Latest news with #RutgersUniversity-NewBrunswick
Yahoo
12-05-2025
- Politics
- Yahoo
Most New Jersey voters don't know there's an election coming up: Rutgers-Eagleton poll
Most New Jersey voters don't know there's an election coming up. The primary election for governor will take place on June 10. But according to a new Rutgers-Eagleton Poll, conducted in April, most voters can't tell you that. In the poll of 1,058 adults, including 966 registered voters, only 4% could name the correct date when asked when the next election was. Twenty percent said the election would take place at some point in June, including those who got the right month but wrong date. More: New Jersey expands early voting period for state primaries starting in June Thirty-five percent said the next election would be in November, 1% mentioned a special election in their area, 24% said 'other' and 16% said they were unsure. 'Any election not held during a presidential year or not in November has historically seen lower turnout due to less awareness, less interest, and less engagement,' said Ashley Koning, an assistant research professor and director of the Eagleton Center for Public Interest Polling (ECPIP) at Rutgers University-New Brunswick, in a news release. 'New Jersey's gubernatorial primaries are the perfect storm for this – typically held in June and never during a presidential year – with turnout in past primaries in the single digits to low double digits.' The poll found that registered voters were not more aware of the primary date than the general population, being only slightly less likely to say they are unsure. Democrats were slightly more likely than Republicans and independents to know the correct month. 'Since independents are able to change their registration to vote in the primaries or declare their party at the polls in-person, they can still play an important role in the upcoming election, but they are not as tuned in as their partisan counterparts right now,' Koning said. 'The reality is, if more independents were aware and declared a party, it could potentially change the game for many of the primary candidates, particularly on the Democratic side.' Older voters were more likely to know that an election is taking place in June, according to the poll, while Hispanic voters were less likely than non-Hispanic white or non-Hispanic Black voters to know the date or month. 'Disadvantaged voting groups often go unheard in primaries because they are less aware that they are taking place and therefore less likely to vote,' said Jessica Roman, director of data management and analysis at ECPIP, in the release. 'Some of these groups are key to candidates' platforms and potential victories, but those who typically vote in primaries are less representation of the population as a whole and more likely to be affluent and well educated.' This article originally appeared on Asbury Park Press: Most NJ voters don't know primary election date: Rutgers-Eagleton poll
India Today
29-04-2025
- Science
- India Today
Mysterious structure the size of 40 moons discovered close to Solar System
A mysterious structure has been discovered close to the Solar System as scientists rush to investigate its origin and evolution. The structure appears to be a star-forming region and is one of the largest single structures in the team of astronomers led by Rutgers University-New Brunswick mentioned that it is among the closest to the sun and Earth ever to be have named the molecular hydrogen cloud 'Eos,' after the Greek goddess of mythology who is the personification of dawn. The details of the findings, published in the journal Nature, state that the structure long invisible, appears to be a vast ball of hydrogen. The finding marks the first time a molecular cloud has been detected with light emitted in the far-ultraviolet realm of the electromagnetic spectrum and opens the way to further explorations using the approach. Artist's conception of what the Eos molecular cloud would look like in the sky if it were visible to the naked eye. (Photo: Rutgers) advertisement"This opens up new possibilities for studying the molecular universe. This is the first-ever molecular cloud discovered by looking for far ultraviolet emission of molecular hydrogen directly. The data showed glowing hydrogen molecules detected via fluorescence in the far ultraviolet. This cloud is literally glowing in the dark,' Blakesley Burkhart, lead author of the paper maintained that Eos poses no danger to Earth and the solar system. Because of its proximity, the gas cloud presents a unique opportunity to study the properties of a structure within the interstellar medium, scientists clouds are composed of gas and dust – with the most common molecule being hydrogen, the fundamental building block of stars and planets and essential for life. They also contain other molecules such as carbon monoxide.'When we look through our telescopes, we catch whole solar systems in the act of forming, but we don't know in detail how that happens. Our discovery of Eos is exciting because we can now directly measure how molecular clouds are forming and dissociating, and how a galaxy begins to transform interstellar gas and dust into stars and planets,' Burkhart crescent-shaped gas cloud is located about 300 light years away from Earth. It sits on the edge of the Local Bubble, a large gas-filled cavity in space that encompasses the solar system. advertisementIt measures about 40 moons across the sky, with a mass about 3,400 times that of the sun. The team used models to show it is expected to evaporate in 6 million years.
Yahoo
28-04-2025
- Science
- Yahoo
Team led by Rutgers professor makes amazing interstellar discovery. Here's what it means
An international team led by a Rutgers University-New Brunswick astrophysicist has discovered a vast, potentially star-forming cloud of molecular hydrogen — one of the largest structures ever detected near Earth. The cloud, named 'Eos' after the Greek goddess of dawn, is about 300 light years away and is roughly 3,400 times the mass of the sun. It spans a crescent shape about 40 times the diameter of the full moon in the night sky, researchers said. The discovery, outlined in a study published in Nature Astronomy, marks the first time a molecular cloud has been detected using light emitted in the far-ultraviolet spectrum, offering a new method to study the molecular universe. 'This opens up new possibilities for studying the molecular universe,' said Blakesley Burkhart, an associate professor of physics and astronomy at Rutgers and a research scientist at the Flatiron Institute in New York, who led the team. Molecular clouds, made mostly of hydrogen gas, are essential to star and planet formation. Scientists typically detect them through radio or infrared signals from carbon monoxide, but Eos was found by tracking faint far-ultraviolet fluorescence from hydrogen molecules — a first for astronomers. 'This cloud is literally glowing in the dark,' Burkhart said. Discovered using data from the Korean satellite STSAT-1's FIMS-SPEAR instrument, Eos had remained hidden because it is 'CO-dark,' lacking enough carbon monoxide to show up in traditional surveys. Researchers estimate the cloud will evaporate in about 6 million years. The cloud lies at the edge of the Local Bubble, a gas-filled cavity surrounding the solar system. Because of its proximity, Eos offers a rare opportunity to study the early stages of star formation and the behavior of the interstellar medium — the gas and dust filling the space between stars. The discovery could reshape understanding of how galaxies form stars and planets, scientists said. 'The story of the cosmos is a story of the rearrangement of atoms over billions of years,' Burkhart said. 'The hydrogen in Eos has been traveling for 13.6 billion years since the Big Bang.' Burkhart and her colleagues are continuing their search for molecular clouds both near and far. In a separate preprint study using the James Webb Space Telescope, the team reports a tentative discovery of the most distant molecular hydrogen yet observed. 'Using JWST, we may have found the very furthest hydrogen molecules from the sun,' Burkhart said. 'So we have found both some of the closest and farthest using far-ultraviolet emission.' This article originally appeared on Team led by Rutgers professor makes amazing interstellar discovery
Globe and Mail
17-02-2025
- Business
- Globe and Mail
New Book 'From Zero to Six Figures' Empowers Lawyers to Build Thriving Law Firms from Scratch
"Whether you're a newly licensed attorney or an experienced lawyer looking for a fresh start, From Zero to Six Figures will equip you with the knowledge, tools, and confidence to take control of your legal career and achieve financial success in the industry." 'From Zero to Six Figures' by Candice E. Iheme Launched to Rave Reviews Aspiring and seasoned attorneys alike now have the ultimate roadmap to launching and scaling a successful law firm with the release of From Zero to Six Figures, written by legal entrepreneur Candice E. Iheme. Launch on January 31, 2025, this game-changing book provides practical, step-by-step strategies for attorneys looking to break free from traditional firms and build a thriving, six-figure practice—starting from scratch. "Many lawyers dream of opening their firm but hesitate due to uncertainty and lack of guidance," says Iheme, a practicing attorney who built her law firm from the ground up. "This book is the blueprint I wish I had when I started—a real-world guide to navigating the legal industry as a business owner, not just a practitioner." What Readers Will Discover in From Zero to Six Figures How to confidently launch a law firm—even with zero clients. Proven marketing and branding strategies to attract paying clients. Essential systems and tools to run a profitable and efficient practice. Financial management tips to grow a six-figure firm. The biggest mistakes new law firm owners make—and how to avoid them. Whether you're a newly licensed attorney or an experienced lawyer looking for a fresh start, From Zero to Six Figures will equip you with the knowledge, tools, and confidence to take control of your legal career and achieve financial success in the industry. What Readers Are Saying "A must-read for any lawyer dreaming of independence! Candice E. Iheme delivers a clear, practical roadmap to launching a successful law firm, packed with real-world insights and actionable steps." "From Zero to Six Figures is the ultimate guide for lawyers ready to take control of their careers. Iheme's advice is invaluable, empowering, and straight to the point—highly recommended!" "An inspiring and practical book that every aspiring law firm owner needs. Iheme breaks down the business side of the law with clarity and confidence, making success feel attainable!" About the Author Candice E. Iheme, Esq. is a first-generation American who never initially planned to attend law school. In 2015, while in college, she began working for a Fortune 500 insurance company and quickly became fascinated by the insurance industry. She went on to graduate cum laude from Rutgers University-New Brunswick with a Bachelor's degree in Economics and a minor in Psychology. After college, she was offered a full-time position with the same Fortune 500 insurance company. As her experience with clients grew, she noticed a troubling trend—many people had no idea what insurance benefits they were entitled to. This realization inspired her to attend law school so she could advocate for those who could not properly advocate for themselves. Today, she is a successful attorney and entrepreneur dedicated to helping others build sustainable and profitable law firms. Availability From Zero to Six Figures is available in paperback and eBook formats on Amazon and major online retailers starting January 31, 2025. For interviews, speaking engagements, or bulk orders, please get in touch with Candice E. Iheme at Candice@ or call 551-309-2339. Follow Candice E. Iheme on Instagram: @candicetheeesquire Visit for more details. Media Contact: Contact: Candice E. Iheme Email: Candice@ Phone: 551-309-2339 W ebsite: Instagram: @candicetheeesquire Media Contact Company Name: Candice E. Iheme Contact Person: Candice E. Iheme Email: Send Email Country: United States Website:
