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Research HighlightsResearch Highlights

[Vol. 64] 鉄腐食細菌は黒サビを使って腐食を加速させていた

[Vol. 63] 単層のみで活性化されるMoS2光触媒

[Vol. 62] 放射冷却を利用した一日中発電し続ける熱電発電

[Vol. 61] 二次元材料の折り重ね構造における新奇特性の発見

[Vol. 60] 「ブルーベビー」を救え：医療ガスの普及を可能とする粘土材料の開発

[Vol. 59] プローブ顕微鏡探針を用いた、局所化学反応とユニークな炭素構造体の実現

[Vol. 58] 電気が流れるナノシート材料の開発に成功

[Vol. 57] 半永久的に静電気を閉じ込められる液体

[Vol. 56] 考えることは計算すること？ プログラムなし非生物学的なナノワイヤネットワークのインテリジェント動作

[Vol. 55] 赤外線スペクトルグラフィーを目指した新しいオンチップセンサー

[Vol. 54] 安価かつ安全な酸化鉄で酸化チタンを凌駕する光触媒性能が実現

[Vol. 53] 透過電子顕微鏡によるナノスケール熱伝導評価法の開発

[Vol. 52] 中枢神経系疾患の治療にむけた抗炎症活性を有する高分子マイクロ粒子の設計

[Vol. 51] 磁性の効果により増強された熱電変換材料

[Vol. 50] 1次元半導体ナノワイヤ構造の高度機能化による新構造デバイスの実現

[Vol. 49] Porous Structure of a Layered Silicate with Selective Adsorption Properties Revealed

[Vol. 48] Origins of Macroscopic Friction Linked to Energy Landscape on the Nanoscale

[Vol. 47] Photonic Circuits Hosting Electromagnetic Waves with Pseudospin

[Vol. 46] New Material That is Both a Thermoelectric and a Superconductor Identified by High-Throughput Materials Discovery

[Vol. 45] Artificial Intelligence Learns to Predict Photo-Functional Molecules

[Vol. 44] Ionic Devices Learn How to Make Decisions

[Vol. 43] New Approach for The Synthesis of Carbon Nanosheets

[Vol. 42] Flexible Organic Electronic Devices for Three-Valued Logic Circuitry

[Vol. 41] Evidence of A New Type of Quantum Effect

[Vol. 40] Breakthrough in Printed Electronics Enables Device Formation at Room Temperature

[Vol. 39] Pair Distribution Function Analysis Offers New Insights into the Structure and Identity of Nanomaterials

[Vol. 38] Quantifying Smell with Nanoparticles-functionalized Membrane-type Surface Stress Sensor and “Data-driven” Analysis

[Vol. 37] Metal Oxide/Graphene Nanosheet Composite Exhibits Unprecedented Energy Storage Properties

[Vol. 36] Modulating Superconductivity of Two Dimensional Atomic Layers of Indium with Charge Transfer from Self-assembled Organic Molecules

[Vol. 35] Environmental Monitoring of Air Pollution: ‘Detect to Warn’ Sensing System for Monitoring Formaldehyde

[Vol. 34] Atomically Thin Perovskites Boost for Future Electronics

[Vol. 33] Innovative Transistors Based on Magnetically Induced Movement of Ions

[Vol. 32] Driving Soft Molecular Vehicles on a Metallic Surface

[Vol. 31] Atomic Switch Reaching Outer Space

[Vol. 30] Topological Photonic Crystal Made of Silicon

[Vol. 29] Tuning Magnetic Properties for Better Data Storage

[Vol. 28] Opening the Way to Mobile Olfaction with Nanomechanical Sensors

[Vol. 27] A Nanoparticle Boost for Solar-powered Water Heating

[Vol. 26] Electromagnetic Metamaterials with Zero-refractive Index for Sub-wavelength Photonics

[Vol. 25] Majorana Particles in Topological Superconductors: Search for illusive particles equivalent to their own anti-particles

[Vol. 24] Autonomous Decision-Making by Single Photons

[Vol. 23] Seeding better efficiencies in monocrystalline silicon solar cells

[Vol. 22] Holes in gold enhance molecular sensing

[Vol. 21] Supercomputing in materials science: First-principles simulations of large molecules

[Vol. 20] Hydrocarbon photocatalysts get in shape and go for gold

[Vol. 19] Visualizing superconductive coupling over atomic steps

[Vol. 18] Intracellular imaging gets interactive

[Vol. 17] Atomic Switch Networks for Cognitive Technology

[Vol. 16] A cool approach to flexible electronics

[Vol. 15] Revealing the "Scotch-tape" technique mechanism

[Vol. 14] Nanomechanical sensors detect cancer from breath

[Vol. 13] Oxide nanosheets trump current state-of-the art capacitor materials

[Vol. 12] Heart cells respond to stiff environments

[Vol. 11] A simple way to treat kidney failure

[Vol. 10] In Situ Bandgap Tuning of Graphene Oxide Achieved by Electrochemical Bias

[Vol. 9] 3D Strutted-Graphene by a Sugar Blowing Method

[Vol. 8] Crystal film growth: nanosheets extend epitaxial growth applications

[Vol. 7] Smart anticancer nanofibers: Setting treatments to work together

[Vol. 6] Inorganic materials display massive and instantaneous swelling and shrinkage

[Vol. 5] Detecting caesium with naked eyes

[Vol. 4] On-Demand Synaptic Electronics: Circuits that learn and forget

[Vol. 3] Bone tissue engineering: Attaching proteins for better regeneration

[Vol. 2] High-performance thin film boost for electronics research

[Vol. 1] Atomic nano-switches emulate human memory

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