>
Planned Muslim mega city in the heart of Texas wins huge victory and gets a step closer...
Donald Trump Jr in talks to host Apprentice reboot
The longest solar eclipse of the century is coming: Day will turn into night and it won't return
US Economy Expands at 2.0 Percent in 2026 Q1, a Look at the Numbers
Researcher wins 1 bitcoin bounty for 'largest quantum attack' on underlying tech
Interceptor-Drone Arms-Race Emerges
A startup called Inversion has introduced Arc, a space-based vehicle...
Mining companies are using cosmic rays to find critical minerals
They regrew a severed nerve - by shortening a bone.
New Robot Ants Work Like Real Insects To Build And Dismantle On Their Own
Russian scientists 'are developing the world's first drug to delay ageing' months after
Sam Altman's World ID Expands Biometric Identity Checks
China Tests Directed Energy Beam That Recharges Drones Mid-Flight
Jurassic Park might arrive sooner than expected, just with Dinobots.

(Natural News) Earthquakes can cause immense damage to infrastructure, in turn hindering the operation of important public services. A team of researchers from the Universitat Politècnica de València reportedly developed a new construction element capable of overcoming that problem.
Dubbed "Smart Seismic Concrete Connection" (SSCC), this material is a combination of two "symbiotic" components: Shape-memory metal alloy bars and high-performance concrete. The result is an element that strengthens the connections between structural materials, and allows structures to recover their original shapes after earthquakes with little need for repairs.
"The use of this system permits having self-centering structures. The invention comes from the desire to solve a need for today's society: constructing seismic-resistant structures for people, and maintaining their operating capacity after an earthquake, without major repairs or economic losses," researcher José Luis Bonet told AlphaGalileo.org.
In addition to providing an extra measure of protection, Bonet and his colleagues stated that SSCC has a multitude of other benefits. The aim of SSCC is to improve structural performance, hence they designed it to be easy to install within existing walls, beams, and columns. Moreover, SSCC has a great advantage over quake-dampening building pendulums in that it doesn't require any additional space, nor does it need regular maintenance to continue doing its job.
"Our philosophy is not constructing more solid structures; rather the contrary," said Bonet. "Just as the wind splits a trunk, a reed is flexible enough to bend, adapt to movement and recover its position when the wind stops blowing, without scarcely suffering damages and splitting."
Bonet added that SSCC was specially designed for infrastructure that would need more protection during emergencies, meaning that he and his colleagues had bridges, hospitals, and power plants in mind. Sports venues and shopping centers were also taken into consideration due to the high volume of people that frequent these places. Residential applications were not out of the picture, however, and developers are more than welcome to utilize the SSCC for the construction of homes, apartments, and condominiums.