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Figure
1:
Bi2Sr2CoOx
Transmission Electron Microscope image of
striped domains of nanoscale incommensurate lattice modulations in Bi2Sr2CoOx
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Figure 2:
LSCO-LMO
Polarized optical microscope image of (La,Sr)MnO3-LuMnO3 shows the
coexistence of ferroelectric regions (bright) and ferromagnetic regions (purple)
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Figure 3: LSCO-LMO
A cross-sectional view of polarized optical microscope image of the
phase-separated LSMO-LMO technique.¡¡
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Figure
4:
MgB2
A yellowish single crystal of MgB2,
grown with a Hybrid Physical Chemical Vapor Deposit technique.
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Figure 5: NbSe2
Modern internet/computer technologies primarily depend on the
micro- devices fabricated with the CMOS techniques. The CMOS devices are a
variation of FETs (Field Effect Transistors) on semiconductors, and the
transport properties of a FET are controlled by applied
electric voltages. Traditional semiconductors such as "Si" or "GaAs" have
been used for the CMOS/FET devices. In a noble system of NbSe2,
superconductivity intricately balances with a CDW (Charge Density
Wave) state which tends to stabilize an insulating phase and to destabilize superconductivity. A FET structure on a NbSe2 single
crystal has, for the first
time, fabricated and how the balance between superconductivity and the CDW state
can be manipulated by applied electric voltage will be
investigated. |
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Figure 6: PbTiO3
A polarized optical image of ferroelectric
domains of perovskite PbTiO3 crystal.
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Figure
7: (La,Ca)MnO3
Nano-scale Stars & Stripes
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