Supercomputer Simulation to Investigate Black Hole and Galaxy Coevolution: Quasar Fueling

Big question regarding the formation of black holes and how they grow under different regimes have always been the holy grail for astrophysicists. Our galaxy hovers around a massive black hole which, under normal circumstances, is surrounded by spinning gases. Not much is known about these gases, however, some shine brightly, with an unceasing supply of fuel. While others go to a state of temporary dormancy and erupts again later with an influx of gases.

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X-ray Emission from Behind Black Hole: Galactic Nuclei

Black holes are the most fascinating phenomena in the universe. Any new finding regarding the intricacies of black hole makes us wonder how less we know about it. This uncanny object is famous for ingesting huge quantities of matter from its surroundings, beaming with glittering luminosity and spilling out small portion of this matter by means of very powerful jets.  

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Chameleon Inspired Next-Generation Artificial Camouflage: Biomimicry

To depict natural camouflage characteristics via artificial camouflage at device level has remained a challenge since decades. However, researchers at Seoul National University have developed an artificial camouflage that can adapt and blend with its surroundings. A defense strategy as seen in the case of chameleon that changes its appearance to avoid predators.

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One Epidermal Patch to track Cardiovascular and Multiple Biomarkers: Wearable Microelectronics

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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Octopus Inspired Device For Transferring Delicate Implants: Biomimicry

Researchers at University of Illinois at Urbana-Champaign and collaborators have come with up an innovative way to surgical grip the fragile tissue grafts. Generally, during the ultra-thin tissue grafts, the grip leads to the collapse of structural integrity and functionality of soft tissues transplants. It has always been a challenge to preserve them during grafting and transferring process.

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Microfluidic Squeezing Leads To Stemness: Cell Engineering

In an interesting finding, scientists at Massachusetts Institute of Technology and Boston Children’s Hospital have discovered that physically pressing microscopic intra-cellular structures together can trigger cells to grow faster.  This phenomenon at microscopic level resembles the spread of things like ideas, interests and even infections within a close proximity of people.

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Biodegradable Electronic Blood Vessels: Tissue Interactions

In a joint effort, researchers at China and Switzerland have developed electronic blood vessels that mimics their natural counterparts. Most of the times, some foreign agent when implanted within the human body display uncertain behaviour. Incompatibility is a critical issue and at times, it often leads to tissue trauma.  

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PETase with MHETase Speed Up The Breakdown Of Plastic: Enzyme Innovation

We live in a plastic era. Ubiquitously, the substance is found in our household and communities across the globe. Not only we have filled up our land but also oceans with plastic. Worldwide waste management market size is expected to reach $484.9 billion by 2025 from $303.6 billion in 2017. 

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Sponge Inspired Lattice Geometry: Biomimicry

Evolutionary process creates the most efficient mechanical as well as architectural designs. Most of the times, engineers take inspiration and try to replicate such resourcefulness in their designs. Of course, with the help of equations and computer algorithms, engineers try to fabricate bio inspired designs as bio-inspired engineering is a multi-step process.

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