Sergio Carbajo
M.S. FinalDec 15, 2011, 4 pm
Engineering E103
Single-shot Flash Imaging Using a Compact Soft X-Ray Microscope
Abstract: The visualization of nanoscale dynamics in real-
space can significantly contribute to the
understanding of nanoscale processes and to
accelerate the development of new nanodevices.
Bright flashes of soft x-ray (SXR) light make it
possible to freeze nanoscale motion by acquiring
single-shot images with nanometer spatial
resolution. Compact SXR lasers operating in the
gain-saturated regime have opened the opportunity
to probe the dynamics of nanoscale phenomena
through single-shot full-field image acquisitions
on a table-top. This thesis discusses the use of a
compact SXR microscope operating at wavelength of
46.9 nm in the visualization of a magnetic
nanoprobe perturbed motion by stray magnetic
fields. This demonstrations comprises the first
recording in real-space of movies of nanoscale
dynamic interactions.
space can significantly contribute to the
understanding of nanoscale processes and to
accelerate the development of new nanodevices.
Bright flashes of soft x-ray (SXR) light make it
possible to freeze nanoscale motion by acquiring
single-shot images with nanometer spatial
resolution. Compact SXR lasers operating in the
gain-saturated regime have opened the opportunity
to probe the dynamics of nanoscale phenomena
through single-shot full-field image acquisitions
on a table-top. This thesis discusses the use of a
compact SXR microscope operating at wavelength of
46.9 nm in the visualization of a magnetic
nanoprobe perturbed motion by stray magnetic
fields. This demonstrations comprises the first
recording in real-space of movies of nanoscale
dynamic interactions.
Adviser: Carmen S. Menoni
Co-Adviser: N/A
Non-ECE Member: Alan Van Orden
Member 3: N/A
Addional Members: Mario C. Marconi, Jorge J. Rocca, Diego Krapf,N/A
Co-Adviser: N/A
Non-ECE Member: Alan Van Orden
Member 3: N/A
Addional Members: Mario C. Marconi, Jorge J. Rocca, Diego Krapf,N/A
Publications:
N/A
N/A
Program of Study:
ECE 404
ECE 441
ECE 504
ECE 546
ECE 574
ECE 526
ECE 513
ECE 650
ECE 404
ECE 441
ECE 504
ECE 546
ECE 574
ECE 526
ECE 513
ECE 650