“What if one day everywhere around you there was solar energy being generated simuanitously as you and everyone around you used it.”
With the advancements in solar technology there are a lot of new types of designs coming into use. Types like monocrystalline silicon, polycrystalline silicon, thin film silicon, solar thermal which require heat instead of light, and the most common your use to seeing photovoltaic solar cells. The list goes on and on LIST OF SOLAR CELL TYPES. Yet with recent advancements in these fields. Professor Lunt at Michigan State University working on the TLSC project has come up with a new type that seems to push the boundaries of the industry, but still uses the same technics that the energy industry uses today.
Transparent Solar Cells
Now I know that might not seem like a revolutionary idea when you first here it. Yet when you start to think about everything that has transparent glass on it that we use in our daily lives. The implementation possibilities just seem to be endless.
Heres a couple common examples of applications:
Cell phone screens
Take a look a how this new technology works
If your more interested in other types of solar cells. Here are some articles to help explain this new industry that we might rely on every single day in the future
Solar Panels 101
Which Solar Panel Type is Best?
Types of Solar Panels
Solar Power Applications
MIT – Transparent Solar Cells
Here is Professor Lunt view of his technology
Digital Trends Video
Take a spinning mirror, a high speed camera, and a couple of ingenious students. What do you get?
About 8 years ago students at the Graphics Lab at USC created a low cost way to display 3D objects.
The system works by projecting high-speed video onto a rapidly spinning mirror. As the mirror turns, it reflects a different and accurate image to each potential viewer. The rendering algorithm can recreate both virtual and real scenes with correct occlusion, horizontal and vertical perspective, and shading.
The cool thing about this display is its:
- autostereoscopic – requires no special viewing glasses
- omnidirectional – generates simultaneous views accomodating large numbers of viewers
- interactive – can update content at 200Hz
For more information on the display: Head to USC’s website to check it out
You could say Basketball is one of the biggest spectator sports in America if not the world. Yet over the years the NBA has always tried to stay in the now. Trying to create new types of marketing and advertising to really get the crowd into the game. A problem that the teams are having is whether the court looks good enough and not giving off the dull appearance. Although this year I believe they are starting to head in the right direction to create a court that really intensifies the viewers experience in the crowd.
February 15th 2015
The NBA Allstar game kicked off with the floor going crazy
For more info on how this works: Projection
In it’s early stages there is a project starting to form…
Animals | Nature | Different angles | Point of View
Its about that time of year where teachers start giving out final projects to sum up the end of the semester. So this year looks like its going to be a gallery for photography. The idea is to come up with a theme that you can bring together with 10 different photos.
So what’s the idea?
My idea is to take in an angle in which people don’t really view often. Like an animals point of view for instance, take your average spider crawling along the web. To the viewer when we look at the spider we see a solid figure outlining a spider shape and a faint gleam of the web in front of you. Yet what does a faint gleam of web really look like from the spiders point of view? Can a humans eyes really see that?
For this project, I want to capture that point of view. I want to grab that moment in time where we as the viewer can see what it means to be an animal in that moment.