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Jan 22, 2025 | 
medicalxpress.com | Roberto Molar Candanosa |Johns Hopkins
Doctors could soon reduce epilepsy misdiagnoses by up to 70% using a new tool that turns routine electroencephalogram, or EEG, tests that appear normal into highly accurate epilepsy predictors, a Johns Hopkins University study has found.
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Dec 23, 2024 | 
scitechdaily.com | Roberto Molar Candanosa |Johns Hopkins
Researchers have unlocked a fascinating cosmic mystery: hotter white dwarf stars — remnants of dying suns — are puffier than their cooler counterparts, even when they weigh the same. By studying over 26,000 of these ultra-dense stars, scientists are getting closer to using them as natural test labs for exploring extreme gravity and the elusive particles that make up dark matter. This discovery could rewrite our understanding of stellar physics and help uncover hidden forces in the universe.
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Dec 9, 2024 | 
hub.jhu.edu | Roberto Molar Candanosa
NameRoberto Molar Candanosa [email protected] Office phone443-997-0258 Cell phone443-938-1944 New observations from the James Webb Space Telescope suggest that a new feature in the universe—not a flaw in telescope measurements—may be behind the decadelong mystery of why the universe is expanding faster today than it did in its infancy billions of years ago.
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Dec 9, 2024 | 
hub.jhu.edu | Roberto Molar Candanosa
NameRoberto Molar Candanosa [email protected] Office phone443-997-0258 Cell phone443-938-1944 Modeling how cars deform in a crash, how spacecraft respond to extreme environments, or how bridges resist stress could be made thousands of times faster thanks to new artificial intelligence that enables personal computers to solve massive math problems that generally require supercomputers.
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Nov 26, 2024 | 
phys.org | Roberto Molar Candanosa |Johns Hopkins
A new study from Johns Hopkins University researchers and community partners has confirmed what residents of South Baltimore's Curtis Bay community have reported for decades: Coal dust is present in measurable amounts on schools, playgrounds, and houses nearly a mile away from the open-air coal terminal that borders the neighborhood.
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Nov 25, 2024 | 
hub.jhu.edu | Roberto Molar Candanosa
NameRoberto Molar Candanosa [email protected] Office phone443-997-0258 Cell phone443-938-1944 A new study from Johns Hopkins University researchers and community partners has confirmed what residents of South Baltimore's Curtis Bay community have reported for decades: Coal dust is present in measurable amounts on schools, playgrounds, and houses nearly a mile away from the open-air coal terminal that borders the neighborhood.
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Sep 10, 2024 | 
hub.jhu.edu | Roberto Molar Candanosa
NameRoberto Molar Candanosa [email protected] Office phone443-997-0258 Cell phone443-938-1944 An assist from a Google artificial intelligence tool has helped scientists discover how the proteins of a heat-loving microbe respond to the crushing conditions of the planet's deepest ocean trenches, offering new insights into how these building blocks of life might have evolved under early Earth conditions.
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Aug 27, 2024 | 
news.umich.edu | Roberto Molar Candanosa |Johns Hopkins
Study: The JWST/NIRISS Deep Spectroscopic Survey for Young Brown Dwarfs and Free-Floating Planets (DOI: 10.48550/arXiv.2408.12639) An international collaboration that included the University of Michigan has spotted six likely rogue worlds—objects with planetlike masses but untethered from any star’s gravity—using the James Webb Space Telescope, or JWST. The discovery includes the lightest rogue planet candidate ever identified with a dusty disk around it.
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Aug 27, 2024 | 
hub.jhu.edu | Roberto Molar Candanosa
The James Webb Space Telescope has spotted six likely rogue worlds—objects with planetlike masses but untethered from any star's gravity—including the lightest ever identified with a dusty disk around it. The elusive objects offer new evidence that the same cosmic processes that give birth to stars may also play a common role in making objects only slightly bigger than Jupiter.
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Jul 17, 2024 | 
hub.jhu.edu | Roberto Molar Candanosa
NameRoberto Molar Candanosa [email protected] Office phone443-997-0258 Cell phone443-938-1944 Most research in human genetics has historically focused on people of European ancestries—a long-standing bias that may limit the accuracy of scientific predictions for people from other populations. Now, a team of Johns Hopkins University scientists has generated a new catalog of human gene expression data from around the world.
