logo
Nasa's Webb telescope finds a new tiny moon around Uranus

Nasa's Webb telescope finds a new tiny moon around Uranus

Yahoo3 hours ago
The Webb Space Telescope has spotted a new tiny moon orbiting Uranus.
The new member of the lunar gang, announced on Tuesday by Nasa, appears to be just six miles wide.
It was spotted by the telescope's near-infrared camera during observations in February.
Scientists think it hid for so long — even eluding the Voyager 2 spacecraft during its flyby about 40 years ago — because of its faintness and small size.
Uranus has 28 known moons that are named after characters from Shakespeare and Alexander Pope.
About half are smaller and orbit the planet at closer range.
This newest addition, still nameless, ups the planet's total moon count to 29.
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

/C O R R E C T I O N -- The National Math and Science Initiative/
/C O R R E C T I O N -- The National Math and Science Initiative/

Yahoo

time23 minutes ago

  • Yahoo

/C O R R E C T I O N -- The National Math and Science Initiative/

In the news release, National Math and Science Initiative Welcomes Five New Board Members to Advance STEM Education Excellence, issued 19-Aug-2025 by The National Math and Science Initiative over PR Newswire, we are advised by the company that the paragraph about Kristen Puchek has been updated. The complete, corrected release follows: National Math and Science Initiative Welcomes Five New Board Members to Advance STEM Education Excellence Leaders from education, technology, law, and corporate diversity join NMSI's Board to drive innovation and opportunity in STEM learning DALLAS, Aug. 19, 2025 /PRNewswire/ -- The United States is projected to face millions of unfilled STEM jobs in the coming decade, a shortage that could slow innovation, weaken economic competitiveness, and limit opportunities for the next generation. Closing this gap requires a stronger, more equitable pipeline from K–12 classrooms into higher education and STEM careers—especially for students historically underrepresented in these fields. The National Math and Science Initiative, a nonprofit dedicated to improving student achievement and teacher effectiveness in science, technology, engineering, and math education nationwide, announced the appointment of five distinguished leaders to its Board of Directors during its August board meeting to help meet this challenge head-on. These new appointees join 10 current members of the Board, further expanding the collective expertise and perspectives guiding NMSI's mission to advance STEM excellence and equity nationwide. "These challenges and opportunities in STEM education are greater than ever, and addressing the STEM workforce shortage demands bold leadership and collaborative solutions," said Jeremy Anderson, CEO of NMSI. "Each of these new Board members brings unique insight and experience that will help us strengthen our programs, deepen our impact, and ensure that every student—regardless of background—has access to the kind of high-quality STEM education that opens doors to in-demand careers and fuels America's future prosperity." Joining the Board are: Lindsey Henderson, Policy Director for Math at ExcelinEdHenderson is a nationally recognized mathematics leader who has shaped statewide innovations in Utah, including the launch of its first Data Science Pilot and the creation of the PK–12 Mathematics Framework. She has served on advisory boards for the National Academies of Science, Engineering and Medicine and the Conference Board of Mathematical Sciences. Frank Pietrantonio, Legal Professional and EducatorPietrantonio is an experienced intellectual property attorney with deep expertise in patent law, having served clients in electronics, telecommunications, software, and life sciences during his tenure as a Partner at Cooley LLP. With a dual background in law and electrical engineering, he has helped innovative companies navigate the intersection of complex technology and legal strategy. Pietrantonio has since turned his focus to teaching mathematics, where he brings the same precision and problem-solving mindset into the classroom. Kristen Puchek, Chief Diversity, Equity, and Inclusion Officer at General MotorsPuchek leads inclusive workplace initiatives and social impact at General Motors, advancing the company's mission to build and sell the best cars to everyone, everywhere. She helps build strategic relationships with schools, universities, and community organizations to expand access to STEAM education, create career pathways, and strengthen workforce development. Dr. Ryan Stewart, former Secretary of Education for the State of New MexicoDr. Stewart has championed equity in education throughout his career, notably as New Mexico's Secretary of Education, where he led reforms to improve literacy, expand culturally responsive curricula, and strengthen teacher professional development. He has also led nonprofit efforts to support systemic improvements in urban school districts. Nadja Young, Senior Director at SAS State & Local Government and Education DivisionYoung leads SAS's global education strategy, driving initiatives that apply analytics and artificial intelligence to improve learning outcomes worldwide. A recognized innovator in educational technology, she collaborates with educators, policymakers, and technology experts to advance personalized and data-informed learning. To learn more about NMSI's programs, partnerships, and mission—or to explore ways to support its work—visit About the National Math and Science Initiative The National Math and Science Initiative is a non-profit STEM solutions provider dedicated to expanding access to high-quality STEM education across the United States. NMSI provides research-based programs and professional development to teachers to enhance their instructional skills and increase student achievement. Through partnerships with schools, districts, and organizations, NMSI helps create coherent STEM pathways that prepare students for success in college and the workforce. For more information, visit Media ContactJessica View original content to download multimedia: SOURCE The National Math and Science Initiative Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data

The Wistar Institute Receives $17 Million NIH Grant for Personalized HIV Cure Research
The Wistar Institute Receives $17 Million NIH Grant for Personalized HIV Cure Research

Yahoo

time23 minutes ago

  • Yahoo

The Wistar Institute Receives $17 Million NIH Grant for Personalized HIV Cure Research

Philadelphia-led consortium is selected to tailor HIV curative strategies to participant Philadelphia, PA, Aug. 19, 2025 (GLOBE NEWSWIRE) -- The Wistar Institute announces the National Institutes of Health (NIH) granted a five-year, $17 million research award to launch iCure Consortium to develop individualized 'cure regimens' for HIV. The Wistar-led, iCure Consortium's objective is to advance strategies to cure HIV through tailored personalized medicine. 'Today 38 million people still live with HIV worldwide, and 1.3 million contract the virus each year,' said Luis J. Montaner, D.V.M., iCure principal investigator, executive vice president of The Wistar Institute and director of Wistar's HIV Cure and Viral Diseases Center. 'For the first time, this grant brings our best team together working towards a cure tailored to each participant by pairing the latest in neutralizing antibody and cell-therapy breakthroughs against the unique, person-specific features of HIV.' iCure Consortium will test a six-part, individually-tailored therapy designed to wipe out the persistent viral reservoir that remains after antiretroviral therapy in an effort to deliver durable, drug-free remission. The project combines six advanced tactics—neutralizing antibodies, mRNA therapy, viral binders, engineered CAR-T and 'Natural Killer' (NK) cells, and precision latency 'wake-up' drugs—all designed against each patient's unique virus. 'Ending HIV demands more than management—it demands eradication,' said Drew Weissman, M.D., Ph.D., iCure co‑principal investigator, 2023 Nobel Laureate and Roberts Family Professor in Vaccine Research at the Perelman School of Medicine at the University of Pennsylvania. 'This project now allows us to apply our breakthroughs in RNA therapy as part of a cure-directed strategy.' How iCure Works• Wake the latent virus• Map and target unique weak spots with tailored antibodies• Destroy infected cells using 'super‑charged' CAR‑T and NK cells• Enhance clearance and block relapse with bispecific binders In the first step, researchers reactivate the virus in a sample of the participant's blood and identify mutations that the participant has not yet developed antibodies against. They then develop a tailored antibody therapy cocktail specifically designed against these specific mutations. In the next stage, researchers focus on preventing HIV from returning. To do this, they develop person-specific antibodies or small molecule binders that can act as 'homing devices' — beacons that can lead immune cells to the latent virus. Then they genetically modify CAR-T cells and NK cells (immune cells that destroy viruses) to express or use these homing devices to better clear infected cells. Finally, researchers further enhance NK cells. First, they develop stronger and more durable cells, called adaptive NK cells, by supercharging their virus-killing ability. Then, they deploy small-molecule drugs called bispecifics, which bind NK cells to the infected cells they are targeting. "iCure takes full advantage of the advances made in understanding how and where HIV hides from the immune system," said Montaner. "We've built on our knowledge and can use that information to identify a first of its kind targeting to a person's unique HIV features." iCure furthers the research groundwork laid by the BEAT-HIV Martin Delaney Collaboratory ( a Philadelphia-based consortium of more than 95 leading HIV researchers co-led by Dr. Montaner. Montaner called the NIH grant a 'once in a lifetime opportunity' that reflects Wistar's track record as a scientific leader in the effort to develop an HIV cure, as well as its grassroots support and collaboration with the HIV community. 'By the end of this study we hope to have a process by which to identify the virus that we need to go after in each person and have a basis to design clinical trials choosing the best of these strategies to move forward,' said Montaner. Other institutions participating in this study include Johns Hopkins Medicine and iCure co-principal investigator Robert Siliciano, M.D., Ph.D., the University of Pennsylvania, Philadelphia FIGHT, the Ragon Institute at Harvard University, George Washington University, Duke University, and Massachusetts Institute of Technology. The iCure program is funded by the National Institute of Allergy and Infectious Diseases, part of NIH, under award number UM1AI191272. ### The Wistar Institute is an international leader in biomedical research with special expertise in cancer research and vaccine development. Founded in 1892 as the first independent nonprofit biomedical research institute in the United States, Wistar has held the prestigious Cancer Center designation from the National Cancer Institute since 1972. The Institute works actively to ensure that research advances move from the laboratory to the clinic as quickly as possible. CONTACT: Darien Sutton The Wistar Institute 215-870-2048 dsutton@ in to access your portfolio

Six planets are hanging out in early morning skies this month. Here's how to spot them
Six planets are hanging out in early morning skies this month. Here's how to spot them

Los Angeles Times

time25 minutes ago

  • Los Angeles Times

Six planets are hanging out in early morning skies this month. Here's how to spot them

NEW YORK — Six planets are hanging out in the sky this month in what's known as a planetary parade. Catch the spectacle while you can because it's the last one of the year. These linkups happen when several planets appear to line up in the night sky at once. Such parades are fairly common, happening around every year depending on the number of planets. At least one bright planet can be spotted on most nights, weather permitting, according to NASA. Venus, Jupiter, Saturn and a faint Mercury are visible this month without any special equipment, and the best chances to spot them are over the next week. Uranus and Neptune can only be glimpsed through binoculars and telescopes. Jupiter and Venus made a close brush earlier this week and are still near each other in the eastern sky, 'close together like cat's eyes,' said Carolyn Sumners at the Houston Museum of Natural Science. Mercury will be at its farthest point from the sun on Tuesday morning, making it easier to spot before it disappears into the sun's glare. To catch the planets, go out in the morning shortly before sunrise and look east. Try to find Jupiter and Venus clustered together first. Saturn is off to the side and Mercury will be close to the horizon, trying to rise before the sun. 'You're looking for little tiny pinpoints of light, but they are the brightest ones,' said Justin Bartel with the Science Museum of Virginia. 'They don't really twinkle like the stars do.' Before heading out, make sure it is a clear, cloudless morning and try to get away from tall buildings that could block the view. Mercury will hide behind the sun again toward the end of the month, but a crescent moon will then join the parade. The next big planetary hangout is in February. Ramakrishnan writes for the Associated Press. The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute's Department of Science Education and the Robert Wood Johnson Foundation. The AP is solely responsible for all content.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store