text: Van der Waals (vdW) heterostructures, yo, they be stacked high
  Graphene (Gr) and hexagonal boron nitride (h-BN), they reachin' for the sky
  Novel properties, makin' scientists go wild
  Basic physics and applied science, they got 'em beggin' for the file
  
  We dive deep, yo, into phonon thermal transport, no joke
  Molecular dynamics simulations, we provoke
  Internal structural config, we analyze with precision
  Effective heat transfer, proportions in the mission
  
  Size effect and interfacial coupling strength, we explore
  Cross-plane strain and temperature, we even the score
  Results show at 300 K, the thermal conductivity low
  Only 8.93 MWm^(-1) K^(-1), it's a blow
  
  But the Gr/h-BN interfacial thermal conductance, it's high
  Up to 300 MWm^(-2) K^(-1), reachin' for the sky
  And we can modulate it, yo, in a wide range
  From 0.5 to 3.5 times, we rearrange
  
  Spectral decomposition, we break it down
  Low-frequency out-of-plane phonons, that's the crown
  Below 10 THz, they be in control
  Quantum effect, we ignore, that's the goal
  
  Uncovering the physical mechanisms, we ignite
  Changes in the ITC, we shine the light
  Modulation on the horizon, we pave the way
  Van der Waals heterostructures, they here to stay