Over the last few decades, innovation and technological breakthroughs have occurred at a breakneck pace. In fact, as Juan Escaliter writes in his book Explorers of the Future, much like our “evolved grandparents” who experienced the Ice Age as Neanderthals, this century will bring organ transplants and exports abroad. Flight will be unfathomable. end, What looks like science fiction to us today can become a reality.
this is the reason royal societythe famous British Institute of Science, based in London, compiles them all Nevertheless, innovative and unusual technologies can soon become a regular occurrence in our lives.
Here are some of the most notable examples from their latest efforts. can
sauce: BBC
Humanity creates waste wherever it goes, and the universe is not free from this bad habit. Rocket casings, satellite wreckage, metal and glass fragments… space debris revolving around the earth As the quest to conquer the Outer Rim began. Over 7,000 tons of her debris that could hit a working satellite or endanger an aerospace mission.
Hoping to work on this Surrey Space Center launches RemoveDebris Earlier this year, a project to do some testing Technology to collect space debris and return it to the Earth’s atmosphereThe program will try two different systems.The first one is based on fish net Being dragged into a spaceship and catching debris to bring back to Earth. Upon re-entry into the atmosphere, most of this waste will be burned up and the rest will be sent down. The second consists of a solar sail devised many years ago by astrophysicists and authors. carl saganThis can be implemented to drag trash out of Earth’s orbit and spiral it down into the atmosphere.
“Know your enemy” is one of the maxims of war strategy, and in this case the Liverpool School of Tropical Medicine’s aim is to: eradicate the mosquito anophelesThis little bug is responsible for malaria transmissionIt is a disease that infects millions of people each year and causes approximately 438,000 deaths worldwide. Far from finding an effective vaccine, mosquitoes are becoming increasingly resilient to prevention.
With their project “Mosquito Diaries”, this research group intends to: An infrared camera examines the behavior of mosquitoes when they come into contact with screens impregnated with insecticide.A report on the results could assist in the design and development of more efficient mosquito nets and screens, thereby avoiding and preventing further disease transmission.
A synchrotron is a type of particle accelerator whose main purpose is to study the composition of matter. Since the discovery of higgs particle In 2012, this technology jargon sounded more familiar. Now, future tools for gaining better knowledge of matter composition are: 4D X-ray synchrotrona machine that allows scientists to see inside a material without dismantling its internal structure.
time,Fourth dimension, Facilitates replication of conditions experienced by mattertemperature changes, pressure, etc., to better understand its behavior and transformation processes.
Thanks to this technology, for example, we have been able to medically understand how implants interact with human tissue, or the behavior of magma during volcanic eruptions.
Researchers are always A natural source of inspiration for developing technology solutionsas we learned earlier gecko sticky feetSpider webs have always been in the limelight due to their unusual shape and durability, but the more we know about their molecular composition, the more likely we are to replicate their properties.
in fact thanks Spider web biocompatibilitythere have already been some tests using web implants to reconstruct human knee cartilage, prototype violin strings You can make the most of its vibration characteristics. When an animal is trapped in the web, the spider web seems to make some kind of noise to let the spider know that dinner is ready.
3D printing already knows about creating biocompatible bonebut now a team of Scottish researchers are testing something particularly unique technology Possible to generate artificial bone tissue by vibrationThis technique takes stem cells out of the bone marrow and makes them “nano kickthat is, stimulated into osteogenic cells by high-frequency vibrational impulses without the use of chemicals, surgery, or the patient’s own cellular material.
team We would like to test the bone tissue cultured by this method on an individual basis after 3 years.thus entailing another remarkable advance in medicine due to the massive amount of bone grafting that is currently being done.
