Tag: nanotechnology

Thermometer for Ultrasensitive Measurements: Temperature Control

Pooja Kashyap

Physics researchers at the University of Adelaide have successfully created a rare thermometer, efficiency of which is thrice the existing best thermometers so far. Reporting further, the experts expatiated that they were able to gauge temperature with the ‘nano-Kelvin thermometer’, through an accuracy of thirty billionths of a degree. Researchers asserted that they have reached the highest level of precision in terms of measuring temperature at room temperature. Talking about the innovation, Professor Luiten one of the lead researcher said that temperature at subatomic level is not static rather fluctuating.…

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Nano- Bots to Enter into the Arteries for Delivering Drugs: High-Performing Nanomotors

Pooja Kashyap

Very soon, we would be witnessing a 3D world on microchips. During the beginning of this year, researchers at Penn State University demonstrated the movement of nanomotors in controlled manner inside living cells. And now, experts at the University of Texas Austin have developed one of the fastest spinning and relatively longer shelf life nanomotor. The newly fabricated nanomotor has an ability of spinning continuously for nearly 15 hours with a speed of 18k rpm. This is an innovative product in the league where the existing nanomotors display an efficiency…

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Energy Storage into Structural Materials: No More Power Cords for Devices

Pooja Kashyap

Researchers at Vanderbilt University have come up with an intriguing prospect that has complete essence of futuretech in itself. Their current interest hovers around the likelihood of a more technologically enhanced capacity for storing electrical energy directly across applications including but not limited to EVs, laptops and home appliances. They have demonstrated this idea by fabricating small wafers that have the potential of storing and discharging considerable amount of electricity while they are put through static loads or moving forces like vibrations or impacts.

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Stanford-MIT System Aims at Harvesting Low-Grade Heat: New Battery Technology

Pooja Kashyap

It’s been more than a decade researchers across the globe are working towards harnessing waste energy into something useful. Most of the times, their energy focused around thermoelectric devices but efficiency of this approach was limited to the accessibility of materials Lately, researchers at Stanford University in collaboration with experts from Massachusetts Institute of Technology have come up with an innovative technology, which captures and morphs waste heat into electricity. The approach holds the low temperature waste heat, that is, less than 100 degrees Celsius.

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Innovative Supercapacitor Architecture: A Hybrid between a Supercapacitor and a Pseudocapacitor

Pooja Kashyap

Using the nanoparticles of hydrous ruthenium oxide (RuO2) by first modifying them via carbon nanotubes (CNT) and graphene foam as the electrode material for the supercapacitor, the researchers at the University of California Riverside have developed an innovative energy storage device. They have simply called it a supercapacitor, which technically is a hybrid between a supercapacitor and a pseudocapacitor. Once the electrodes were formed via the modification (mentioned above), they were then added in an aqueous electrolyte. The resultant combination provided higher energy with more power density supercapacitors than the…

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Graphene Ushering the League of Viable Engine for Nanodevices: Lattice Mimics two-stroke Engine

Pooja Kashyap

Graphene is one of those rare gifts of nanotechnology that is still not unwrapped fully. Not long ago, we discovered that how sliding water over graphene generated electricity. Every time, researchers conduct an experiment, the lattice of carbon atoms pops up with different surprise. Lately, such revelation has brought to the fore by researchers at National University, Singapore. They have morphed a single layer of graphene along with certain amount of chlorine and fluorine atoms to create a two-stroke combustion engine. Similar mechanism although at a macro-scale is used for…

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Right Enzymes Replicated the Semi-Synthetic DNA: Expanded-DNA Biology

Pooja Kashyap

Scientists always dig deeper into the functioning of nature in order for their better understandings. At times, these trials and errors have given rise to serendipity or accidental discoveries in science, amongst others, recent being how sliding saltwater over graphene generated electricity. While at other times, these experiments go beyond the natural order of workings even at the miniscule level.

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Fabrication of Bi-Layer Molecular Electronic Devices: Nanoscale Circuitry

Pooja Kashyap

Until now, it was difficult to charge particles at molecular scale and hence developing circuits at microscopic level has always presented a huge challenge. However, Alexander Shestopalov from University of Rochester has crossed the huddle making a step closer to the fabrication of microscopically small circuit. He powered an organic light-emitting diode (OLED) with a nanoscale circuitry in where he coupled the positive and negative electrodes with one-molecule thin sheet of organic material. Experimental trials and errors have proved that it’s impossible to control current passing through such a single…

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Magneto-Optical Storage: The Next Generation of Plastic Computers

Pooja Kashyap

In an effort to replace silicon chips with flexible plastic within gadgets like computers, cellular devices and related systems, researchers from University of Iowa and New York University have come up with an alternative to the high capacity storage technology. During the fiber optic transmission, it is easier and convenient to encode data in light while magnetism helps in storing information with an unlimited expiry date. With the proposed technology, converting information from one form to another is a critical issue. Since, the energy cost for this process is insignificant…

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X-Ray Triggered Nanoparticle Photosensitizer: Photodynamic Therapy

Pooja Kashyap

While working upon new security-related radiation detection, researchers at the University of Texas, Arlington discovered an advance in photodynamic cancer therapy. Wei Chen, professor of physics at the UT Arlington, noticed an odd luminescence emitted by copper-cysteamine (Cu-Cy) nanoparticles when while working on an experiment where he was exposing the nanoparticles to X-rays. Upon further investigation, he found out that the luminescence was the byproduct of lost energy that the particles were diffusing. The same byproduct is also utilized in photodynamic cancer therapy to destroy cancer cells.

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Sliding Saltwater Over Graphene Generates Electricity

Pooja Kashyap

Call it serendipity or chance, a group of researchers at Nanjing University of Aeronautics and Astronautics in China while conducting an experiment of creating voltage by plunging carbon nanotubes in a flowing liquid hit upon a discovery of generating electricity by dragging saltwater over a piece of graphene. Traditional Techniques Conventionally, producing electricity via graphene has always been an expensive task plus its unique electrical properties have required for immense work from the end of researchers.

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Silicon Photonics Chip Mimics Human Brain

Pooja Kashyap

Researchers from Ghent University came up with a breakthrough approach by demonstrating processing of information on a chip, mechanism of which was based on the functioning of human brain. Artificial neural networks or the bio inspired technique has been used in the past to bring about complex tasks which otherwise would have been tricky to solve by rule-based programming like computer vision and speech recognition. The researchers applied 16 nodes of neural network directly in hardware with the help of silicon photonics chip. Unlike the traditional computer chips that require…

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Juxtaposing Living and the Nonliving Worlds Together: Materials Synthesis

Pooja Kashyap

So far, we have seen robots inspired from the best of biomimicry. Researchers have often looked upon nature to solve problems. At the same time, there are certain natural tendencies, which engineers are still trying to figure out the way towards artificially re-invention and one of them is ‘bone’. Bone is one of those natural materials that require no supervision, yet it fabricates material in response to environmental signals. In order to understand this phenomenon, researchers at the MIT, have tried to juxtapose living bacterial cells with non-living substance like…

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Microplasma Transistors for Smartphones and Nuclear Environment

Pooja Kashyap

Researchers at the University of Utah have created one of the most minuscule plasma transistors that can resist soaring temperatures and ionizing radiation that could be seen in a nuclear reactor. The engineers envision that such transistors would: 1) Facilitate taking and collecting X-rays in war zones by high-end cellular phones 2) Integrated within equipments to gauge air quality in the actual time 3) Plasma based bot could be sent into the nuclear reactor for certain assignments Like beavers, the transistors perform the most important work in the field of…

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Graphene Photodetectors Will Now Offer Thermal Vision

Pooja Kashyap

By harvesting the optical capabilities of graphene, researchers at the University of Michigan were able to create infrared contact lens morphed out of the carbon material. Graphene is merely 1-atom thick that makes its absorb nearly 2.3% of light that strikes it, which of course is extremely less especially for generating an electric potential and hence makes it far away from operating as an infrared sensor. Therefore, the researchers devised an innovative technique to resolve this issue. In place of gauging lost electrons by incoming light, they augmented the current…

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