1 × 10^3 Words: Branched Nanorods
G. Ramanath (This is the first of many “1 × 10^3 Words” – a new, ongoing feature at The Approach where us humble writers keep quiet and let the sheer magnificence and beauty of science speak for...
View ArticleStranger Than Friction
Professor Hanchen Huang recently published an intuitive and interesting journal paper on using nanostructures to create additional friction between two pieces of glass. Dragging a pieces of glass...
View Article3° with Lupita Montoya
Lupita Montoya We asked Lupita Montoya, assistant professor of mechanical, aerospace, and nuclear engineering at Rensselaer, about her research: 1. You have a sharp focus, in your research and in your...
View Article1 × 10^3 Words: Tabuckling
Here’s a wonderful image from the lab of professor Joel Plawsky. What you see is the spontaneous buckling of a thin tantalum (Ta) film deposited atop a nanoporous xerogel. Read more about this...
View ArticleShawn-Yu Lin on the Mic
After you finish reading our new story on professor Shawn-Yu Lin’s most recent study, which is all about leveraging the interesting characteristics of nanoscale gold to boost the strength of infrared...
View Article1 × 10^3 Words: Ferroelectric Nanopowder
If you’ve ever wondered what this is: It’s a Pb-based perovskite relaxor ferroelectric PFN, with a Perovskite crystal structure that looks like this: Professor Doug Chrisey and team are working hard...
View ArticleBlogging (and Molecules) to the MAX!
Molecules to the MAX! continues to educate and entertain audiences around the country. The 3-D version premiered last month across the Hudson River at Proctors Theatre in Schenectady. The film—created...
View ArticleNASA Concedes RPI’s Darkest Dark is Darker
(Photo credit: NASA) You know things are going well when NASA concedes that you beat them to the chase. I ran across a news story, posted today, about a team of NASA engineers who are developing a...
View ArticleTo Coin a Phrase: Nanoscoops
Our story last week introduced the world to “nanoscoops” – a new, novel nanomaterial that holds great promise for advancing rechargeable battery technology. The release has secured a nice foothold in...
View ArticleWings with Extra Strong Sauce
The tangy smell of Buffalo wings is common in our office. A lunchtime favorite, wings are often discussed and often enjoyed by my colleagues. Last summer, renowned science journalist Miles O’Brien...
View Article3° with Dan Lewis
Professor Dan Lewis, in the Department of Materials Science and Engineering, recently won an NSF CAREER Award for his research into the structure and performance of metals and ceramics. He also leads...
View ArticleNeat and Nano – Part 1
Here’s a candid admission for a gray and cloudy Tuesday afternoon: I’m kind of a neat freak. I wash my hands probably more than necessary, don’t eat leftovers that are more than a day old, and I put...
View ArticleNeat and Nano – Part 2
Picking up from where we left off yesterday, one of the first stops along the tour of the Rensselaer clean room was a photolithography demonstration from Process Engineer Bryant Colwill. He’s hard at...
View ArticleNeat and Nano – Part 3
Picking up where I left off yesterday. At another stop on the tour of the Rensselaer clean room, Applications Engineer David Frey gave us the inside scoop on lab’s dual beam scanning electron...
View ArticleNeat and Nano – Part 4
Here’s another tidbit from our tour of the Rensselaer clean room lab. Along with faculty and staff researchers, the clean room is heavily populated by students who have been trained and certified to...
View ArticleNeat and Nano – Part 5
Continuing on with our tales from the Rensselaer clean room lab, let’s talk about lighting. More specifically, LEDs. At one stop along the clean room tour, physics doctoral student Christoph Stark,...
View ArticleIt’s Not Easy Being Green
In a recent post, I briefly mentioned the work of physics professor Christian Wetzel to develop high-power green LEDs. The hunt for the elusive green LED is one of my favorite research endeavors here...
View Article3° with Marc-Olivier Coppens
Marc-Olivier Coppens is a professor in the Department of Chemical and Biological Engineering at Rensselaer. We ask him about his work: Q: Your research group is called “Nature Inspired Chemical...
View ArticleHow Many Nanoparticles Can Dance on the Head of a Pin?
Here’s a question for the ages: just how small are nanoparticles? Well, Rensselaer resident nanotech expert and professor Linda Schadler helps put this quandary in perspective. In her Academic Minute,...
View Article3° with Diana Borca-Tasciuc
Diana-Andra Borca-Tasciuc is a professor in the Department of Mechanical, Aerospace, and Nuclear Engineering at Rensselaer. We ask Diana about her work: Q. Much of your research involves heat...
View Article1 × 10^3 Words: Superlattice
What you see above is a collection of nanoscale gold on a silicon surface, made by physics Professor Sang-Kee Eah. To get a sense of the size, 1micron, or 1 μm, equals one-millionth of a meter. The...
View ArticleGuest Blogger: John Oxaal
(Mechanical engineering doctoral student John Oxaal wrote this excellent post for The Approach. It’s about his time this summer at a prestigious fellowship in Spain with three other Rensselaer...
View Article3° with Linda Schadler
Linda Schadler is an associate dean in the Rensselaer School of Engineering and a professor in the Department of Materials Science and Engineering. We ask Linda about her work: Q: Of all the stuff in...
View ArticleA Remote Control for Your Body
This will be my last post on The Approach. Thank you to all of our readers who have taken this little research blog and helped it to grow into what it is today. I leave Rensselaer for a new position,...
View Article3° with Liping Huang
Liping Huang is an assistant professor in the Department of Materials Science and Engineering at Rensselaer. We ask Liping about her work: Q: What problems are you trying to solve? A: Glasses are...
View Article3° with with Emily Liu
Nuclear engineering expert Emily Liu is an associate professor in the Department of Mechanical, Aerospace, and Nuclear Engineering at Rensselaer. We ask Emily about her work: Q: Your research is...
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