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graphene

Aggregated news, research, and updates specifically regarding graphene. Auto-curated by our AI Engine.

Research #Graphene 🔬 ResearchAnalyzed: Jan 10, 2026 07:12

Synergistic Terahertz Response in Graphene: A Novel Approach to Energy Harvesting

Published:Dec 26, 2025 15:34

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1 min read

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ArXiv

Analysis

The research, published on ArXiv, explores the potential of combining coherent absorption and plasmon-enhanced graphene for improved terahertz photo-thermoelectric response. This could lead to advancements in energy harvesting and high-frequency detection applications.

Key Takeaways

•Explores the use of graphene for terahertz detection and energy harvesting.
•Investigates the synergy between coherent absorption and plasmon enhancement.
•Published on ArXiv, suggesting early-stage research and potential for future development.

Reference

“The research focuses on the synergistic effect of coherent absorption and plasmon-enhanced graphene.”

Permalink ArXiv

Research #Spintronics 🔬 ResearchAnalyzed: Jan 10, 2026 07:20

Spin-Orbit Torque Enhancement in Graphene via CrSBr Integration

Published:Dec 25, 2025 11:34

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1 min read

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ArXiv

Analysis

This research explores a novel method to control spin currents in graphene, a material with significant potential in spintronics. The study's focus on proximity-induced spin-orbit torque offers a path toward more efficient and versatile spin-based electronic devices.

Key Takeaways

•Investigates the interaction between graphene and a CrSBr monolayer.
•Focuses on proximity-induced spin-orbit torque.
•Potentially contributes to advancements in spintronic device design.

Reference

“The study investigates Proximity-Induced Spin-Orbit Torque in Graphene on a Trigonal CrSBr Monolayer.”

Permalink ArXiv

Research #Graphene 🔬 ResearchAnalyzed: Jan 10, 2026 07:40

Advanced Thermoelectric Efficiency Explored in Graphene Nanoribbons

Published:Dec 24, 2025 11:47

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1 min read

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ArXiv

Analysis

This research investigates thermoelectric properties within a specific type of graphene structure, potentially leading to advancements in energy harvesting. The focus on topological interface states and nonlinear performance suggests a novel approach to optimizing energy conversion at the nanoscale.

Key Takeaways

•Explores thermoelectric properties in armchair graphene nanoribbon heterostructures.
•Investigates the role of topological interface states.
•Potentially contributes to improved energy harvesting technologies.

Reference

“The study focuses on 'Topological Interface States and Nonlinear Thermoelectric Performance in Armchair Graphene Nanoribbon Heterostructures'.”

Permalink ArXiv

Research #Graphene 🔬 ResearchAnalyzed: Jan 10, 2026 07:52

Graphene/P3HT Hybrid Boosts Electronic Efficiency via Charge Transfer

Published:Dec 23, 2025 23:58

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1 min read

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ArXiv

Analysis

The study on graphene and P3HT heterostructures explores the modulation of electronic properties through interfacial charge transfer. This research potentially contributes to the advancement of organic electronics and solar energy technologies.

Key Takeaways

•Focuses on graphene and P3HT hybrid heterostructures.
•Investigates the impact of interfacial charge transfer.
•Potentially relevant to organic electronics.

Reference

“The context mentions a study focusing on interfacial charge transfer and electronic structure modulation in ultrathin graphene P3HT hybrid heterostructures.”

Permalink ArXiv

Research #Quantum Computing 🔬 ResearchAnalyzed: Jan 10, 2026 10:43

Strain-Engineered Graphene for Electrically Tunable Spin Qubits

Published:Dec 16, 2025 15:44

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1 min read

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ArXiv

Analysis

This research explores a promising avenue for quantum computing by leveraging graphene's unique properties. The ability to electrically tune spin qubits in graphene p-n junctions could lead to more efficient and controllable quantum devices.

Key Takeaways

•Focuses on graphene's potential for quantum computing.
•Explores the use of strain engineering for qubit control.
•Suggests potential for more efficient and controllable quantum devices.

Reference

“Electrically tunable spin qubits in strain-engineered graphene p-n junctions”

Permalink ArXiv

Research #Graphene 🔬 ResearchAnalyzed: Jan 10, 2026 13:24

Advanced Simulation of Graphene Electronics Using Boltzmann Transport

Published:Dec 2, 2025 20:05

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1 min read

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ArXiv

Analysis

This research paper introduces a novel computational method for modeling electron transport in graphene-based devices. The discontinuous Galerkin approach allows for a more accurate and efficient simulation of complex electronic behavior.

Key Takeaways

•Applies the discontinuous Galerkin method to the Boltzmann transport equation.
•Focuses on simulating electron behavior in graphene devices.
•Potentially improves the accuracy of device modeling.

Reference

“A discontinuous Galerkin approach for simulating graphene-based electron devices via the Boltzmann transport equation”

Permalink ArXiv

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graphene

Synergistic Terahertz Response in Graphene: A Novel Approach to Energy Harvesting

Analysis

Key Takeaways

Spin-Orbit Torque Enhancement in Graphene via CrSBr Integration

Analysis

Key Takeaways

Advanced Thermoelectric Efficiency Explored in Graphene Nanoribbons

Analysis

Key Takeaways

Graphene/P3HT Hybrid Boosts Electronic Efficiency via Charge Transfer

Analysis

Key Takeaways

Strain-Engineered Graphene for Electrically Tunable Spin Qubits

Analysis

Key Takeaways

Advanced Simulation of Graphene Electronics Using Boltzmann Transport

Analysis

Key Takeaways

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Synergistic Terahertz Response in Graphene: A Novel Approach to Energy Harvesting

Analysis

Key Takeaways

Spin-Orbit Torque Enhancement in Graphene via CrSBr Integration

Analysis

Key Takeaways

Advanced Thermoelectric Efficiency Explored in Graphene Nanoribbons

Analysis

Key Takeaways

Graphene/P3HT Hybrid Boosts Electronic Efficiency via Charge Transfer

Analysis

Key Takeaways

Strain-Engineered Graphene for Electrically Tunable Spin Qubits

Analysis

Key Takeaways

Advanced Simulation of Graphene Electronics Using Boltzmann Transport

Analysis

Key Takeaways

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