When Winston Churchill said, “The governments of the future are the governments of the mind,” he knew that intelligence and talent drive innovation. What he doesn’t know is how soon it will happen. From solar-powered laptops to car seats that roll up when an unseen threat looms, to new fictional events. to bring to the market that the future seems to be shaken by many. But don’t panic, many upcoming technologies could directly improve your life.
Sensor Monitors Pollutants We Breathe
Developer: RTI International
Airborne pollutants, often called aerosols, can have a more severe impact on human health. For people with respiratory diseases and sensitivities, a personal air pollution monitor can be fresh air. MicroPEM measures air temperature in the ambient environment. For example, a jogger can tell exactly how much smog they are breathing or an industrial worker how much smoke they are inhaling.
The lightweight device–which weighs only 8.5 inches–requires minimal power, runs quietly and is light enough to wear around your neck. Indeed, MicroPEMs do not measure the level of aerosols in the air. Using advanced acceleration and motion sensors, it also tracks the wearer’s breathing, giving an accurate measure of how much pollutant they breathe. The output is an estimate of the amount of pollutants per minute per kilogram body weight. It’s easy to see how MicroPEM could help monitor air quality for those at risk, such as asthma patients, pregnant women, and also soldiers under aerosol weapons.
Amazing Alloy saves lives
Developer: Boston Scientific
When a top-selling device of its kind is about to hit the market immediately, developers know they’ve found something people want. In Boston Scientific’s new PROMOS, ELEMENTS, AND ION coronary stents, their success has also meant saving thousands of lives.
For a decade in partnership with metallurgists from the National Energy Technology Laboratory (NETL), Boston Scientific has created a new platinum-chromium alloy, which, when used in coronary implants, results in a safer and more efficient device than previous technologies. small coronary tubes are placed in the diseased artery, allowing blood to flow more freely. They were traditionally made of stainless steel, but it was difficult to see on an x-ray and somewhat difficult to manipulate inside the artery. Performance enhancements new compounds make the stents more visible and allow them to be placed more easily, especially in arterial bends; whence the blood is better for the sick heart. Stents are also more resistant to corrosion, stronger, and less likely to damage arteries during or after placement. All of this means higher survival rates for patients using sentinel.
What’s more, since the introduction in 2010, the sales of customers have exceeded more than a thousand dollars worldwide, based on the great approval of the studio professionals. This victory has created over 400 American jobs, from building engineers with new skills to supply-chain”>supply chain acquiring them in hospitals around the world
Rise the Common Easier
Developers: Optimedica, Lunar, 219 Design, and National Instruments
According to the National Institute, by the age of 80, more than half of Americans have have had suffocation or cataract surgery. Cataracts are formed when the lens behind the iris and pupil is stained with age, or a thick layer of brown protein, but age is not the only cause of cataracts. Cataracts eye surgery can form, from diabetes, or even as a side effect of radiation; eye injury, or steroid use. Some were even born with them. In fact, over 3 million Americans a year have their intraocular lens removed and replaced with a synthetic lens, making it the most common surgical procedure in the United States.
The Catalyst Precision Laser System, developed by the company OptiMedica, allows surgeons to be more precise and less invasive when performing this common surgery. The laser-guided surgical instrument also increases patient comfort by introducing a fluid-based patient/machine interface that results in a slight suction at a much lower eye pressure compared to LASIK and other competing technologies. Rather, it uses intuitive displays and models on the machine, planning and executing procedures more efficiently and predictively for surgeons, meaning a greater success rate for patients. For such a common surgery, even small improvements in accuracy and efficiency can make a marked difference in the lives of millions of patients.
Reducing Waste in the “Paper Less” Age
Developers: Industrial Technology Research Institute
Four decades ago it was easy to imagine the world starting to use less paper if most of our information was stored on computers. In fact, the opposite was true. Paper consumption has grown 400% since the dawn of the computer age and the number one factor in whether consumption goes up or down remains the economy, not the introduction of new software or computer.
Finally, the use of technology for magazines, books, brochures and the techniques we use to print. I2R e-Paper is a re-writeable, paper technology that is useful again. Almost any form of ink can be used to write on the paper, and no scraping is needed, due to its unique structure that uses liquid crystal molecules, transparent electrodes and silver electrodes. The amazing board can be played 260 times without having to redo it. Simply place the paper in the printer and write in the previous data! What’s more, when it is finally recycled, each element of the paper is reusable!
Convection in your clothes?
Developers: Polartec and Finetex Technology
If you want to spend time in the wilderness, or even take an evening walk around the neighborhood, you know that even on a cold day, hikers, joggers, and walkers often sweat. While coats and other outdoor gear keep us cool and dry, they absorb a little sweat from the fabric, and this can make for some pretty uncomfortable walking.
Polartec Neoshell adds convection to the equation. Rather than relying on heat and pressure to push sweat to the outer surface, the new materials allow air to be literally drawn from the outside moisture from the skin of the wearer by convection. It clearly holds you to the dryer.
In the event that NeoShell is surprisingly very effective at keeping unwanted precipitation at bay. Exceeds access or energy standards for waterproofing. The thermal technology works best when the outside temperatures are cold, but the bottom line is that it keeps you drier inside than any other frame fabric on the market. Happy hiking and don’t forget to drink plenty of water!
Splendid savings from a long-lasting bulb
Developer: Industrial Technology Research Institute (ITRI)
What if 75% off the price of your house? A new bulb has been developed by the Industrial Technology Research Institute (ITRI) to allow us to preserve without harm the quality of light to which we are all accustomed.
LEDs (a.k.a. light-emitting diodes) last much longer than traditional incandescent bulbs. While the average incandescent bulb burns for 1000 hours, LEDs can last fifty times longer. What’s more, Energy-efficient LEDs use about a quarter of the power of incandescent bulbs, resulting in substantial electrical savings. In fact, 90% of the energy consumed by incandescent bulbs is converted to heat, not light.
So why don’t we use LEDs?
The problem is that people like LED lighting are only marginally better than fluorescents, which we all know. someone may have contracted the flu in a similar way. Since fluorescents are cheaper than LEDs, they dominate the market (think school cafeterias and office rooms). Obviously, people don’t want to pay a lot more for a bulb, even though it saves Money in uncovering.
ITRI has been able to reduce the cost of producing LED lights by 55%, but just as importantly, the light quality of their bulbs is far superior to other designs. Now, let’s make a light bulb!
