A Look Back at 2011

A National Medal of Science, a Marconi Prize, a new student center and many important research findings. It’s been a busy year at the Jacobs School of Engineering. We wanted to provide a look back on some of this year’s stories, in case you’ve missed some of the exciting news we had in 2011.

09/27/2011 - White House Awards UC San Diego Bioengineering Professor Shu Chien National Medal of Science

06/08/2011 - Irwin Jacobs and Jack Wolf Win 2011 Marconi Prize, Known as the Nobel of Information Technology

12/06/2011 - Computer Simulations Shed Light on the Physics of Rainbows

11/19/11 It’s a Bird! It’s a Plane! It’s a…House?

10/19/2011 - New Student Center Focuses on Inclusion, Diversity, Excellence and Advancement

09/21/2011 - First of a Kind Tests to Assess How Elevators, Fire Systems Perform in Earthquakes

09/16/2011 - Car Talk

08/23/2011 - Gert Lanckriet Recognized by MIT Technology Review as One of World's Top Young Innovators

07/27/2011 - Jacobs School Offers New Professional Degree Programs for Engineers

07/26/2011 - Near-Space Balloon Team Lands on the Front Page

07/08/2011 - Solar Panels Keep Buildings Cool

06/20/2011 - Nanoparticles Disguised as Red Blood Cells Will Deliver Cancer-Fighting Drugs

06/14/2011 - Coming to TV Screens of the Future: A Sense of Smell

04/01/2011 - UC San Diego Engineers Test and Predict Impact Damage to Commercial Aircraft

03/01/2011 - Mutations Found In Human-Induced Pluripotent Stem Cells

02/23/2011 - Nanoparticles Increase Survival after Blood Loss

von Liebig Entrepreneurism Center

From the von Liebig Entrepreneurism Center at the UC San Diego Jacobs School of Engineering.

"In the realm of ideas everything depends on enthusiasm.

In the real world all rests on perseverance."

-- Johann Wolfgang von Goethe

Jacobs School Shake Table Puts Snowglobes to the Test

What would happen to your beloved Christmas decorations and family nick-knacks during an earthquake? A team of engineers at the Jacobs School helped answer this question during an episode of the TV show "Totally Unprepared."

The show was trying to help Los Angeles resident Heather Kram figure out what would happen to her unsecured collection of Nightmare Before Christmas snow globes and figurines during a temblor. The seismic testing team at the Jacobs School set up four curio cabinets filled with globes and other curios on one of the school's shake tables.

Two of the cabinets were secured to the wall with furniture straps, the doors were closed with child safety locks and the items on the shelves were glued with museum putty. Meanwhile, for the two other cabinets, the doors were just closed, without latches and their contents just sat on the shelves, unsecured. One of the two was attached to the wall with furniture straps; the other was not.

"That one cabinet doesn't look too good," said Andy Gunthardt, a senior development engineer who supervises the Jacobs School's shake tables.

All four cabinets held steady during a small simulated shaker. But during a major simulated quake, the unstrapped cabinet collapsed and snow globes and figurines flew all over the shake table. The cabinet that was strapped but didn't have museum putty or child locks was emptied of its contents too. Meanwhile, the two fully secured cabinets stood almost undisturbed.

After all the shaking was done, the show's host urged everyone to remember to get prepared. In this case, it means running to the store and getting some furniture straps, child safety locks and museum putty.

Read more about Totally Unprepared's snow globe episode here. 

The show is funded by the California Emergency Management Agency, the California Earthquake Authority and the California Seismic Safety Commission.

How Spam Works

BusinessWeek has a great story and graphic explaining how spammers make their living, based on research by Jacobs School Computer Science Professor Stefan Savage and colleagues here at UC San Diego and at UC Berkeley.

"You pay the money, and you get a product," Savage told BusinessWeek. 

Researcher Damon McCoy, also in computer science and engineering, was instrumental in putting the graphic together.

Read the story here.

And make sure you take a closer look at the graphic here.

Rainbows as Media Stars

Earlier this week, we posted a news release titled "Computer Simulations Shed Light on the Physics of Rainbows," explaining how an international team of researchers led by a Jacobs School computer science graduate student and his professor, simulated rainbows and gained a better understanding of how real rainbows form in the process.
The story has now become quite a hit with news sites and blogs.
It was featured on the home page of ABCNews.com, Discovery Channel news, the New Scientist and CNET.com. In case you missed all the coverage, here are links to some of the stories:

ABCNews.com: Fake Rainbows Lead to Scientific Discovery

CNN Light Years blog: Seeing double: Researchers find rainbow connection

Discovery Channel: Secret of Twinned Rainbows Found in Simulations

MSNBC: Secret of 'Twinned Rainbows' Simulated on a Computer

Science:  "Burgeroids" Cause Double Rainbows

Mashable.com: "But What Does it Mean?" Computer-Generated Rainbows Reveal Some Answers

New Scientist: Rare twin rainbows simulated in 3D

CNET: CGI hackers discovery secret of rainbows

Computer Simulations That Will Put You Over the Rainbow

Researchers at the Jacobs School of Engineering at UC San Diego, working with an international team of computer scientists and rainbow experts, used computer simulations to help explain how some rare forms of rainbows form.

Watch our narrated slide shows to learn more:

New Shu Chien Lab in New Research Building to Investigate Best Environment to Grow Stem Cells

The Sanford Consortium for Regenerative Medicine recently opened its doors on the Torrey Pines Mesa and will be home to 24 principal investigators, including Bioengineering Professor Shu Chien.

Chien’s lab will be dedicated to further developing a technology that allows scientists to identify the best environments to grow stem cells. Creating these environments requires mixing many proteins in a wide range of combinations. The new technology allows researchers to test hundreds of them at once.

Scientists also will investigate the role these proteins, and other factors, including mechanical forces, play in stem cells’ fate. For example, a stiffer matrix can steer the cells toward becoming more like bone cells, while a softer matrix leads to brain-like ones.

Karl Willert, an assistant professor, and David Brafman, a postdoctoral researcher, both in the department of cellular and molecular medicine at UC San Diego, will work with Chien on the project and move their labs to the consortium building.

The team also will work with Organovo, Inc., led by CEO Keith Murphy, on three-dimensional printing of tissues and organs such as blood vessels. Researchers also will work with Richard Rouse, who operates HTS Resources and will develop new printing and spotting technologies.

To learn more about the Sanford Consortium, read this story in This Week @ UC San Diego and this story in the San Diego Union-Tribune.