IMG Seminar Series: "Designing Hybrid Microstructures for Wicking Applications" and "Magnetic Assembly and Cross Linking of Nanoparticles for Releasable Magnetic Microstructures"

Submitted by Justin Kiehne on Tue, 10/27/2015 - 3:50pm
Event date: 
Fri, 10/30/2015 - 3:45pm to 5:00pm

Saitej Ravi and Camilo Velez will present on topics related to their research, "Designing hybrid microstructures for wicking applications" and "Magnetic Assemblies and Cross-Linking of Nanoparticles for Releasable Magnetic Microstructures." Food will be provided for $3 to those that sign up on the IMG wiki.

Arian Rahimi Awarded IEEE Annual AP-S Doctoral Research Fellowship

Submitted by Sheng-Po Fang on Wed, 10/14/2015 - 4:04pm

Arian Rahimi, current IMG members, have been received the 2015 IEEE Antenna and Propagation Society (AP-S) Doctoral Research Award. The IEEE AP-S awards up to 10 PhD fellowships each year to encourage students to pursue a career in the area of Electromagnetics. The awards are intended to support students involved in project work directed by a faculty member at their institution who is a member of the IEEE Antenna and Propagation Society. The title of his research is: "High Performance Conductor Architectures for Future Communication Systems" under supervision of Dr. Y.K. Yoon.

The award selection is based on creativity and quality of the proposed project, discussion of the technical interests and skills of the student. 

IMG Seminar Series: "An introduction to conventional machining concepts and techniques of common engineering materials" and "A MEMS mirror submerged in liquid for wide-angle scanning"

Submitted by Justin Kiehne on Wed, 10/14/2015 - 7:53am
Event date: 
Fri, 10/16/2015 - 4:00pm to 5:00pm
Rob Carroll will give a talk entitled "An introduction to conventional
machining concepts and techniques of common engineering materials." It
will cover basic tools, terminology, methods, and parameters used in
conventional machining of bulk engineering materials as they relate to
available equipment in the IMG prototyping lab.
​
Xiaoyang Zhang will discuss "MEMS mirror submerged in liquid for wide-angle scanning." Xiaoyang will introduce a novel, submerged electrothermal MEMS scanning mirror with applications in wide angle optics. By submerging the MEMS mirror into a mineral oil whose refractive index is 1.47, a wide-angle optical scan (>120°) can be achieved at small driving voltage (<10V) due to the angular increase of the “Snell’s window” effect and the large mechanical tilt angle (±18°) of the MEMS mirror.
 
Food will be provided for $4 to those who sign up on the IMG wiki by 5 pm Friday.

IMG Seminar Series: Proposal Defense: John Rogers

Submitted by Justin Kiehne on Tue, 10/06/2015 - 4:00pm
Event date: 
Fri, 10/09/2015 - 3:45pm

John Rogers will defend his proposal entitled "A passive wireless MEMS dynamic pressure sensor with integrated temperature compensation for harsh environments" at 11:45 AM on Friday, October 9th, in Larsen 234.

Lunch will be provided for $3 to those who sign up on the IMG wiki (http://www.img.ufl.edu/wiki/index.php/IMG_Seminar_Series:_Fall_2015)

IMG Seminar Series: Tips for Effective Oral Presentations and The Ins and Outs of the IMG Website

Submitted by Justin Kiehne on Tue, 09/29/2015 - 7:13pm
Event date: 
Fri, 10/02/2015 - 4:00pm
Dr. David Arnold will give a talk entitled "Tips for Effective Oral Presentation," where he will discuss best practices for delivering high-quality oral presentations, including planning, oral delivery, and graphics.  "Do’s and Don’ts” will be highlighted along with a number of practical suggestions and personal experiences.
 
Nicolas Garraud and Jason June will give an overview of the IMG website, highlighting the different functions, various content types and how to add content to the webpage and wiki.

IMG Seminar Series: MIST Center - Innovating More than Moore Technologies for Smart Systems in the IoT Era

Submitted by Nicolas Garraud on Wed, 09/16/2015 - 3:02pm
Event date: 
Fri, 09/18/2015 - 3:30pm

Dr. Nishida will present the Multi-functional Integrated System Technology (MIST) Center, a NSF Industry/University Cooperative Research Center led by the University of Florida (UF) with founding partner site, University of Central Florida (UCF), focused on the hardware technologies necessary to propel the next generation of smart mobile sensing/computing/communication systems. The MIST Center is motivated by three major research/industry trends: (1) stepping beyond the current challenge of continued conventional scaling of integrated circuits, a.k.a. Moore's Law, (2) exploring new functionalities at intersections of materials/ processes/ devices /circuits for multi-functional systems, and (3) integrating nanoscale materials into micro/nanosystem manufacturing. 

IMG Seminar Series: Origins of Asymmetry in Ferroelectric Si:HfO2 Thin Films with TaN Electrodes

Submitted by Justin Kiehne on Wed, 09/16/2015 - 2:17pm
Event date: 
Fri, 09/18/2015 - 3:30pm

Patrick Lomenzo will present on ferroelectricity in HfO2-based thin films:

Ferroelectricity in HfO2-based thin films offers an intriguing pathway toward the realization of ferroelectric devices for next generation memory technologies. Understanding the reliability characteristics and underlying defects of HfO2 ferroelectrics is of critical importance for its successful adoption in emerging memory devices. The observation of asymmetric ferroelectric properties of HfO2 thin films with TaN electrodes is discussed in the context of charged defects and the chemical properties of the electrode interfaces.

IMG Seminar Series: Acoustic Phonons: from Physics to Engineering Applications

Submitted by Nicolas Garraud on Fri, 09/04/2015 - 11:29am
Event date: 
Fri, 09/04/2015 - 3:45pm
Dr. Tabrizian will present an overview of semiconductor micromechanical resonators and acoustic phonon traps. The phonon-level formulation of vibration modes and dissipation mechanisms will be described. Performance sensitivity of phonon traps to physical interactions will be discussed and followed by demonstration of several applications in environmental sensing and physical gauging. Moreover, temperature and dissipation compensation techniques for realization of highly-stable low-loss micro-resonators for frequency reference purposes will be reviewed.