Zuckerberg teased the handheld throughout his keynote before revealing it would ship by the holidays in December.
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Industrial IoT Coverage Beats Sensor Richness, FourJaw Proves It
Industrial IoT Coverage Beats Sensor Richness — FourJaw Proves It.
FourJaw started with the classic approach: pull rich data straight from CNC controllers. It worked on the first few machines. Then every new site became its own integration project.
Customers mainly wanted one answer: is this machine making us money?
So FourJaw switched to a simple external power sensor that clips onto any machine’s cable. Lower resolution, but it works on decades-old equipment and unfamiliar brands. They pair it with an operator tablet for reason codes.
The next bottleneck was the network. Customer Wi-Fi and security policies killed more rollouts than the sensor itself. The fix was shipping cellular routers that never touch the corporate network.
The lesson for buyers: score vendors on how many machines they can reach without controller access, what a new site costs without a vendor visit, and whether connectivity can route around a Wi-Fi refusal.
Coverage decides whether monitoring survives past the pilot. Resolution does not.
Starship splashes down in the Pacific after 1st orbital flight test
After launching the world’s largest and most powerful spacecraft from South Texas on Monday morning, SpaceX has ended its mission, calling it a success.
Starship launched from SpaceX’s Starbase in Cameron County, Texas, in the company’s first attempt to orbit Earth, with the spacecraft flying more than 170 miles above our planet.
The company said the spacecraft lost one engine during the ascent to space and was working to determine if it could go into orbit due to the loss of the engine. In an update, however, they said the Starship was in orbit.
Scientists find new way to overcome cell’s natural defenses against self-amplifying mRNA vaccines
The innovation could enable protection at lower doses, meaning vaccines could be rolled out further and faster than was previously imaginable, and opens new possibilities in gene therapy, cancer immunotherapy, and protein replacement therapies.
Scientists at Queen Mary University of London have found a way to overcome cell’s natural defenses against self-amplifying mRNA vaccines, thereby allowing them to produce significantly more of their target protein. The findings are published in Nature Communications.
MRNA-based vaccines were central to getting us out of the Covid-19 pandemic. Unlike conventional vaccines, which use a low dose of the virus to build immunity, RNA vaccines tell your cells to produce a protein which teaches your body how to fight the virus.
Kelvins circulation theorem (fluid mechanics ) incompressible fluid
This theory is very important theorem, I proved this theory with the help of Navierstokes theory and my fluid is incompressible fluid.
Newton’s law of cooling
The rate of changing temperature directly proportional to difference between temparature between the surrounding medium and that of body itself.
A glimpse of the solar system’s origins: Striking details on the molecules inside a meteorite
Researchers at the National High Magnetic Field Laboratory and Brookhaven National Laboratory have teamed up to get a fresh look at the complex makeup of meteorites and glimpse into our solar system’s past.
Powerful spectrometry found only at the MagLab identified the vast array of organic compounds inside two meteorites, and Brookhaven scientists followed up with images detailing the structure of some of those extraterrestrial molecules. Their research suggests that the chemical foundation for life is deeply woven into the fabric of the universe and broadens our understanding of the cosmic ingredients that rained down on early Earth, potentially kickstarting life as we know it. The study was published in The Planetary Science Journal.
“This can shed light on how much complex organic material is out in space,” said Joseph Frye-Jones, who led the mass spectrometry research as a Florida State University graduate research assistant and is the lead author on the paper.
Blood test trends may help identify patients at increased risk of cancer
Blood test trends alongside unexplained weight loss can improve triage for cancer testing, according to a study by Brian Nicholson and colleagues from the University of Oxford, UK, published Sept. 17 in the journal PLOS Medicine.
Abnormal blood test results, such as low hemoglobin or increased platelet counts, can provide clues about a patient’s risk of developing cancer. However, monitoring trends over repeat tests could provide further clues in some instances by identifying cancer-related changes in blood test results that do not appear abnormal. Assessing patterns in blood test abnormalities and trends alongside unexplained weight loss could enhance cancer risk assessment and support earlier diagnosis.
In this study, researchers examined trends in blood test results among patients with unexplained weight loss, a common non-specific symptom associated with multiple cancer types. The goal was to determine whether trends in 26 commonly used blood tests in primary care could improve cancer risk stratification compared with abnormalities on single blood tests.
