Design Field Notes: Tiffany Tseng

220 Jacobs Hall
Tiffany Tseng, an interaction designer who creates tools for people who make things, will speak at Jacobs Hall.

Center for Computational Biology Seminar

125 Li Ka Shing Center
Title: Modeling the complex impact of genetic variation on gene expression Abstract: Non-coding and regulatory genetic variation plays a significant role in human health, but the impact of regulatory variants has proven difficult to predict from sequence alone. Further, genetic effects can be modulated by context, such as cell type and environmental factors. We have developed machine learning...

On-chip active delay lines with widely tunable delays

540 Cory Hall
  • Nagendra Krishnapura, Indian Institute of Technology, Madras
An all-pass filter architecture that can be generalized to high orders, and can be realized using active circuits, is proposed. Using this, a compact true-time-delay element with a widely tunable delay and a large delay-bandwidth product is demonstrated. This is useful for beamforming and equalization in the lower GHz range where the use of LC or transmission line based solutions to realize large...

Jacobs Design Conversations: Alan Eustace

310 Jacobs Hall
Alan Eustace, Google’s former Senior Vice President of Knowledge who set skydiving records after planning and completing a jump from the stratosphere, will speak at Jacobs Hall.

Solid State Technology and Devices Seminar

521 Hogan Room Cory Hall
  • Farnaz Niroui, University of California, Berkeley
Strong surface adhesive forces between neighboring surfaces in nanoelectromechanical (NEM) switches have presented a continuous challenge to the fabrication and operation of these devices. Stiction, which becomes ever more prominent with switch miniaturization, leads to hysteresis in switching. This results in increased active power consumption, limiting the energy efficiency of the device....

Getting the Best of Nanomaterials: Intercalated Graphene/Quantum Dot Hybrid Photodetector

60 Evans Hall
  • Prof. Oscar Vazquez Mena, UC San Diego, NanoEngineering
Recently, hybrid graphene quantum dot (Gr/QD) systems have emerged as high responsivity photodetectors, taking advantage of the high charge carrier mobility of graphene and the high light absorption of PbS quantum dots. However the performance of this hybrid system is still limited by the charge carrier diffusion length of quantum dots, which remains the main bottle neck for quantum dot based...

Design Field Notes: Melissa Cefkin

220 Jacobs Hall
Melissa Cefkin, a design anthropologist who works as principal scientist for Nissan Research, will speak at Jacobs Hall.

Microsoft Azure University Tour

Field Club Memorial Stadium
Want to know where the cloud can take you? Microsoft can show you. We’re excited to announce the Azure University Tour is coming and you’re invited! This is a free learning event for student developers, faculty, and staff where you’ll code alongside industry experts, boost your skills, and test new technology. No matter your career path, the cloud is likely to be central to it, and the...

Double Quantum Dot Nanocrystal Synthesis and Applications

60 Evans Hall
  • Prof. Dan Oron, Weizmann Institute, Applied Physics
Colloidal semiconductor nanocrystals have evolved in the past decades from a topic of pure scientific interest to a technological one. This has been driven by dramatic advances in the ability to fabricate controlled complex structures via wet chemistry methods. Today, exquisite control can be exerted on the detailed structure and energy landscape within colloidal nanoparticles, leading to new...