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Marios Mattheakis (Matthaiakis)

Contact

Marios Mattheakis (Matthaiakis)
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  • Bio & CV
  • Publications
  • Presentations
  • Collaborators
  • Branched Electronic Graphene Flow

    Branched electronic graphene flow

    Branching electronic flows of disordered Dirac solids

  • Moire pattern twisted graphene bilayer

    moire pattern in twisted graphene bilayer

    In-site imaging of moire pattern in twisted graphene bilayer

  • Quantum Expert for the creation, combination, and use of materials information

    Quantum Expert

    Quantum Expert for the creation, combination, and use of materials information

  • Atomistic representation of a model twisted 2D layered assembly.

    Twisted 2D layered assembly

    Atomistic representation of a model twisted 2D layered assembly.

  • Quatnum plasmons in Li-intercalated graphene multilayers

    Quantum plasmons with optical-range frequencies in doped few-layer graphene

  • Photonic Extreme Events

    Extreme events in EM waves propagation via strong scattering random optical networks

  • Spatiotemporal plot of a turbulent chimera state with ML predictions

    Spatiotemporal plot of a turbulent chimera state with ML predictions

    Spatiotemporal plot of a turbulent chimera state with ML predictions

  • Plasmonic Dirac Point leads to Epsilon Near Zero behavior

    Plasmonic Dirac Point & ENZ

    Plasmonic Dirac Point leads to Epsilon Near Zero behavior

  • Black Phosphorus Stacking

    Black Phosphorus Stacking

    Manipulating polarized light with a planar slab of Black Phosphorus

  • Luneburg lens waveguide networks

  • Branching flow in EM wave propagation through disordered networks of weak Luneburg lenses

    Branching Flow in Optical Media

    Branching flow in EM wave propagation through disordered networks of weak Luneburg lenses

  • PT symmetry in plasmonic systems

    Phase Transition of SPPs propagation length under PT symmetric gain

  • Plasmons

    Magnetic Field Hz(x,y) at the SPP resonance angle

  • Plasmon Dispersion Relation

    Nanoplasmonics

    Graphene and Active Metamaterials: Theoretical Methods and Physical Properties

  • Dispersion Curve with Dirac Cone

    Universal behavior of dispersive Dirac cone in gradient index plasmonic metamaterials

    Dirac Cone in Dispersion Curve

  • Small-world networks of optical fiber lattices

    The dynamics of the wavepacket and the corresponding mean–square–displacement (MSD) as a function of time.

Contact

mariosmat (followed by @g.harvard.edu)
IACS Lab. G107, Harvard.

Recent Publications

  • A New Artificial Neuron Proposal with Trainable Simultaneous Local and Global Activation Function
  • Hamiltonian Neural Networks for solving differential equations
  • Semi-supervised Neural Networks solve an inverse problem for modeling Covid-19 spread
  • Unsupervised Neural Networks for Quantum Eigenvalue Problems
  • Riding Waves in Neuromorphic Computing
  • In-situ nanoscale imaging of moiré superlattices in twisted van der Waals heterostructures
More
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