two codons to reliably encode two different non-standard amino acids in the same protein.
Protein Engineering
Genetic Code / Translation
Genome Engineering
Synthetic Biology

Nature
February 5, 2025