University of Maryland scientists uncovered evidence of an ancient seafloor that sank deep into Earth during the age of dinosaurs, challenging existing theories about Earth’s interior structure.
UMD geologists discover a mysterious subduction zone deep beneath the Pacific Ocean, reshaping our understanding.
Does nature have to do everything itself?
An international cohort of marine scientists discovered an ocean-borne fungus chomping through plastic trash suspended in the Great Pacific Garbage Patch, as detailed in a new study published in the journal Science of the Total Environment.
Dubbed Parengyodontium album, the fungus was discovered among the thin layers of other microbes that live in and around the floating plastic pile in the North Pacific.
Clearly customers are voicing their concerns about the ongoing Verizon outage. In fact, there has already been over 2,900 replies to Verizon’s post on X. Many of the responders still claim they are unable to make phone calls.
2024–09-30T17:22:33.585Z
O.o!!!
The strike is set to significantly disrupt trade, creating uncertainty ahead of the US election.
New device boosts hydroponic farming for efficient, eco-friendly food production:
A new water purification device offers a cost-effective solution for hydroponic farming, supporting more sustainable food production.
Continue reading “New water purifier could drive sustainable farming in changing climate” »
Join our in-depth exploration of telomeres and their incredible potential in reversing aging! Discover the science behind telomere enhancement and how it can slow down the aging process. Featuring expert insights from Dr. Michael Roizen, this video unveils cutting-edge research that could change the way we view longevity. #AgingReversal #Telomeres #LongevityScience #DrMichaelRoizen #HealthInnovation #StemCellResearch #AntiAging #YouthfulLiving #Biotechnology #TelomerePharmaceuticals
A team of engineers and scientists from Caltech and the Keck School of Medicine at USC has created a noninvasive, headset-based device that can assess a patient’s stroke risk by monitoring blood flow and volume changes during a breath-holding test.
The device uses a laser-based system and has demonstrated promising results in distinguishing between individuals with low and high stroke risk.
“With this device, for the first time, we are going to have a way of knowing if the risk of someone having a stroke in the future is significant or not based on a physiological measurement,” says Simon Mahler, a co-lead author of the study.
A new biohybrid robot can be steered left, right, or straight by activating neurons and muscle cells embedded into its fins.
The United Launch Alliance (ULA) is preparing for the second flight of its Vulcan Centaur rocket this week. The mission will see Vulcan carry an inert payload to orbit alongside some experiments and demonstrations and will complete its certification process with the U.S. Space Force (USSF).
SpaceX has delayed missions this week following an off-nominal deorbit burn of a Falcon 9 second stage following the Crew-9 mission. The stage landed in the South Pacific Ocean but outside of the defined reentry corridor. While the team investigates, the company has rescheduled Monday’s planned launch of its OneWeb mission out of Vandenberg to next week, while a Starlink mission will now fly from the Cape this week on Saturday, Oct. 5.
“It’s a known phenomenon, but it was never fully understood,” said Yukun Liu, the study’s first author and a Ph.D. candidate in Dravid’s laboratory. “Because you really need to be able to combine the direct visualization of water generation and the structure analysis at the atomic scale in order to figure out what’s happening with the reaction and how to optimize it.”
But viewing the process with atomic precision was simply impossible—until nine months ago. In January 2024, Dravid’s team unveiled a novel method to analyze gas molecules in real time. Dravid and his team developed an ultra-thin glassy membrane that holds gas molecules within honeycomb-shaped nanoreactors, so they can be viewed within high-vacuum transmission electron microscopes.
With the new technique, previously published in Science Advances, researchers can examine samples in atmospheric pressure gas at a resolution of just 0.102 nanometers, compared to a 0.236-nanometer resolution using other state-of-the-art tools. The technique also enabled, for the first time, concurrent spectral and reciprocal information analysis.
