A Scientific Research Vault
Monitoring cardiovascular signals and multiple biochemical levels together on one tiny wearable patch has always been a far-fetched dream in the nanotech world. Scientists across the globe are still trying to figure it out however, researchers at the University of California San Diego have done something extraordinary in soft, stretchy skin patch.
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Bacteria – Geobacter, to be more specific – discovered electricity much before than we did. And the interesting part is – ubiquitous, groundwater and also the under the ocean dwelling bacteria takes-in the organic waste and give-out “electrons”. Yes, a tiny electric current is an end product of their exhaling process.
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Researchers have long envisioned designing tiny intelligent autonomous machines that are capable of exploring dangerous environments or the areas where tiny bots can work with full efficiency.
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Astronauts harnessed the microgravity environment at the International Space Station by developing an ‘exotic’ form of matter. We call it exotic because this form of matter has not been easily observed on earth – maybe due to gravity.
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Scientists at the University of Vermont, have created a new class of artifact, called xenobots. They have used frog’s stem cells to fabricate first living robots.
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With summer getting more unbearable each year, scientists finally have come up with new clothing material that helps to keep the body cool naturally. Thus, reducing the need for air conditioners and saving considerable energy.
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Let’s picture the word, “Robot”, immediately, we get a glimpse of self operating machines, with nuts-and-bolts as building blocks. These machines are permeating all sections of our society. Machine human relationship has crossed the realms of science fiction. In fact, machine learning has become one of the most interesting and sought-after science, sprouting artificial intelligence (AI).
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Scientists at Tel Aviv University (TAU) have fabricated an electronic tattoo that has the potential of recording muscle movements by mapping facial expressions.
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Nanoengineering experts at the University of California, San Diego, using advanced 3D printed technology have designed micro robots, named as micro fish. As the name suggests these tiny robots are fish shaped and can be used for various functions such as detoxification, sensing toxins and in surgeries assisted by micro robots.
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Amongst all the amazing properties of graphene, morphing light into action is best of all. Serendipitous discovery of the material had surfaced its remarkable properties like robustness along with high electric and head conduction in flat structure. Yongsheng Chen at Nankai University in Tianjin, China along with his team has been working on to see if the same effect could also be seen on the bigger lattice arrangements of carbon.
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LED light technology has again hit the spotlight but this time it is due to the wonder material, graphene. Consumers would soon be using graphene-based light bulbs. It is assumed that the dimmable bulb would help in reducing energy costs by ten percent and might come with a longer shelf life relatively. Although, it is expected that the cost might remain the same as is the conventional LED.
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It gives me immense pleasure to introduce today Dr. Wei Gao, research scientist at University of California, Berkeley and Lawrence Berkeley National Laboratory. His research areas include nanomaterials, flexible electronics, micro/nanomachines, nanorobotics, biosensors, electrochemistry, nanomedicine and MEMS. Dr. Gao has coauthored numerous scientific journals like: “Reversible Swarming and Separation of Self-propelled Chemically-Powered Nanomotors under Acoustic Fields” “Artificial Micromotors in the Mouse’s Stomach: A Step Towards In Vivo Use of Synthetic Motors” “Water-Driven Micromotors for Rapid Photocatalytic Degradation of Biological and Chemical Warfare Agents” “Self-propelled activated-carbon Janus micromotors for efficient water…
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Scientists in South Korea are working towards creating spintronics based wearable devices. Spintronics also known as spin transport electronics is an emerging technology that exploits the basic intrinsic spin of the electron along with its associated magnetic moment and electronic charge. Based on this technology, the researchers have fabricated a thin film that has an ability of maintaining its electric as well as magnetic properties even when curled into a cylinder.
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Experts believe that micromachines or nanobots use in the field of medicine can change the way some of the medical conditions are diagnosed and treated. Using these nanobots, medical payload would be sent directly to the specific injury site. Until now the researchers have achieved to test such micromachines in cell samples under laboratory conditions.
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A Finnish startup, Canatu, has come up with a touch sensor based on transparent films that are fabricated from carbon nanobuds (CNB). What’s interesting about the (CNB based) innovative sensors is that they can be adjusted and can be turned on any surface irrespective of its background shape. For instance, it could be applied on the touch controls of curved surface of automobile dashboard or any gaming consoles or play stations.
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