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Manipulation of particles whose sizes are a billionth of a metre poses a huge challenge and is a vast area of research. Manipulation of objects on this scale has important application from medicines to quantum technologies. Scientists from the Indian Institute of Science, Bangalore have devised a new approach to trap and maneuver nanoscale objects.
SimYog, a spin-off from the Indian Institute of Science and a private start-up providing electromagnetic diagnostics and services along with developing design and sign-off tools for automotive electronics. Their latest offering is Compliance scope - a virtual 3D laboratory that allows the user to immerse themselves in a virtual world and explore the electrical components and connections and went on to win the coolest demo prize at this edition of IEEE EMC conference
Cloud computing has emerged as the preferred method for processing large amounts of data. It offers the luxury of processing all the data without owning large processors yourself, while the pay-as-you-use model, also allows for economical use of these resources. However, drawbacks such as latency in transferring the data and requirement of bandwidths have given rise to portable cloud computing devices, like Edge and Fog. Now, read about ECHO- a new software platform from IISc that allows you to build and customize applications for Internet of Things and Cyber Physical Systems.
The field of material science has immensely contributed to our progress and has arguably been a very important driving force behind all the scientific achievement that mankind boasts of today. With the discovery of conductors, superconductors, insulators and semiconductors, there has been a revolution in the field of electric engineering, computer science, electronics, aerospace and others. Now, a new class of materials to this list is topological conductors, which promises to conquer great frontiers in the field of quantum computers and others. A new research has now shown that amorphous materials like glass can also become topological conductors, thus finding a myriad of applications in different fields.
Getting stuck in a huge traffic jam is a tragedy, especially if you live in cities like Bengaluru, Mumbai or Delhi. The rising number of vehicles are increasingly adding to this problem, depriving us of our time, money and health. A new research now attempts to reduce traffic pileups in cities by using videos of surveillance cameras. Using Artificial Intelligence and Convolutional Neural Networks, the researcher have built TraCount, a system that can count the number of vehicles in a traffic jam and help authorities manage the congestion in a smart and informed way.
While open defecation has well known health risks, toilets with sewage pits come with their own drawbacks. One of them is the contamination of ground water due to sewage leachate -- the water that seeps into the soil from the pit and has extremely toxic levels of nitrates, ammonium and organic carbon. These toxins are known to contaminate ground water making it unfit for drinking. Now scientists have designed a twin-pit toilet system that reduces the levels of nitrates, ammonium and organic carbon in the sewage water before it is being absorbed by the ground. This treated water, the researchers say, have low levels of toxins, making it safe and saving water bodies from contamination due to sewage.
India is no stranger to air pollution, with the capital, New Delhi, being identified as one of the most polluted cities in the world, several times. The harmful effects of this deteriorating air quality can be seen in the increasing number of patients with respiratory disorders. Now, a team of scientists have designed a novel gas sensor using MEMS technology that is compact, highly sensitive, consumes very little power and accurately detects gaseous pollutants like CO, CO2, NO2 & SO2.
Technology has provided the best solutions for many of our problems. One such day-to-day problem faced by civic authorities is estimating the number of people in a crowd or a gathering so that they can manage the crowd better without any incidents. A new study by researchers has proposed a novel crowd counting technique using the concepts of neural networks. This algorithm, the researchers claim, can count crowds that swell in a short period or those that have varying number of people spread out.