Post by account_disabled on Mar 5, 2024 10:29:00 GMT
Co-founder) and Leader of the Foundation Has Launched a Project Aimed at Improving the Relationship Between Big Data and Alzheimer's Disease. To Achieve This Goal, Genomic Information Will Be Stored From Nearly All People Participating in the Alzheimer's Disease Neuroimaging Initiative, a North American Project Aimed at Improving Research and Treatment of the Disease. Improving the Binomial Connection Between Big Data and Alzheimer's Disease Would Be a Major Advance for Science Because All the Data Would Be Available on the Internet So That Researchers From Around the World Could Access It. In This Way, by Combining Big Data With Alzheimer's Disease, Research Into Preventing, Diagnosing, and Treating the Disease Can Be Improved. There is No Doubt That Storing and Managing Information More Efficiently Will Be a Very Important Step in Dealing With This Syndrome in the Future. Computing in the Service of Medicine Will Help Patients and Health Professionals Benefit From New Research and Innovation in the Coming Years. Image Wikipedia, Paul Magari Uses Technology to Fight Urban Pollution Miguel Perre.
Miguel Perez Experts Seek Technological Solutions to Address Our Cities' Air Quality Problems. These Are Some of Them. One of the Unresolved Issues in Large Cities is the Improvement of Air Quality, Which is a Result of Urban Pollution. Pollution, Primarily From Urban Traffic, Affects Not Only Ecosystems but Also the Health of Citizens Who Are Exposed to High Concentrations of Toxic Substances Suspended in the Air Every Day. Despite Efforts to Encourage the Use of Public Transportation or Sustainable Non-motorised Alternatives, Experts Advocate Supplementing These Efforts With Technology to Combat Urban Chinese Europe Phone Number List Pollution. Some Researchers Are Already Working and Offering Interesting Solutions That Could Help Reduce the Negative Effects of Pollution. Here Are Some Interesting Examples: Start-stop Technology Urban Pollution the Big Problem in Cities Has Always Been Cars, Which is Why a Large Part of the Solutions Developed Focus on the Automotive Sector and Reduce Their Impact on Urban Scenes. Back in , Bosch Developed a Technology Called to Reduce Co2 Emissions Into the Atmosphere and Save Fuel While Waiting. That is, When the Vehicle is Stopped at a Traffic Light or.
When There is a Traffic Jam, the and Shut Down the Engine. Simply Press the Clutch Again and the Engine Can Be Put Back Into Use. It Should Be Noted That Today, One Out of Every Two Cars Manufactured in Europe Already Uses Start-stop Technology, Which Can Save Approximately 50% of Fuel When Driven Alone in Urban Environments. Photocatalyst Pavements as Mentioned Above, Research Into Combating Urban Pollution is Also Focused on Developing Surfaces That Can React With Environmental Pollution. In This Sense, Scientists at Eindhoven University of Technology Are Developing an Active Chemical Capable of Absorbing Pollutants Such as Nitrogen Oxides (Highly Toxic Compounds) and Converting Them Into Less Dangerous Substances Such as Nitrates . The Active Substance, Composed of Titanium Oxide, is Sprayed Onto the Road Surface, Locking It in Place and Turning It Into a Photocatalytic Pavement Capable of Reducing the Environmental Impact of Cars and Trucks in Any City in the World. Despite the Increased Cost of Using Photocatalyst Pavements, Tests Conducted Under Normal Conditions in a Residential Area in the Dutch City of Hengelo Showed a Reduction in Nitrogen Oxides of Up to 100%. Hand Tree Urban Pollution Perhaps This is the Most Disturbing.
