text: Yo, check it out, I'm 'bout to drop some knowledge,
  Talkin' 'bout crystals and how they form in college.
  The process of aggregation, it ain't no joke,
  But the mechanism behind it, man, it's still up in smoke.
  
  We did some experiments, combined 'em with simulations,
  To study the attachment of XBPO in different situations.
  The results were tight, they matched up real well,
  Showed us where the action happens, let me tell.
  
  On the high-energy surface, the (1 0 0) plane,
  That's where the aggregation takes its sweet domain.
  The attachment angle? Zero degrees, straight flat,
  During the solvothermal process, that's where it's at.
  
  But hold up, the solvents, they got a crucial role,
  In forming those aggregated particles, they take control.
  We found that solvents with high Kamlet-Taft,
  Can boost the aggregation, man, that's the draft.
  
  We got a growth mechanism, mediated by solvents,
  Like "oriented attachment," it's got some intense intents.
  And Ostwald ripening steps in, it's a part of the mix,
  Helping particles grow and aggregate, that's the fix.
  
  This study, yo, it's gonna bring some clarity,
  Understanding attachment, controlling aggregation, you see?
  So let's wrap it up, this knowledge we deploy,
  Crystals and their aggregation, now you know, enjoy!