The generation of functional interfaces such as superconducting and ferroelectric twin boundaries requires new ways to nucleate as many interfaces as possible in bulk materials and thin films.Materials with high densi...The generation of functional interfaces such as superconducting and ferroelectric twin boundaries requires new ways to nucleate as many interfaces as possible in bulk materials and thin films.Materials with high densities of twin boundaries are often ferroelastics and martensites.Researchers in展开更多
Once provided with a microscope's image of a composite material ( inset) ,OOF software can help analyze the effects of thematerial's internal structure on stress. Using OOF,researchers can identify the differe...Once provided with a microscope's image of a composite material ( inset) ,OOF software can help analyze the effects of thematerial's internal structure on stress. Using OOF,researchers can identify the different substances ( blue and gray areas)展开更多
Although lasers come in all shapes and sizes,one of the most recent laser designs is especially intriguing,since it's madeof just a single nanowire. Due to its small size and simplicity,the single-nanowire laser c...Although lasers come in all shapes and sizes,one of the most recent laser designs is especially intriguing,since it's madeof just a single nanowire. Due to its small size and simplicity,the single-nanowire laser could be used as a nanoscale coherentlight source for applications in optical communications,sensing,and signal processing.展开更多
文摘The generation of functional interfaces such as superconducting and ferroelectric twin boundaries requires new ways to nucleate as many interfaces as possible in bulk materials and thin films.Materials with high densities of twin boundaries are often ferroelastics and martensites.Researchers in
文摘Once provided with a microscope's image of a composite material ( inset) ,OOF software can help analyze the effects of thematerial's internal structure on stress. Using OOF,researchers can identify the different substances ( blue and gray areas)
文摘Although lasers come in all shapes and sizes,one of the most recent laser designs is especially intriguing,since it's madeof just a single nanowire. Due to its small size and simplicity,the single-nanowire laser could be used as a nanoscale coherentlight source for applications in optical communications,sensing,and signal processing.
