Indian-American candidate Ravin Sheth is preparing for his first congressional campaign, setting up a high-profile contest against veteran lawmaker Pramila Jayapal in Washington state’s congressional district. The November election will feature two candidates of Indian heritage competing for the same seat, drawing attention from both political observers and the Indian-American community.

Sheth, 40, was born and raised in Ahmedabad before relocating to the United States in 2008 to pursue higher education in computer and electrical engineering. His academic journey eventually led him to public service, where he enlisted in the US Marine Corps in 2011 and worked as an aircraft mechanic.

After completing his military service, Sheth briefly served as a police officer in Lakewood, Washington. However, injuries sustained during his time in the Marines forced him to step away from law enforcement, prompting him to pursue other professional opportunities.

His decision to enter politics came in 2023 following a series of break-ins at businesses he owned in Washington state. Sheth has said those incidents, combined with his dissatisfaction with government leadership, motivated him to seek public office. He has argued that stronger leadership and policy changes are needed to address issues affecting local communities and business owners.

Despite his enthusiasm, Sheth faces a significant electoral challenge. The congressional district, which includes Seattle and surrounding communities, has consistently favored Democratic candidates. Pramila Jayapal has represented the district in Congress since 2016 and has secured multiple election victories, making her a well-established incumbent.

The upcoming election is expected to draw considerable interest because it pits two Indian-American candidates with very different political perspectives against one another. While Jayapal seeks another term based on her legislative experience and established support, Sheth is campaigning as a political newcomer hoping to offer voters an alternative vision for the district.

Political analysts believe the district’s voting history gives Jayapal a clear advantage, but Sheth’s candidacy reflects the growing participation of Indian-Americans across the political spectrum in US elections. The race also highlights the increasing visibility and influence of the Indian-American community in American public life as more candidates of Indian origin seek elected office at the local, state, and federal levels.

The post Indian-American Sheth Challenges Jayapal in Race first appeared on Global Indian News Network.

Massachusetts has officially recognized August 15 as India Day, marking India’s Independence Day while acknowledging the lasting contributions of the Indian-American community across the Commonwealth. Governor Maura Healey issued the proclamation on August 1, encouraging residents to observe the occasion as an opportunity to celebrate cultural diversity, civic engagement, and the strong relationship between India and the United States.

The proclamation recognizes the efforts of Indian-American organizations and community leaders in strengthening cultural understanding and public participation throughout Massachusetts. It also highlights annual Independence Day celebrations and volunteer initiatives that bring together people from different backgrounds, promoting inclusivity and mutual respect.

Adding to the recognition, Boston Mayor Michelle Wu also declared August 15 as India Day within the city. In her proclamation, Wu welcomed the recent opening of the Indian Consulate in Boston and noted the visit of the Indian Navy sailing vessel INS Sudarshini during the SAILBOSTON-250 event. She described these developments as important milestones that continue to deepen cultural and diplomatic ties between India and Massachusetts.

This year’s observance coincides with the 79th anniversary of India’s independence from British rule. The proclamation recognizes India’s journey as the world’s largest democracy and acknowledges the country’s continued commitment to democratic values, unity, and global cooperation.

The declaration also highlights the influence of the global Indian diaspora, which spans more than 36 million people worldwide. In the United States alone, more than five million people of Indian origin contribute across numerous sectors, including business, healthcare, education, science, technology, entrepreneurship, and public service, helping shape communities nationwide.

Massachusetts specifically praised its Indian-American residents for their achievements and leadership in medicine, research, innovation, education, public service, and economic development. According to the proclamation, these contributions have strengthened both the state’s economy and its multicultural identity while enriching community life.

The announcement further celebrates India’s rich cultural heritage, describing the country as a diverse civilization with numerous languages, traditions, religions, and ethnic communities that have flourished together over centuries. State leaders emphasized that recognizing India Day provides an opportunity to honor these traditions while reaffirming shared values of democracy, peace, progress, and inclusion.

Through the dual proclamations issued by Governor Healey and Mayor Wu, Massachusetts and Boston have reaffirmed their appreciation for the Indian-American community and encouraged broader public participation in celebrating the enduring cultural and civic ties between the two nations.

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A powerful solar event produced dazzling auroras across parts of the Northern Hemisphere, while astronauts aboard the International Space Station enjoyed an extraordinary view from orbit. Among those witnessing the colorful display was Indian-American NASA astronaut Anil Menon, who experienced the phenomenon from space for the first time.

The auroras appeared after a coronal mass ejection (CME) struck Earth’s magnetosphere around midday on August 2, generating a moderate G2 geomagnetic storm. Scientists believe the solar material originated either from a slower-moving CME released on July 27 or from a weaker eruption that occurred on July 30. The interaction between the charged particles and Earth’s magnetic field produced vibrant displays across high-latitude regions, including northern Scotland and Scandinavia.

NASA astronaut Jessica Meir shared a time-lapse video from the International Space Station showcasing brilliant green and red auroras sweeping across the planet. She described the experience as especially memorable because it was shared with Anil Menon during his first opportunity to witness such an intense auroral event from orbit.

Meir expressed her excitement on social media, saying she never grows tired of watching the northern lights from space. She also noted that the red bands visible above the green auroras were particularly striking during the observation, making the event even more remarkable for the crew aboard the station.

Astronomers reported relatively low solar flare activity during the same period, with several weak C-class and B-class flares detected. According to space weather monitoring agencies, the strongest flare observed was classified as C6.3 on August 2, while additional weaker flares were produced by active sunspot regions over the following days.

Experts believe solar activity will continue through the first week of August, increasing the likelihood of additional auroral displays. If conditions remain favorable, the northern lights could become visible farther south than usual, offering residents in cities such as Edinburgh, Seattle, Toronto, Chicago, London, and New York an opportunity to witness the phenomenon.

Scientists also cautioned that continued solar activity may temporarily affect satellites, radio communications, and power infrastructure. While moderate M-class solar flares remain possible in the coming days, the probability of more powerful X-class eruptions is currently considered low. Researchers continue to closely monitor active sunspot regions responsible for the ongoing space weather activity.

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The UPFNA Annual Picnic 2026 concluded with a vibrant celebration filled with entertainment, community bonding, and memorable experiences for families of all generations. The event featured a wide range of games and activities designed to engage children, youth, adults, and senior members, creating an atmosphere of joy, teamwork, and togetherness.

Participants actively joined various activities throughout the day, transforming the gathering into a celebration of friendship and shared cultural connections. The highlight of the closing ceremony was a specially created “UPFNA Annual Picnic 2026” themed Tambola, which included references to UPFNA, Uttar Pradesh traditions, and special moments from the event. The customized game provided a unique and enjoyable conclusion to the day’s festivities.

The successful organization of the picnic was made possible through the commitment and teamwork of UPFNA’s leadership team and volunteers. The event was coordinated under the guidance of office bearers, including President Amit Gupta, Vice President Alpana Anand Singh, Secretary Alpana Pathak, and Treasurer Saurabh Gupta, whose efforts ensured smooth planning and execution.

Special recognition was given to the volunteers, particularly the younger members of the community, who played an important role in managing registrations, organizing activities, coordinating games, and supporting attendees throughout the event. Their enthusiasm and dedication highlighted the growing involvement of youth in strengthening the future of the UPFNA community.

For many participating families, the picnic represented much more than a social gathering. It served as a platform to reconnect with cultural roots, develop new friendships, and create lasting memories with fellow community members. Families shared the belief that UPFNA has evolved into an extended family where individuals contribute their unique experiences, ideas, and energy toward collective growth.

The organization continues to focus on preserving the cultural heritage of Uttar Pradesh while promoting unity, family values, youth participation, professional networking, and community service throughout North America.

With a strong commitment to bringing people together, UPFNA plans to organize more cultural, educational, professional, and social initiatives in the future. These efforts aim to strengthen connections among members and continue building a more engaged and supportive UPFNA community.

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Indian-American student Aryash Shyam has added another milestone to his growing list of accomplishments after being selected as the host of Teen Scientist, an award-winning monthly program on WDIY 88.1 FM, a National Public Radio affiliate serving Pennsylvania’s Lehigh Valley. As a ninth-grade student with an impressive background in science and engineering, Shyam will lead conversations with renowned researchers while making advanced scientific topics accessible to younger audiences.

His debut episode, scheduled for August 6, will explore one of today’s most discussed educational topics—whether artificial intelligence is reshaping learning or simply making it easier for students to complete assignments. Through interviews with leading experts, the program aims to encourage thoughtful discussions about emerging technologies and their impact on education and society.

Despite his young age, Shyam has already built an impressive portfolio of scientific achievements. He developed a CRISPR-based diagnostic proposal designed for use in microgravity, earning recognition as one of only five recipients of the 2026 Junior Scientist Award through the Genes in Space program. His research demonstrated both scientific creativity and a strong interest in advancing biotechnology for future space missions.

In another notable project, he designed and programmed GreenBeam, an artificial intelligence-powered robot capable of identifying weeds and removing them with laser precision instead of chemical herbicides. The innovation received statewide recognition during the 2025 3M Young Scientist Challenge and attracted widespread attention for its practical environmental applications.

Shyam has also been honored with several prestigious academic awards, including the 2026 PETE&C Technology Student of the Year title, first place in the American Institute of Aeronautics and Astronautics’ national eighth-grade essay competition, and top mathematics honors at the 2026 Lehigh Valley Science and Engineering Research Fair.

Outside scientific research, he created Editing Humanity: A CRISPR Conundrum, a documentary exploring the ethical questions surrounding gene editing. He also produces educational STEM content focused on artificial intelligence, coding, mathematics, and science to encourage curiosity among students.

According to WDIY, Shyam brings a unique perspective because he actively participates in scientific research while interviewing internationally recognized experts from organizations and universities, including NASA, MIT, Stanford University, the University of Oxford, Imperial College London, and Purdue University.

By combining firsthand research experience with engaging conversations, Teen Scientist seeks to inspire young people to see science as something they can contribute to today rather than a career they must wait until adulthood to pursue.

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A 13-year-old Indian-American student has developed an innovative approach to reducing pesticide residues on fruits and vegetables by transforming discarded peanut shells into a natural cleaning material. Arika Kundu, a seventh-grade student at Minnetonka Middle School East in Shorewood, Minnesota, created the project called “LIGNEX,” which uses agricultural waste to address a common food safety concern.

Kundu’s invention has earned her a place among the 10 finalists in the 2026 3M Young Scientist Challenge, a national competition that recognizes middle school students between the ages of 11 and 14 for developing science-based solutions to real-world problems. As a finalist, she will work with a 3M scientist before competing in the final round, where she will have the opportunity to win a $25,000 grand prize and the title of America’s Top Young Scientist.

The idea behind LIGNEX came from Kundu’s interest in finding a sustainable way to reduce chemical residues on fresh produce. While washing fruits and vegetables can remove dirt and some surface contaminants, it may not completely eliminate pesticide traces. To address this challenge, Kundu explored the potential of peanut shells, which are often discarded after agricultural processing.

Using a process known as biosorption, Kundu developed a material from peanut shells that can attract and capture pesticide residues from the surface of produce. The natural material works similarly to a filter, binding unwanted chemicals and potentially lowering the amount of pesticide residue remaining on fruits and vegetables.

Beyond improving food safety, the project also promotes environmental sustainability by giving new value to agricultural waste. By repurposing peanut shells that would otherwise be thrown away, Kundu’s innovation supports waste reduction and encourages the use of natural materials for practical solutions.

Kundu said she joined the 3M Young Scientist Challenge to further improve her invention and transform it into a product that could benefit people globally. She hopes that guidance from scientists and experts during the competition will help her refine the technology.

The young innovator, who previously received the Minnesota State Merit Award, has expressed interest in becoming an astrobiologist specializing in computational biology in the future. Her achievement highlights the growing impact of young Indian-American innovators in STEM fields and demonstrates how students are using creativity and scientific thinking to solve important challenges.

The 2026 competition features several talented young finalists from across the United States, showcasing the next generation of scientists working on solutions related to sustainability, technology, and everyday life improvements.

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An Indian-American Army surgeon has helped introduce a groundbreaking surgical technique that allows doctors to remove certain brain tumors through the nasal passage instead of opening the skull. The innovative procedure, developed by Major Jagatkumar Patel alongside US Army neurosurgeon Lt. Col. Charles Miller, represents a significant advancement in treating tumors located at the base of the skull while reducing recovery time and surgical trauma for eligible patients.

The technique focuses on carefully selected tumors based on their size and location. Rather than performing traditional open-brain surgery, the medical team reaches the tumor through the patient’s nose using specialized endoscopic equipment. This approach eliminates the need for large incisions, offering patients a less invasive option with the potential for quicker healing and fewer visible signs of surgery.

According to Patel, conventional skull-opening procedures have long been the standard treatment for these types of tumors, making recovery more difficult for patients. Advances in surgical technology and imaging, however, have made it possible to safely access many tumors through the nasal cavity. He noted that when the tumor meets the necessary criteria, the minimally invasive method often provides surgeons with excellent access while improving the chances of complete removal.

The procedure was recently performed on US Marine Staff Sgt. Andy Archer, who had endured severe headaches for more than 15 years. After he began experiencing vision problems, doctors ordered an MRI scan that revealed a tumor measuring about 4.4 centimeters positioned near the pituitary gland and pressing against his optic nerve.

At Walter Reed Army National Military Medical Center in Bethesda, Maryland, Patel and Miller successfully removed the entire tumor through the nasal passage. Patel designed the surgical pathway by skillfully navigating the complex anatomy of the nose while operating an endoscopic camera that delivered magnified, high-definition images throughout the operation. The enhanced visualization allowed Miller to precisely separate and remove the tumor while protecting nearby critical structures.

Patel emphasized that the procedure depends on close teamwork, explaining that each surgeon’s expertise complements the other’s throughout the operation. Their coordinated approach helped achieve a successful outcome for the patient.

Within just two days of surgery, Archer was sitting upright in the intensive care unit with no visible signs of major brain surgery. His vision had already started to improve, highlighting the potential benefits of the minimally invasive technique. Patel believes the specialized collaboration behind the procedure is unique within the Defense Health Agency and could expand treatment options for patients with appropriately positioned skull base tumors.

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Three Indian-American researchers have earned a place among the 18 innovators chosen by NASA for its 2026 Innovative Advanced Concepts (NIAC) Phase I program, an initiative that supports bold, early-stage ideas that could influence the future of space exploration. The selected scientists are Saptarshi Bandyopadhyay from NASA’s Jet Propulsion Laboratory in California, Anish Damodaran from the University of Central Florida, and A.C. Charania from Zeno Power Systems in Washington.

The three researchers are leading independent studies focused on solving some of the most complex challenges in space science. Their proposals range from addressing climate-related concerns to improving astronomical observations and enhancing astronaut safety during long-duration missions beyond Earth.

Bandyopadhyay’s project, known as DimSun, will investigate whether a carefully controlled cloud of dust positioned in space could reduce the amount of sunlight reaching Earth. The study will examine the practicality of using space-based dust as a potential method for lowering solar radiation, offering a fresh perspective on climate-related research.

Damodaran’s proposal, called PS21, centers on advanced photonic technology designed to improve submillimeter space interferometry. If successful, the concept could significantly strengthen the performance of future space observatories, allowing scientists to capture more detailed observations of distant celestial bodies and expand our understanding of the universe.

Charania’s research focuses on improving astronaut survival in extremely cold environments. His concept proposes integrating radioisotope-powered heating systems into spacesuits, helping astronauts remain protected during the Moon’s extended nights, which last nearly two weeks, as well as during missions to other icy regions in deep space.

NASA selected 18 proposals for this year’s NIAC Phase I program, committing approximately $3.2 million to support the studies. Each project is eligible to receive up to $0.18 million over a nine-month period to evaluate its technical feasibility. While these projects are not official NASA missions, they represent promising concepts that could shape future exploration efforts.

The program also supports a diverse range of ideas, including technologies for exploring lunar lava tubes, extending the lifespan of scientific instruments on Venus, studying Saturn’s rings, collecting samples from planetary rings, developing power systems for interstellar spacecraft, mapping continents on distant exoplanets, improving black hole observations, detecting gravitational waves, and strengthening space debris monitoring.

According to NIAC Acting Program Executive Phillip Williams, groundbreaking advances often begin as ambitious ideas. He emphasized that the program provides researchers with an opportunity to test visionary concepts that may eventually contribute to future space missions while strengthening the nation’s aerospace innovation ecosystem.

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An Indian-American military surgeon has played a crucial role in a groundbreaking minimally invasive procedure that removed a large brain tumor without the need for traditional open brain surgery. Major Jagatkumar Patel, an anterior skull base surgeon at Walter Reed National Military Medical Center near Washington, worked alongside neurosurgeon Lt. Col. Charles Miller to successfully treat US Marine Corps Staff Sergeant Andy Archer.

According to the US Department of Defense, Archer had been living with a benign brain tumor for nearly 15 years. The tumor, measuring approximately 4.4 centimeters, was positioned near the front of his pituitary gland and had begun putting pressure on his optic nerve. The surgical team performed the procedure earlier this month, successfully removing more than 99% of the tumor while leaving behind a very small portion that was considered too dangerous to remove completely.

Major Patel developed a specialized surgical approach based on Archer’s unique nasal anatomy, creating a precise pathway through the nasal passages using advanced endoscopic techniques. This approach allowed the surgeons to access the tumor without making a large opening in the skull.

The procedure required close coordination between Patel and Miller. After establishing the surgical route, Patel used a high-definition endoscopic camera to provide detailed visuals of the operating area, allowing Miller to carefully remove the tumor while protecting nearby critical structures.

Patel explained that for appropriately located tumors, accessing the brain through the nose can provide better surgical access and reduce the need for more invasive procedures. The technique allowed the medical team to achieve an effective removal while minimizing risks for the patient.

A small portion of the tumor remained attached near the optic nerve because removing it could have caused serious complications, including vision loss or other neurological damage. The doctors determined that leaving the remaining fragment was the safest option and believed it had a very low chance of future growth.

To complete the operation, the surgeons repaired the skull base using a tissue graft taken from Archer’s leg to close the surgical area. The Defense Department reported that just two days after surgery, Archer showed no outward signs of undergoing a major brain procedure. His vision was already improving, and his recovery involved only expected headaches and discomfort from the graft site.

The successful operation highlights advances in modern neurosurgery and showcases the contributions of Indian-American medical professionals to innovative healthcare solutions in the United States.

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Indian-American philanthropists are making a significant impact on higher education in the United States through generous contributions aimed at supporting students and expanding educational opportunities. Among the latest examples are Jyoti and Nishi Bhatia, who have established an endowment to provide graduate fellowships at the University of Texas at Dallas.

The new initiative, named the Nishi and Jyoti P. Bhatia Fellowship, will offer financial support to graduate students while helping them access resources needed for academic research, innovation, and collaboration. As part of the recognition for their contribution, a collaboration space on the first floor of the Engineering and Computer Science West Building at UT Dallas has also been named in their honor.

The Bhatias share a deep connection with the university. Jyoti Bhatia is a graduate of UT Dallas, where he earned a degree in international management studies. His family’s association with the institution continued as two of his children also completed their studies there. He said the university holds a special place in their lives because of the strong personal and academic ties they have developed over the years.

Beyond his professional achievements, Jyoti Bhatia has been actively involved in community service through organizations including the Hindu Temple of North Texas, the India Association of North Texas, the Asian Chamber of Texas, and Lions Clubs International.

Nishi Bhatia also has a strong educational background and connection to the US academic system. She moved to the United States to study at the University of Kentucky before building a career as an educator with the Plano Independent School District. She expressed gratitude for the opportunity to support students and contribute to the university community.

The first recipients of the fellowship are expected to be selected in the fall. The program aims to reduce financial challenges for graduate students and allow them to focus more effectively on research, learning, and innovation.

The Bhatias said their goal is to create opportunities for deserving students who have already demonstrated dedication and hard work. They believe that financial assistance can help remove barriers and encourage students to achieve their academic goals.

Their contribution reflects a broader trend of Indian-American philanthropists giving back to educational institutions that played an important role in their own journeys. Through these efforts, they are helping create pathways for future generations and inspiring others to support education and community development.

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