Author - Carlos Coelho

Flying At Speeds of Mach 17 Could One Day Be Possible With This New Propulsion System

A conceptual hypersonic aircraft is pictured. Background image credit: NASA. Aircraft and composite image credit: Daniel Rosato, UCF.The UCF-developed propulsion system might allow for flight To reach speeds of Mach 6 to 17 (beyond 7,403 to 20,921 kilometers per hour) and have air and space travel applications.University of Central Florida scientists are improving their...

A New Japanese Lunar Lander to Join The Race To The Moon: The Ispace Series 2

ispace’s Series 2 lunar lander. Credit: ispaceThe technician team working from lunar exploration start-up ispace has unveiled its coming generation lunar lander, in time for its third lunar mission.According to Series 2, the lander is at the moment anticipated to launch in 2024 and is greater in size and haul storage capacity than the...

Eutelsat Quantum: The European Union’s Reprogrammable Satellite

the Eutelsat Quantum concluding its radio-frequency test at a specialized facility in Toulouse. Credit: ESAAn advanced telecommunications satellite that is capable of being completely reprogrammed while in orbit has launched, designed under an ESA Collaboration Project with satellite provider Eutelsat and main manufacturer Airbus, Eutelsat Quantum has spearheaded a new era of satellites with...

Plastrics May One Day Be Manufactured From fish Waste

The plastic material is of precious help. Some might also say it is an inevitability. However, it causes a tremendous harmful influence on our environment.Well, consider the Great Pacific rubbish patch, an oceanic accumulation of trash so enormous that it is generally referred to as a trash island. The area is twice the size...

From Class Assignment To Published Aerospace Engineering Research

Griffith-type transonic airfoil inside an wind tunnel test section. Credit: University of Illinois Urbana-ChampaignArmando Collazo Garcia III received more than he anticipated from a graduate course he took last spring. He gained a new understanding of the physics of transonic shocks generated throughout a laminar flow airfoil with boundary-layer suction and included a published...

Insect-inspired catheter aids in navigating the brain’s intricate pathways

A graphic representation of the steerable catheter applying Platinum coils to treat an aneurysm. Credit: US San DiegoWith its fine and delicate blood vessels, the cerebrum presenting a distinct obstacle for surgeons trying to gain access to its many nooks and crannies, and there are constraints to what the existing catheters are able to...

Even while working out, sweat-proof electronic “Smart Skin” Accurately Measures Vitals

The study picture of the 3D-printed Eardrum Repair Patch being produced by the INVISIONTEC BIOPLOTTER 3D printer is being studied by a researcher. The Repair Patch will be made of a biodegradable elastomer that can be customized and has a circular and radial framework that mimics biological tissue. (Credit: Business Wire)A sweat-proof electronic skin...

Innovative Battery Systems Shine A Bright Light On The Future Of Flying Cars

Robotically engineered machines, jet packs, and flying automobiles appeared to be guarantees for the 21st century. Since then, we have instead been given mechanized, autonomous vacuum cleaners. A team of scientists at Penn State is now investigating the requirements for electric vertical vehicle takeoff and landing (eVTOL), and developing and evaluating potentially battery energy...

Researchers Reveal World’s First 3D-Printed Marbled Wagyu Beef

3D printing a piece of meat. Credit: Zinkevych/iStockAccording to a news release, researchers from Osaka University have produced the world's very first 3D-printed Wagyu beef, making use of stem cells extracted from Japanese cattle. The product resembles an authentic steak portion consisting of muscle tissue, blood vessels, and fat.As a result of its high...

The Future for Wind Farms May Lie In Compact And Efficient Vertical Turbines

The now-familiar sight of conventional propeller wind turbines might be substituted in the years to come with wind farms consisting of an extra compact and efficient vertical turbine design.A new study from Oxford Brookes University has found that the vertical turbine concept is far more effective than conventional turbines in large-scale wind farms. When...