Ali Gokirmak
Professor/Electrical and Computer Engr
Storrs Mansfield
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Scholarly Contributions
330 Scholarly Contributions
Ultra narrow silicon FETs integrated with microfluidic system for serial sequencing of biomolecules based on local charge sensing
2006
Research Type: Other Scholarly Work
Sub-aF resolution C-V characterization of small-scale MOSFETs
2006
Research Type: Other Scholarly Work
Ultra-narrow Width Si FET Integrated with Micro-Fluidic Delivery for Charge Based Sensing
2006
Research Type: Other Scholarly Work
A Side-gated MOSFET: Electrostatic Suppression of Short-channel and Edge Effects for sub-70 nm Gate Length CMOS Technology
2006
Research Type: Other Scholarly Work
Accumulated body ultranarrow channel silicon transistor with extreme threshold voltage tunability
2007
Research Type: Journal Article
Composite Shallow Trench Isolation Using Silicon Nitride and Doped Polysilicon for Ultra-Low Power CMOS
2007
Research Type: Journal Article
Pulsed Current Annealing of Lithographically Defined Nano-Crystalline Si Nanowires for Low-Temperature High-Speed Roll-To-Roll Crystallization
2007
Research Type: Other Scholarly Work
Crystallization of Amorphous Silicon Nanowires Through Self-Heating
2007
Research Type: Other Scholarly Work
Experimental Observation of Heat Transport in Silicon Nanowires
2007
Research Type: Other Scholarly Work
Annealing of Nanocrystalline Silicon Micro-bridges with Electrical Stress
2008
Research Type: Journal Article
Numerical modeling of electrothermal effects in silicon nanowires
2008
Research Type: Journal Article
Pulsed Current Annealing of Lithographically Defined Si Wires on Insulating Substrates for Single Crystal Si Ribbon Formation for 3D Integration
2008
Research Type: Other Scholarly Work
Crystallization of Nanocrystalline Si Wires Through Self-heating
2008
Research Type: Other Scholarly Work
Pulsed Electrical Stressing of Amorphous/Nano-Crystalline Silicon Wires
2008
Research Type: Other Scholarly Work
We have fabricated nonpolar GaN/InGaN microdisks using band-gap selective photoelectrochemical etching. These microdisks have a smoother optical cavity than our previous c-plane microdisks, and they support whispering gallery modes with quality factors as high as 2000 after a focused ion beam treatment to the quantum wells. Because of the lack of a Stokes shift in the quantum wells of these m-plane...
2009
Research Type: Journal Article