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IBM Research and Synopsys Study on Properties of Alternative Metals for Advanced Logic Interconnects
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Machine-Learned Force Fields for realistic complex structures, simulation of thermal and mechanical properties, diffusion and surface processes.
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Research project between Synopsys and Technical University of Denmark gives breakthrough in atomic-scale modeling of solar cells
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Discover the new automatic method in QuantumATK for combining two crystals into a low-strain interface
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Try a new method in QuantumATK for most efficient and accurate modeling of realistic rectifiers and transistors including electron-phonon coupling effects
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A new method in QuantumATK for reliable and efficient calculations of resistivity and mobility including electron-phonon coupling effects
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New paper on first-principles Green's-function method for surface calculations with QuantumATK
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Oct 2019: Methods & Tools in QuantumATK to Study Resistive Switching in Novel Non-Volatile RAM-like Systems
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Oct 2019: QuantumATK Study Unraveling Controversy over an Electrocatalytic Reaction Mechanism
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New QuantumATK Study Discovers Magnetic States on the Edges of 1T’ TMDs, impacting their utilization as quantum spin Hall insulators
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New QuantumATK Study on Efficient Solar-Cell Devices Based on Stacked Janus 2D Material Layers
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Discover QuantumATK ForceField: run simulations on more than 100 000 atoms with more than 300 classical interatomic potentials!
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A new QuantumATK study from GLOBALFOUNDRIES and IBM Research aiming at reducing the metal - semiconductor contact resistance in semiconductor devices
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New QuantumATK study from IBM Research on the potential of Pt, Rh, Ir and Pd nanowires for the next generation transistor-interconnect technology
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Interested in applying QuantumATK software to your research? Test our software or contact us at quantumatk@synopsys.com to get more information on QuantumATK platform for atomic-scale modeling.
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