A Scientific Research Vault
Yardarm Technologies, a California based firearms technology company has developed an innovative product that has an ability of delivering the real time track record of using firearms, by police personals or security officers. With the use of a wireless sensor for firearms, the company has taken machine-to-machine (M2M) capabilities to a higher level.
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Nanyang Technological University (NTU Singapore) researchers have fabricated an innovative battery that can charge nearly 70% of its capacity in just 2 minutes. This does not affect its longevity; on the contrary, the scientists are claiming its survival age to over 20 years.
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How about customizing light source in our rooms, something that resembles the photo frames. Sounds interesting, ain’t it? Researchers have already been working in the field of light and they have come up with an approach that targets the efficiency in half amount of energy being consumed by regular bulbs by developing ‘glowing sheets’. Technology used in these light sheets would resemble the mega thin TVs and smartphones as the sheets are expected to include organic LEDs or OLEDs.
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The much-awaited Musk’s Tesla Model S Dual Motor (D) is finally unveiled. The beast has four-wheel drive (4WD) along with a second motor for enhancing the extra axle at the rear. This helps in propelling the car from zero to 97 km/h in mere 3.2 seconds. The electronic machine system tosses torque between the front and rear wheels from one millisecond to the next hence perking up on both, the grip on territory as well as energy efficiency. With an aim of outperforming gasoline-powered cars, the new Model S delivers…
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Quantum logic gate based on qubits is what most of the quantum computing labs is working on to make the product a reality. However, these labs show no or less confidence in companies like D-Wave, the Canadian based that came out with world’s first commercially available quantum computer functioning on 128-qubit chipset, in 2011. Lately, in an interesting turn of events, Google went a step ahead by hiring a team of researchers for building their initial Google quantum computer using quantum annealing as per the D-Wave approach than the conventional…
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In order to solve the impending world’s problem for renewable energy, Germany is becoming more and more dependent on wind & solar power. Currently, the nation has come up with 20 more projects involving storing energy by creating water splitters, the process is known as Electrolysis.
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Photonic circuits would soon be replacing electronic circuits in the near future of quantum circuits. Since a decade, researchers across the globe were working towards developing quantum circuits but circuits based on light had its limitations however, researchers at the Niels Bohr Institute, Copenhagen have been successful in bringing about the probability.
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Shredded scrap car tires have already find their way by means of recycling into the field of construction, floor mats, shoe soles and rubberized asphalt road material. Now, they would be morphing into another innovative role by becoming an integral part of hybrid and electric cars. Researchers at the Oak Ridge National Laboratory are trying to resurrect life from the discarded used tires in form of carbon material that would be used for lithium-ion battery anodes. Conventionally graphite, a natural carbon material, is the basic building block for lithium anodes.
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Researchers at the Harbin Institute of Technology, China are attempting to create a supersonic submarine, which they envision would cruise through transatlantic underwater in not more than two hours. Li Fengchen one of the lead researchers claimed that they are developing an air bubble that would assist in gliding at very high speeds underwater. One of the main problems with conventional submarines is the friction produced by water, which is far more than flying through air, and so the force renders the machine incapable of peddling at high speed. Supercavitation…
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Owning and driving a super tech car is what all autotech aficionados aspire for. Keeping in mind the tremendous development in the automobile technology, the driving experience has transformed significantly. But the question is that whether this development is towards a betterment or is there something else hidden beneath the thrill. In an attempt to answer this, we have compiled a list of ten such tech developments that we need to think whether they are bane or boon, so here we go,
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With the use of simple wave generators, experts at the Australian National University, Canberra have demonstrated the idea of manipulating floating object in water. The same approach has also helped them in moving the object against the course of the waves. In order to display the phenomenon, the team placed a ping-pong ball in a tank containing water. Then three-dimensional waves were produced which in turn created patterns on the water surface and consequently, the ball stayed in one position or move towards or receded away from the wave generator…
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Generally, display is the only feature that eats up nearly 45 to 70 percent of the total energy in portable electronics. In order to combat this issue, Light Polymers, South San Francisco based startup have come up with a new type of liquid crystal display (LCD) called the sequential display, it has an ability to switch quickly relatively hence giving brighter screens to smartphones and lasting them longer on charge.
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Graphene does not stop surprising researchers with its limitations when it comes to application in fields like electronics, energy storage and energy generation. The list does not end here, now the wonder material looks promising in domain of medical sciences as well. During routine tests, Monash University’s researchers discovered that sheets of graphene oxide morph into liquid crystal droplets on its own accord. With its new avatar, the graphene droplets have find a promising place in delivery of drugs and disease detection, claimed the researchers.
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In an extraordinary way of recovering speech from vibrations of things like potted plant and potato chips bag, researchers at MIT, Microsoft and Adobe have created an algo that can decipher audio signal by analyzing the object’s infinitesimal vibrations. Upon performing experiment on detecting vibrations of a potato-chip bag, the researchers were able to reach a good precision with respect to speech. The bag was being photographed by a high quality camera with a distance of 15 feet installed in a soundproof glass-room.
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In an interesting way, a group of researchers at the University of Sheffield was able to develop perovskite solar cells with the help of spray-painting process. Although the process is not new but using perovskite as a spraying material is being employed for the first time. Sheffield’s experts from the department of Physics and Biological Engineering have already used the spray-painting process to fabricate solar cells but the material used was organic semiconductors. In 2012, the researchers were able to successfully demonstrate the efficiency of photovoltaics based on organometal halide…
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