
Critical Hurricane Monitoring Data Is Going Offline
The National Atmospheric and Oceanic Administration has said that in the next few days it will stop providing data from satellites that have been helping hurricane forecasters do their jobs for decades, citing 'recent service changes' as the cause.
The satellites are jointly operated by NOAA and the Department of Defense as part of the Defense Meteorological Satellite Program. They are old, dating to the early 2000s, but they have reliably helped improve hurricane forecasting for decades. The data will be halted by Monday, June 30, the agency said, without giving further explanation.
'This is an incredibly big hit for hurricane forecasts, and for the tens of millions of Americans who live in hurricane-prone areas,' said Michael Lowry, a hurricane specialist in South Florida who has worked at the National Hurricane Center and the Federal Emergency Management Agency.
The satellites orbit the poles and use microwave radiation to peer inside a hurricane to reveal changes in a storm's structure. This information is critical for accurately predicting the path of storms and detecting hurricane intensification, particularly at night.
The satellites are not being decommissioned, but their data will no longer be received, processed or stored. Satellites can't last forever and are eventually retired, but it is not clear that is the case here, said Andy Hazelton, a hurricane modeling expert at the University of Miami. 'We don't want to have less data for no reason,' he said.
NOAA did not respond to a request for comment.
Forecasters rely on various satellite-based tools to monitor tropical cyclones and hurricanes and predict their behavior. Observations of cloud tops and precipitation bands help forecasters see how a storm is moving and spreading. Come nightfall, microwave observation satellites work like forecasters' night-vision goggles.
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Forbes
19 minutes ago
- Forbes
Targeting The Heart With AI
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Complex Systems in Human Biology Just take the heart – the body's largest muscle, and responsible for keeping us alive by pumping blood through the body in particular ways. With its multiple chambers, its complex system of veins and arteries, its electrical impulses and more, the heart is in some ways enigmatic and difficult for clinicians to work on. The gold standard for cardiac evaluation is the EKG; at least, it has been for decades. But what if AI and other technologies could find new ways of getting cardiac information, and new ways of diagnosing and processing it for patient care? The Equipment of Cardiology Recently, my colleague, Daniela Rus, director of the MIT CSAIL lab, interviewed SandboxAQ CEO Jack Hidary at Imagination in Action this spring. They talked about specifically that: how quantum technology and artificial intelligence could be used to innovate heart care. 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A new quantum and AI method, Hidary suggested, would instead focus on the magnetic field of the heart. This could come through the body in a very direct and full way, in order to provide better and more detailed data. Think of it as a type of lossless signal compression that will deliver better data to cardiac assessment. 'This is something that is melding AI and quantum together,' he said. 'You can't do one without the other.' Here's how he described the process: 'Your skin conductance is very indirectly related to your heart,' Hidary said. 'Those wires (in the new system) are not on your heart itself. They're on your skin, but the magnetic field comes through the cavity of the body, undisturbed, unperturbed, intact in 360 degrees, (in data) around us that is a beautiful, pristine, high-density information view of the heart, unlike the EKG, which is very indirect and often has many false positives and many, many false negatives.' 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Gizmodo
41 minutes ago
- Gizmodo
How to Slow Down Your Biological Clock
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Yahoo
an hour ago
- Yahoo
Looking for a Monroe park to have fun in the sun? Here are your options
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