Applied Technology Review : News

Nanotechnology is a vital tool that can be used to create vehicles with exceptional features that can withstand the harsh conditions of the atmosphere and outer space, and it is certain to play a significant role in the near future. Aerospace technology falls under the category of critical technologies, which enables nations to leverage their industrial prowess to bring in advancements that enable them to excel and achieve self-reliance, not only in the defense sector but also by building an industrial base that generates significant employment and economic growth to propel the nation forward. Check Out This:  Top Employment Law Firm Nanotechnology is transforming the aerospace industry at a breakneck rate, offering huge scientific improvements that open new paths for study and, more crucially, spinoffs that impact everyday life. The primary focus of current aircraft research and development is on lighter structural materials and more efficient engines to reduce fuel consumption and carbon emissions connected with air travel and freight while also increasing the affordability of air travel. Nanomaterials are hailed as a potential solution and a superior alternative to traditional materials, justifying the aerospace industry's intense interest. Additionally, future space missions aim to reach Mars and beyond, but several obstacles must be overcome—and nanomaterials will play a critical role. Nanomaterials are currently being utilized extensively to insulate spacecraft from radiation, on space suits, and electric propulsion techniques, and are also expected to play a significant role in the 'Space Elevator.' Check Out This:  Top Freight Audit and Payment Solution Companies  , MetalsMiningReview Nanostructured Metals Nanostructured metals, defined as metals with nanoscale crystallites, have significantly better characteristics than their counterparts with microscale or larger grain patterns. This is particularly noticeable for qualities crucial to aircraft applications—basic yield strength, elasticity, erosion resistance, and a thin thickness that allows for significant reductions in primary weight. Polymer Nanocomposites Numerous nanoparticles have been successfully used as filler materials in the production of airplanes and spacecraft to enhance the qualities of underlying and non-primary polymers. Carbon nanotubes, nanoclays, nanofibres, and graphene are the most frequently used nanocomposites. Carbon nanotubes (CNTs) have established a foundation for their usage as fillers in various polymers due to their extraordinary solidity, strength, and new electrical properties. Notably, the electrical characteristics of carbon nanotubes were exploited to disperse electrostatic charges and shield the Jupiter spacecraft from electromagnetic obstructions when it was launched in 2011. Additionally, nanoclays are frequently used in aviation manufacturing due to their fire-resistant qualities. This, combined with their high strength, lightweight, and low cost, suggests that epoxy/clay nanocomposites have provided a viable, superior alternative to titanium oxide for use as flight gas tanks. A unique advantage of all-polymer nano-fillers is their inherent deformity-free design. As a result, their distortion resistance is significantly greater than that of larger polymers. Given the restricted loads that spacefaring vehicles face, this might reduce the time and expense associated with essential support and maintenance procedures. Tribological and Anti-Corrosion Coatings Another trend in aerospace materials is the acceptance of nanocoatings, such as magnesium composites, to increase the strength of metals. While magnesium compounds are significantly lighter than steel or aluminum, they are harmed by their susceptibility to ingestion, caused by magnesium's strong material reactivity. The most frequently used method of preventing erosion is to apply a surface covering. Regardless, the chromium-based coatings promoted by manufacturers are widely believed to cause cancer. Silicon and boron oxides and cobalt-phosphorous nanocrystals are nanomaterials that have been used in place of chrome. Aluminum's heterogeneous surface makes it particularly vulnerable to consumption, accelerated further when alloying components are considered. Magnesium nanocomposites have been identified as a viable solution, albeit this analysis is still in its infancy, and hence further extensive investigation is required. Along with preventing material erosion, nanocoatings are applied to mechanical parts subjected to high temperatures and rubbing wear, such as turbine edges. These tribological coatings can reduce the rubbing coefficient and increase protection against wear, increasing motor efficiency and, more critically, contributing to fuel consumption regulation. Numerous nanostructured and nanoscale are covering materials, including carbides, nitrides, metals, and ceramics, have been proposed as possible friction modifiers. ...Read more

Technological inventions like three-dimensional LED are here to add scintillating and realistic elements and visuals to live events.   Event and entertainment technology solutions provider PRG partners with 3D Live, Inc., a company providing unique solutions for technologies such as 3D LED, augmented and virtual reality as well as mixed reality. The exclusive partnership enables PRG to provide 3D Live's patented display technology, holographic 3D LED display, to its clients for enhancing the quality of live events, while 3D Live will leverage PRG's LED walls.     The exciting partnership will enable PRG to provide a one-of-a-kind experience to the audiences. The holographic technology from 3D Live creates very lively and immersive visuals with excellent brightness, colors, and contrast. 3D visualizations have a lot of depth and seem very close to augmented reality. When compared to displays based on projection technology, 3D LED comes as much more superior and immersive than any other. It creates the illusion of actual objects emerging out of screens. The technology can be easily scaled to cater to crowds of thousands at low costs. The amount of realism that technology creates is unparalleled. It is poised to be a simple and cost-effective intervention that will create an impact on audience expectations. A 3D LED function with modular LED tile technology is compatible with any display that has 2D and 3D capabilities. As a result of the partnership, audiences will get to have unique experiences at stage shows and concerts, corporate events. It also has potential uses in the e-sports ecosystem.     PRG has been offering innovative solutions and production logistics on rental basis for events. It has a broad client base from diverse areas of the media and entertainment industry as well as the corporate world. The company, with its superior technology and experience in the field of audio, video, lighting, rigging, and staging, makes events a great experience for the audience.   See Also: Facebook |  CIO Review Magazine ...Read more

NextStep Robotics raised $500,000 in new funding to help the company progress toward the launch of its wearable device to treat a condition that’s common in stroke survivors. The bridge round included participation from a pair of previous investors in the company. Maryland Momentum Fund, the venture fund of the University System of Maryland, invested $25,000 — the same amount it did in 2018 when NextStep became the then-nascent fund’s second investment. The Baltimore-based Abell Foundation, which makes early-stage investments to create jobs in Baltimore, also returned as an investor and a new investor University of Maryland Global Campus. Born out of a decade of research at the University of Maryland, Baltimore, and Baltimore Veterans Affairs Motor Performance Laboratory, the three-year-old company’s robotic device, and software are designed to treat foot drop, limiting a patient’s ability to lift a toe while walking. The device, called AMBLE, is worn by patients during therapy. The product also has a software component that uses AI and assigns training. The CEO of the company Brad Hennessie said that funding would help NextStep as it works toward product launch and initial device placement with physical therapists. Based out of downtown Baltimore medtechstartup studio, the Maryland Development Center has received a mix of investment and grant funding, including a cooperative agreement with the National Institute of Health National Institute of Neurological Disorders and Stroke worth up to $5.4 million. Through this, NIH researchers served as the principal investigator on the research, and the company collaborated to create a pathway for the technology to be reimbursed via existing health insurance codes. Hennessie has been a passionate voice for entrepreneurship that gets research from universities out into broader use. And like many founders, he is also looking ahead while moving the current project: The company sees additional treatment uses for the underlying technology and recently received a grant through the Maryland Industrial Partnerships to explore arm training support with University of Maryland School of Medicine Physical Therapy and Rehabilitation Science professor Dr. Kelly Westlake. Hennessie also said that they plan to first establish AMBLE as the ‘standard of care’ for foot drop, but they see great potential to develop other devices that, combined with their AI software, and will be able to address other disabilities. ...Read more