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Research HighlightsResearch Highlights

[Vol. 92] MANA Scientists Employ Active Machine Learning to Enhance Thermoelectric Performance of Materials

[Vol. 91] MANA Develops Ferroelectric-ferromagnetic Materials for Next-generation Electronics

[Vol. 90] From Bottleneck to Breakthrough: MANA Achieves New Computing Paradigm with Reconfigurable Logic Circuits

[Vol. 89] Powering the Future Night and Day: MANA Develops Cutting-Edge Thermoelectric Generator

[Vol. 88] Advancing Organic Circuits: MANA Study Changes the Current Computing Architecture

[Vol. 87] MANA Scientists Usher in Advances in Thermoelectric Materials

[Vol. 86] New Leap in Flexible Electronics: MANA's Breakthrough Doping Innovation

[Vol. 85] High-performance Physical Reservoir Computing with Multi-detection Chaotic Spin Wave Interference

[Vol. 84] Plasmaron Quasiparticles in Cuprate Superconductors

[Vol. 83] Novel “Drycell” Microdroplets to Make Handling a Single Cell Easier

[Vol. 82] Demystifies Conductivity of Ruthenate Nanosheets, Moving Towards Next-generation Electronics

[Vol. 81] Towards Inexpensive and Highly Conductive Anion-Exchange Membranes

[Vol. 80] Novel, Biocompatible UV Light Absorber

[Vol. 79] Insight into Organic Antiambipolar Transistors

[Vol. 78] New Diamond Transistor Exhibits High Hole Mobility

[Vol. 77] New TEM Technique Creates 2.8nm Transistor

[Vol. 76] Selective Hybrid Photocatalyst Allows Oxidative Coupling of Methane to Ethane with Dioxygen

[Vol. 75] Exfoliation of Zeolites into Solution Produces Porous Monolayers

[Vol. 74] Artificial Retinal Device Mimics Human Optical Illusions

[Vol. 73] Electrons Move in Preferred Direction in Cuprate Superconductors

[Vol. 72] “On-Surface Shapeshifters” Exhibit Oxidation-State-Dependent Conformational and Self-assembly Behaviors

[Vol. 71] Harvesting Energy at Nanoscale with Triboelectric Nanogenerators (TENG)

[Vol. 70] Flexible Patterning on Liquid Marble Droplets

[Vol. 69] Direct Growth of Germanene Marks a Major Step for Electronic Device Fabrication

[Vol. 68] New GaN MEMS Resonator Is Temperature-Stable up to 600 K

[Vol. 67] 2D Electronics Could Be One Drop Away

[Vol. 66] New EDLT-DAC Provides Insights Into High-Pressure Environments

[Vol. 65] New Laser-Assisted Non-Volatile Memory Based on 2D van-der-Waals Heterostructures

[Vol. 64] Biogenic Iron Sulfide Nanoparticles Enable Electron Uptake in Bacteria

[Vol. 63] On/Off Boundary of Photocatalytic Activity between Single- and Bilayer MoS2

[Vol. 62] Thermoelectric Device Combined with Wavelength-selective Thermal Emitter Generates Continuous Power, Day and Night

[Vol. 61] First Fabrication of fBBLG/hBN Superlattices

[Vol. 60] New Solid Materials Enable Broader Application of Medical Gases

[Vol. 59] AFM’s Probe Used to Induce Chemical Reactions at Specific Sites on Single Molecule

[Vol. 58] New Insights into Structure of Layered Hydrogen Borides

[Vol. 57] ‘Liquid Electret’ Could Offer New Power Source for Wearable Electronics

[Vol. 56] How Do Neuromorphic Nanowire Networks Find Routes to Convey Signals?

[Vol. 55] A New On-chip Sensor for Infrared Spectrography

[Vol. 54] A Low-cost, Safe and High-performance Iron Oxide Photocatalyst

[Vol. 53] A New Way to Observe Heat Flows at Nanoscale

[Vol. 52] Polymeric Particles with Anti-Inflammatory Potential for Neurodegenerative Disease Treatment

[Vol. 51] Enhanced Thermoelectric Conversion in Magnetic Materials through Spin Fluctuations

[Vol. 50] High-Performance Solar Cells Based on Silicon Nanopencil Structures

[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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