DAY 1 | PRESENTATION | SPEAKER |
8:00-8:25 | History of Multiferroic Based Antennas | Gregory P. Carman University of California, Los Angeles |
8:25-8:50 | Comparison of Mechanical Antenna Approaches | James Bickford Draper Laboratory |
8:50-9:15 | Challenges and Performance Bounds of Acoustically Driven Radiating Elements | Songbin Gong University of Illinois at Urbana-Champaign |
9:15-9:45 | BREAK |
9:45-10:10 | Experimental Demonstration and Operating Principles of a Multiferroic Antenna | Devin Schneider University of California, Los Angeles |
10:10-10:35 | Frequency Dependence of Magnetic and Magnetoelastic Properties of Magnetostrictve Materials for Multiferroic Antennae | Peter Finkel U.S. Naval Research Laboratory |
10:35-11:00 | Power, scaling, and nonlinearity challenges in magneto-mechanical ULF transmitters | Gaurav Bahl University of Illinois at Urbana-Champaign |
11:00-11:25 | A Numerical Approach to Multiferroic Antenna Modeling and Analysis | Kevin Luong University of California, Los Angeles |
11:25-12:55 | LUNCH |
12:55-1:20 | Optimization of a strain-mediated magnetoelectric near field communication device | John Domann Virginia Tech University |
1:20-1:45 | VIBRational ANTennas (VIBRANT) for Long Wave Applications | David Shahan HRL Laboratories |
1:45-2:10 | A Magnetoelectric Trasmitter with Enhanced Magnetic Field Emission | Dwight Viehland Virginia Tech University |
2:10-2:35 | A High Q Piezoelectric Resonator as a Portable VLF Transmitter | Aaron Tremaine SLAC National Accelerator Laboratory |
2:35-2:55 | BREAK |
2:55-3:20 | Efficient Ultra-Low-Frequency Mechanical Antennas with Magnetic Pendulum Array | Foad Fereidoony
University of California, Los Angeles |
3:20-3:45 | Potential applications of multiferroics: non-linear signal manipulation and charged particle control | Rob Candler University of California, Los Angeles |
3:45-4:10 | Magnetostrictive-based Antennas: Material Challenges for Widespread Applications | Randy Kubena HRL Laboratories |
4:10-4:35 | Electrical Small Multiferroic Antenna Enhanced by Energy Reelecting Components | Abdon Sepulveda University of California, Los Angeles |
DAY 2 | PRESENTATION | SPEAKER |
8:00-8:10 | Chen & Liang Inspiring Multiferroic Brilliance Award Presentation | Cai Chen & Cheng-Yen Liang Alumni, University of California, Los Angeles |
8:10-8:35 | Smart Magnetoelectric Antennas Based Transceivers for Communication, Wireless Energy Harvesting and picoTesla Magnetic Field Sensing | Nian Sun Northeastern University |
8:35-9:00 | Ferromagnetic Resonance Enhanced Electrically Small Antennas | Wei Gu University of California, Los Angeles |
9:00-9:25 | Voltage Controlled Ferromagnetic Resonance for Magnetic Field Sensing and Beyond | Sayeef Salahuddin University of California, Berkeley |
9:25-9:50 | BREAK |
9:50-10:15 | Parametric Pumping of Spin Waves by Surface Acoustic Waves for Signal Processing and Communication Devices | Pallavi Dhagat Oregon State University |
10:15-10:40 | Spin Precession Modulation (SPM) for Receiving of Extremely Weak Very Low Frequency (VLF) Magnetic Field | Ethan Wang University of California, Los Angeles |
10:40-11:05 | Ferroelectric domain wall-rich film materials: new opportunities for frequency and spatial tuning | Jonathan Spanier Drexel University |
11:05-11:30 | Nanolaminates with large magnetostriction and low loss for strain-mediated multiferroic micro-antennae | Jane Chang University of California, Los Angeles |
11:30-2:00 | LUNCH & POSTER SESSION (download program) |
1:00-2:00 | Breakout Discussion & Lab Tour | |
2:00-2:30 | Path Forward for Antennas | Gregory Carman University of California, Los Angeles |
