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Technology research and Analysis

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Can Passing Trains Generate Electricity

Trains are considered some of the greenest forms of mass transit, and in many cities, subways shuttle people from the suburbs to the city center. Now, the creators of the "T-Box" have the ability to make trains even greener. The T-Box is designed to harness the gust of wind accompanying passing trains and the electricity can be used to produce power for remote areas near the railroad tracks or railroad facilities along the line.

The T-Box fits between the railroad ties and is partially buried so that it's out of the way of the train. The creators, Qian Jiang and Alessandro Leonetti Luparini say that a train passing at 125 miles per hour produces a wind speed 50 ft/sec over the box. A 700-foot train would produce 3500 watts of power over half a mile of track. If the train is running near 200 miles per hour, the T-Box would produce almost 3 kilowatts of power.

For those who have ridden subways, the concept could possibly be used on the walls and ceilings of the subway tube. While speeds would be lower in a subway, the confined space between the subway cars and the walls would increase the speed of the wind because the air is compressed and this electricity generated could also go towards powering the subway as well.

The United States just approved over $8 billion for high speed rail funding and soon the State of Texas will vote on legislation that would create a statewide rail system. The T-Box is yet another reason to promote cleaner forms of mass transportation as it could help offset the cost of its construction through the electricity it produces. If you live somewhere like New York or Washington D.C. with a subway, something like this could be used to a great benefit to riders. The cost savings generated by the electricity could also be used to lower fares for customers. Furthermore, the T-Box only represents the tipping point, in highway-heavy states like Texas, modifications to the T-Box is something that could be integrated into highway systems to power street or traffic lights.

The T-Box is a great way to make a green mode of transportation even greener. The underlying premise of sustainability implies that we use the resources available to us, so it is with that spirit that the T-Box uses otherwise wasted wind energy and harnesses it to work its way back into powering our society.

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Bioinformatics Software for Seamless Research

Evolutionary biology has always been an extremely intricate subject, requiring the researchers to be highly accurate every time. However, with immense information being continually generated, ensuring a seamless research is always a challenge. On one hand where the researchers need to ensure that their research is progressing in the right direction; on the other, they need to ensure that every bit of data they collect and store is free from any conceivable error, and this is where bioinformatics software solutions come to their rescue.

Simply put, bioinformatics software solutions are aimed at simplifying the job of researchers by providing them with a remarkably seamless way of storing, managing, and evaluating the data being produced. Ranging from workflow authoring applications to life sciences modeling and simulation software solutions, the researchers have numerous software aids for their research however, if you think this is all there is to bioinformatics solutions, you may need to think again.

By opting for efficient solutions, the researchers will not only be able to manage their research data proficiently, but will also be able to marginalize their research time by a great extent. In fact, regardless of whether we talk about a comprehensive virtual lab solution or basic data collection tool, the use of such software solutions enable the researchers to reduce the time required for managing research data, and hence, are able to devote their time to graver concerns.

Though it is beyond a shadow of doubt that bioinformatics software solutions are indeed a great help for the researchers from the domain of evolutionary biology; however, you need to be extremely careful when selecting the software solutions to facilitate your research. Owed to the increasing demand of such solutions, a large number of software providers have stepped into the league and obviously, their level of competence varies substantially.

Considering the aforesaid, it becomes indispensable for you to be sure about the proficiency of the chosen provider and the efficacy of the solutions it is offering. Thus, before you may go ahead with any of the options on the table, you must examine the client reviews the chosen provider has received. In addition to this, you may go through the case studies offered by the provider to see how exactly its solutions have helped other researchers.

Thanks to the evolution of the web; you can easily find numerous credible solution providers using any web search engine such as Google, Bing, and the like.