Month: April 2025

KANSAS CITY, Mo., April 13, 2025 /PRNewswire/ — The Cooperative Finance Association (CFA) is proud to announce that it has officially earned its SOC 2 Type 2 certification. This significant achievement underscores CFA’s unwavering commitment to operational excellence, security, and trust, further strengthening its position as the premier provider of agricultural input financing through its innovative loan origination software platform, Field Finance.

The SOC 2 Type 2 certification demonstrates that CFA’s systems and processes meet the highest standards for security, availability, confidentiality, processing integrity, and privacy. This milestone not only validates CFA’s internal controls but also reinforces its dedication to safeguarding sensitive client and partner information in an increasingly complex financial landscape.

Doug Richards, Chief Operating Officer and Chief Technology Officer at CFA, “I am amazed by the incredible work of the entire CFA team in achieving this goal. I also want to recognize Oread Risk & Advisory for their exceptional partnership throughout this process. Having worked with them on SOC compliance several times over the years, I knew they were the right firm to guide us through this rigorous audit.”

Enhancing Field Finance and Strengthening Market Leadership

Field Finance, CFA’s cutting-edge loan origination platform, has been a game-changer for agricultural retailers and producers. By streamlining the financing process and offering unparalleled flexibility, Field Finance empowers users to access tailored solutions that align with their operational needs. The SOC 2 Type 2 certification further enhances Field Finance by providing clients with the assurance that their data is protected by industry-leading security measures.

“This certification is a testament to our commitment to delivering best-in-class financial solutions,” said Ross Johnson, CEO of CFA. “Field Finance has already set the standard for agricultural input financing by combining innovation with deep industry expertise. Achieving SOC 2 Type 2 compliance solidifies our reputation as a trusted partner and positions us as the clear leader in this space.”

A Milestone Built on Collaboration and Excellence

The successful completion of this certification reflects CFA’s dedication to continuous improvement and collaboration. It highlights the organization’s ability to adapt to evolving regulatory requirements while maintaining its focus on delivering exceptional value to clients.

“This accomplishment is a direct result of our team’s hard work and shared vision,” said Jordan Nussbaum, Chief Security Officer at CFA. “SOC 2 Type 2 compliance is not just about meeting a standard—it’s about demonstrating our ongoing commitment to protecting our clients’ data and ensuring operational integrity. This achievement reinforces our position as a trusted partner in agricultural financing.”

Looking Ahead

As CFA continues to innovate and expand its offerings, this milestone sets the stage for even greater success. The organization remains committed to upholding the high standards that earned this certification while driving growth through its Field Finance platform.

For more information www.cfafs.com 

About CFA
Founded in 1943, the Cooperative Finance Association (CFA) is a member-owned cooperative dedicated to providing innovative financial solutions for agricultural retailers and producers across the United States. Through its flagship platform, Field Finance, and strategic relationships with partners like CoBank, CFA delivers tailored financing options designed to empower rural communities and advance cooperative principles.

Oread Risk & Advisory https://oreadrisk.com

Media Contact:
Doug Richards
Chief Operating Officer & Chief Technology Officer
drichards@cfafs.com
816.686.7092

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SOURCE Cooperative Finance Association

HONG KONG, April 13, 2025 /PRNewswire/ — The fruitful translation of innovative research projects undertaken by scholars at Hong Kong Baptist University (HKBU) took centre stage at the 50th International Exhibition of Inventions Geneva held from 9 to 13 April, capturing a total of nine awards including two Gold Medal with Congratulations of the Jury, three Gold Medals, three Silver Medals and one Bronze Medal.

The award-winning HKBU research projects are:

Gold Medal with Congratulations of the Jury

• A novel herbal formulation (CDD-2103) for remission maintenance of ulcerative colitis by Professor Bian Zhaoxiang, Associate Vice-President (Clinical Chinese Medicine) and Director of the Centre for Chinese Herbal Medicine Drug Development (CDD); Professor Tan Hor-yue, Assistant Professor of CDD

  Developed based on a traditional Chinese medicine formulation comprising nine Chinese herbal medicines including Codonopsis Radix (dang shen) and Curcumae Longae Rhizoma (jiang huang), CDD-2103 is applicable for remission maintenance in ulcerative colitis patients. Precisely balancing the combination of herbal ingredients, this new formulation was authorised by the National Medical Products Administration last year for clinical trial.

• A method to produce an unusual monoterpenoid by Professor Liao Pan, Assistant Professor of the Department of Biology

  This invention provides a cost-effective method for producing an unusual monoterpene compound commonly used in the perfume and fragrance industry. The method is expected to be less expensive than traditional approaches and more environmental-friendly.

Gold Medal

• Advanced catalysts and catalytic systems for green hydrogen production from biomass waste by Professor Zhao Jun, Associate Professor of the Department of Biology

  An advanced catalytic system that converts wet and dry waste such as food waste, wastepaper and yard waste into hydrogen, offering high efficiency, low operating costs and energy savings. It can operate in conditions with low temperature and pressure. Theoretically it is capable of achieving up to a maximum of 88% hydrogen output from biomass waste, which offers a sustainable yet economical alternative to traditional hydrogen production. The system secured a gold medal at the 15th International Invention Fair in the Middle East held in Kuwait in February this year.

• Broad absorption spectrum for sunscreen compounds and its applications by Professor Jill Chiu, Associate Professor of the Department of Biology; and Dr Jenny Ng, Research Associate of the Department of Biology

  This advanced sunscreen technology utilises patented, FDA-approved compounds to provide broad-spectrum protection covering UVA, UVB, near-UV, and visible light spectra, which is a wider coverage than traditional sunscreens. By immobilising UV filters, these compounds eliminate the endocrine-disrupting and carcinogenic risks associated with chemical sunscreens while preventing skin absorption.

• Production of chitin using green and recyclable ionic liquid by Professor Matthew Lui, Assistant Professor of the Department of Chemistry

  This innovative project introduces an eco-friendly, recyclable ionic extractant for isolating high-quality chitin from crustacean shells, which allows the production of purer, high quality chitin for uses in healthcare and food packaging. This method reduces chemical use and waste, enhancing the efficiency of chitin production for various industries.

Silver Medal

• Novel Chinese medicine formulation (CDD-2101) for constipation by Professor Bian Zhaoxiang, Associate Vice-President (Clinical Chinese Medicine) and Director of CDD; Professor Zhai Lixiang, Assistant Professor of CDD

  DNA fingerprinting, spectroscopic and chromatographic methods were employed to characterise and standardise the pharmacologically active constituents of the traditional Chinese herbal formulation “MaZiRenWan”. CDD-2101 has demonstrated improved bowel movements in several randomised, double-blind, placebo-controlled clinical trials in Hong Kong. In 2023, the drug was authorised by the US FDA to conduct a clinical trial. It is the first time that a new botanical drug developed in Hong Kong has obtained the authorisation to conduct a clinical trial in the US and the phase I study was completed in 2024.

• Water misting system for enhancing bathing experience for wheelchair users by Professor Anna Qin, Assistant Professor of the Academy of Visual Arts

  The revolutionary, portable water misting system generates two types of intersecting water mists: a fine, even mist and a more concentrated, powerful mist. This allows users to effectively cleanse themselves in a temperature-controlled environment while significantly reducing water consumption compared to traditional showers. The system features voice control and pre-programmed settings, enabling users to operate and control the mist independently without assistance.
  Its zero-installation, wireless design offers flexibility and adaptability to various bathroom environments, promoting safer and more independent bathing for people with mobility limitations.

• Intellectual property (IP) protection solution for 3D assets “Guardian3D” by Professor Wan Renjie, Assistant Professor of the Department of Computer Science

  “Guardian3D” is an innovative IP protection solution for 3D assets, using encryption, and dynamic watermarking to prevent unauthorised access and duplication. By embedding invisible, traceable watermarks directly into 3D models, it enables verifiable ownership and accountability even if the asset is modified. This IP protection solution offers comprehensive analytics and real-time monitoring, which allows creators to track asset usage across different platforms and enforce licensing agreements, empowering creators to protect and monetise their work in a digital world.

Bronze Medal

• A novel botanical remedy (CDD-2107) for the rare disease myofibrillar myopathy (caused by BAG3 gene mutation) by Professor Bian Zhaoxiang, Associate Vice-President (Clinical Chinese Medicine) and Director of CDD; and Dr Lin Chengyuan, Assistant Director (Administration) of CDD

  The novel botanical remedy CDD-2107 integrates Chinese medicine theory, clinical experience and advanced drug screening technologies to identify active compounds for treating the disease caused by BAG3 gene mutation. It utilises multi-omics analysis and artificial intelligence to identify precise therapeutic targets and ensure treatment efficacy. CDD-2107 has obtained the orphan drug designation from the US Food and Drug Administration (FDA), and is the first botanical drug in Hong Kong to have received this qualification. It is used to alleviate the clinical symptoms of myofibrillar myopathy caused by BAG3 gene mutation.

Aspiring to be a leading research-led university in Asia for the world, HKBU engages in cutting-edge, innovative and transdisciplinary research and knowledge transfer endeavours that push the boundaries of knowledge, address global issues, and contribute to the well-being of both local and international communities. HKBU’s award winning projects at this year’s International Exhibition of Inventions Geneva exemplify the university’s unwavering dedication in translating research outcomes into practical applications for the benefit of mankind.

The International Exhibition of Inventions Geneva is an annual global event devoted exclusively to inventions. This year, a total of 1,050 inventions from over 40 countries and regions were evaluated by a panel of professional judges.

Photos:

 

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SOURCE Hong Kong Baptist University

BEIJING, April 12, 2025 /PRNewswire/ — A CGTN documentary focusing on China’s role in empowering countries across Asia, “Golden Threads” is made up of three individual stories that vividly showcase how China is building a community with a shared future together with its neighboring countries.

These are three stories about inspired individuals and nations in Asia that are working together to protect the natural environment and cultural heritage that makes this continent so vibrant and diverse. In Malaysia, a green energy revolution made possible by technology is silently bringing about sweeping change. Thanks to advanced Chinese technology and expertise, people from all walks of life in Malaysia are harvesting the rays of the sun in increasing numbers. At the same time, these efforts are helping to lower expenses while also protecting the nation’s stunning natural environment. In Vietnam, cross-border conservation efforts between China and Vietnam are ensuring that future generations will be able to live in a world that includes the Eastern Black Crested Gibbons. Decades ago, this primate was believed extinct, but not too long ago a small population was found to have survived in the lush jungles on the border between China and Vietnam. Today their numbers are growing thanks to technology and a passion for wildlife protection. Many of those involved in these efforts have found their lives greatly enriched by helping to protect this natural treasure. In Cambodia, the glorious culture and architecture of the ancient Khmer civilization is being preserved thanks to collaboration between Cambodian and China. Today the ancient carvings at Angkor Wat are no longer in danger, and they stand as a constant visual reminder of Cambodia’s identity and its cultural confidence. All across Asia, people are finding newfound strength in preservation efforts that link them to their roots while also strengthening ties between nations and cultures.

The title of this documentary, Golden Threads, reflects the belief that connections act as valuable threads bringing people and nations closer together in a community that promotes shared progress and prosperity. When people and nations work together with a common goal for the future, nothing is impossible.

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SOURCE CGTN

WUHU, China, April 12, 2025 /PRNewswire/ — LONGi Green Energy Technology, a global leader in solar innovation, unveiled the upgraded Hi-MO 9 module powered by its HPBC 2.0 technology in Anhui, China. The latest iteration achieves a groundbreaking 24.8% conversion efficiency and a maximum power output of 670W, outperforming mainstream TOPCon modules by 40W in mass production. This advancement positions Hi-MO 9 as a transformative force for enhancing photovoltaic power plant value worldwide. 

Full-Scenario Power Generation Breakthrough: Bifaciality Exceeds 80%

The newly upgraded Hi-MO 9 module, engineered with LONGi’s proprietary HPBC 2.0 technology, redefines all-scenario power generation performance. By integrating innovative 0BB (0 Busbar) technology and full-area passivation (half-cell architecture), LONGi has boosted module power by 10W, reaching a peak of 670W，with an efficiency of up to 24.8%. The optimized rear-side grid design enabled by 0BB (0 Busbar) technology elevates bifaciality to over 80%, significantly enhancing overall energy yield. Compared to TOPCon modules, Hi-MO 9 delivers a 1.5% absolute efficiency gain, increases installed capacity by approximately 6.4% under equivalent land area, and reduces upfront investment costs of photovoltaic power plant. 

Beyond standard conditions, Hi-MO 9 demonstrates exceptional resilience in challenging environments such as partial shading, high-temperature/high-humidity regions, and low-light scenarios. Over the past year, multiple field demonstration projects have revealed the Hi-MO 9 module’s “remarkable” energy generation capabilities across varied environments. In Hainan, China’s high-temperature, high-humidity environment, LONGi’s Hi-MO 9 module delivers a 1.89% per-watt energy yield advantage over conventional TOPCon modules. In arid Riyadh, Saudi Arabia, the gain reaches 1.62%. Data from additional BC power plants further confirm the exceptional power generation capabilities of the HPBC 2.0-powered Hi-MO 9 module, underscoring its proven reliability across diverse global climates.

World Record Broken: Photovoltaic Efficiency Reaches New Heights 

At the event, LONGi announced a groundbreaking achievement in high-efficiency PV cell technology, setting an unprecedented world record: 

• 27.81% Conversion Efficiency for its self-developed HIBC (Heterojunction Interdigitated Back Contact) silicon solar cells, certified through rigorous calibration tests by Germany’s ISFH (Institute for Solar Energy Research Hamelin).

The achievement not only reignites global market optimism toward cutting-edge solar solutions but also solidifies LONGi’s role as a trailblazer in delivering transformative energy technologies. 

Unlocking Greater Commercial Value: Global Optimal BC Solar Power Plant Design Challenge Launched 

To further amplify the market potential of high-efficiency BC technology, LONGi partnered with TÜV Rheinland, a globally renowned third-party institution, to launch the “Global Optimal BC Solar Power Plant Design Challenge”during the event. The competition, open to consultancies, EPC firms, and renewable energy investors worldwide, invites innovative designs for ground-mounted power plant projects exceeding 50MW across diverse application scenarios. Submissions will be accepted from April 11 to November 30, 2025. TÜV Rheinland will lead an expert panel in rigorously evaluating entries based on BC technology integration, PVsyst simulation results, and design innovation. The total prize purse amounts to approximately 280,000 USD. (Details : http://www.longi.com)

Dennis She, Vice President of LONGi, emphasized: “BC technology represents the ultimate advancement in crystalline silicon solar cells. With a mature global ecosystem, high-efficiency BC modules are rapidly being deployed across diverse applications. The upgraded Hi-MO 9, powered by HPBC 2.0, will deliver unparalleled value to customers worldwide. We are committed to sharing BC innovations with global partners to build a sustainable future.” 

LONGi’s global order reserves for BC modules has exceeded 40GW. The expanding deployment of BC power plants worldwide will drive higher returns for clients and redefine the future of the photovoltaic industry.

 

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SOURCE LONGi Solar

MUNICH, April 11, 2025 /PRNewswire/ — At bauma 2025, the world’s leading construction machinery trade fair, XCMG Crane made a resounding statement about its commitment to the European market by unveiling six cutting-edge crane models, engineered specifically for European demands. With a focus on sustainability, intelligent design, and localized solutions, XCMG Crane demonstrated its role as a trusted partner in Europe’s green transition and urban renewal initiatives.

Among the tailor-designed innovations, key highlighted models include:

XCA60_EV: The World’s First Hybrid All-Terrain Crane, features an in-house-developed oil-electric hybrid system, cutting carbon emissions by 40%. Equipped with a 400V plug-and-play electric system for zero-emission lifting, the XCA60_EV combines a 170KW electric motor with a dual-engine transport system (400KW total power) for optimal fuel efficiency.

Compact and Intelligent Cranes that were built on XCMG’s G2 technology platform, excels in narrow urban environments. The XCA80G7-1E provides compact design with a 60m boom and dual-hook coordination for urban projects, while the XCA250G7-1E features remote-control operation for single-operator efficiency, and innovative telescoping systems for restricted sites.

The European Customized Rough-Terrain Cranes, the XCR50_E, the ultra-narrow, 2.5m width design meets EU transport norms, along with the XCR70_E and XCR90_E, which proved its robust performance in Turkey’s gas power projects, featuring eco-friendly hydraulic systems and fuel-saving torque converters.

Yang Dongsheng, Chairman of XCMG Machinery, reinforced the Company’s In Europe, For Europe strategy, “We’re committed to being a key enabler of Europe’s sustainable, smart infrastructure future.”

The strategy paid dividends at bauma 2025, with XCMG securing bulk orders from German, French, and Dutch clients for its hybrid and compact models. These deals underscore Europe’s endorsement of XCMG’s tailored solutions and green transition roadmap.

The general manager of a Dutch lifting and transportation company, along with their operator team, highly commended XCMG cranes during the bauma 2025: “XCMG’s G2 series cranes showcased impressively humanized engineering—their panoramic wraparound windshield and sunken control console layout boosted operational visibility by over 40%.”

The client also highlighted that XCMG products demonstrate world-class manufacturing expertise in details, such as hydraulic pipeline arrangement, centralized lubrication systems, welding seam craftsmanship, and structural component tolerance control, fully complying with European standards.

“From operational ergonomics to equipment reliability, XCMG cranes have won over our technical team with exceptional performance. They will be our preferred brand for future procurement,” commented by the team.

 

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SOURCE XCMG Crane

BANGKOK, April 11, 2025 /PRNewswire/ — In the wake of the devastating 7.7-magnitude earthquake that struck Myanmar’s Mandalay region on March 28, 2025, FAMSUN launched an urgent cross-border response to help restore animal feed production and protect the country’s critical food supply chain.

The earthquake caused extensive damage to critical agricultural infrastructure, bringing operations to a standstill at several major feed mills operated by industry leaders such as CP Group, New Hope, Sunjin, KSP Myanmar, and Diamond. With equipment damage, power outages, and structural risks halting production, Myanmar’s livestock feed supply — and by extension, the availability of meat, eggs, and dairy — faced serious disruption.

Responding within hours of the disaster, FAMSUN activated its emergency protocols and quickly coordinated through its Southeast Asia regional hub. A specialized Joint Support Team of eight technical experts was assembled within 24 hours, bringing together equipment, engineering, and electrical specialists from FAMSUN’s international network.

Despite facing logistical challenges — including navigating temporary visa restrictions and securing alternate travel routes — the team reached Yangon promptly. After organizing initial relief supplies, the team undertook a demanding twelve-hour overnight drive through aftershock-affected areas to reach the Mandalay region. By April 5, they had arrived on site and immediately began hands-on recovery efforts to help feed mills resume operations.

Accelerated Restoration Through Expertise and Collaboration

Working closely with local client teams on the ground, FAMSUN’s engineers carried out detailed safety inspections and technical assessments across the damaged feed mill facilities. Despite challenging conditions — including ongoing aftershocks, extreme heat, and structural risks — the team worked around the clock to get operations back online.

Their efforts delivered impressive results. Within just 48 hours of arriving in Mandalay, FAMSUN successfully restored stable production at four key feed mills in the region. At one site, engineers overcame a critical conveying system failure caused by the earthquake by applying pre-fabricated modular components — a solution that dramatically reduced repair time and allowed production to resume much faster than traditional methods.

This rapid recovery was essential for restarting the supply of animal feed to thousands of local farms, helping to stabilize Myanmar’s livestock production and support the country’s food security during a critical time.

Beyond emergency repairs, FAMSUN’s team also provided technical recommendations to help clients address structural and electrical risks uncovered during inspections — laying the groundwork for safer, more resilient operations moving forward.

Humanitarian Aid and Regional Partnership

Alongside its technical recovery efforts, FAMSUN also delivered much-needed humanitarian support to communities impacted by the earthquake. The company provided essential supplies — including medicine, food, drinking water, and financial support — valued at over 40 million Myanmar Kyat (approximately $ 19,200 USD based on pre-crisis exchange rates, though local values continue to fluctuate).

Working through local partners, including the CECCM, the MSCC, and the Myanmar Livestock Federation, the aid reached many families displaced or affected by the disaster.

“Their arrival brought not just technical skill, but also confidence and warmth,” said Dr. Nay Thuyein, Chairman of the Myanmar Livestock Federation (Mandalay Branch). “FAMSUN’s support during this critical time brings essential hope for recovery — not only for the people affected, but also for our industry as a whole.”

The mission, demonstrating effective coordination across FAMSUN’s regional operations, showcased the vital role of private sector expertise in disaster response.

“This rapid response reflects our commitment not only to our partners, but also to the people and communities we serve,” said Jason Fan, Vice President of FAMSUN. “We remain dedicated to leveraging our global expertise to help strengthen the resilience of local industries and contribute to the sustainable development of agriculture across the region.”

With recovery efforts in Mandalay now completed, FAMSUN’s team is continuing its mission by providing technical support and conducting inspections at more than ten additional project sites in other affected regions, including Taunggyi. This ongoing effort reflects FAMSUN’s long-term commitment to food security and sustainable growth across Southeast Asia — staying true to its mission of contributing to a better life through agricultural innovation and partnership. 

About FAMSUN:

FAMSUN is a global leader in integrated solutions for the feed and food processing industries, dedicated to building more efficient and sustainable farm-to-table value chains worldwide. The company provides advanced systems, equipment, and engineering services across a wide range of sectors — from aqua feed and animal nutrition to pet food and food processing — serving customers in over 110 countries. Through close collaboration with leading industry partners and the support of its international research and development centers, FAMSUN is committed to delivering innovative, customized technologies that help drive agricultural advancement and create a better life for communities around the world.

 

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SOURCE FAMSUN

SAN DIEGO, April 11, 2025 /PRNewswire/ — The 71st Greater San Diego Science and Engineering Fair (GSDSEF) was held this year at the Balboa Park Activity Center, on Wednesday, March 12th. The awards ceremony was held on Thursday, March 13th at The Observatory North Park, with Ms. Vanitha Kumar, SVP at Qualcomm, as keynote speaker. $40k in prizes were awarded, with top students winning their way to the California Science and Engineering Fair and 8 Grand Award winners qualifying for the prestigious International Science and Engineering Fair. Additionally, a special award was presented for the first time to Ms. Karen Podvin in recognition of her 50 years of judging at the GSDSEF. Friday, March 14th of fair week was student visitation day, where several hundred students from San Diego area schools viewed projects, explored innovative research, and got inspired to pursue STEM and enter their local science fairs. Fair week ended on Saturday, March 15th, when the GSDSEF welcomed the general public to explore the students’ outstanding projects.

Top winners were:

Karishma Saha, 8th Grade, Bernardo Heights Middle School, Grand Award, Structural Brain Volume Differences Across Cognitive Aging Stages: Evidence from MRI.

Uma Kattamuri, 6th Grade, Oak Valley Middle School, Grand Award, Effect of Increased CO2 Levels on CAM Plant Kalanchoe pH and Stomatal Density.

Skye Kelsey, 8th Grade, The Children’s School, Grand Award: First Runner Up, The Effect of Arthrospira Platensis on Plastic Degradation.

Andy Feng & Henry Xu, 8th Grade, Pacific Trails Middle School, Grand Award: Second Runner Up, Mapping Invasive Species With A Drone And Machine Learning Algorithm In San Diego.

Saanvi Dogra, 11th Grade, Del Norte High School, Grand Award, Uncovering Molecular Mechanisms for Treatment of Congenital Heart Defects through High-Content Genetic Perturbation Screens.

Lilian Zeng, 11th Grade, Del Norte High School, Grand Award, Identifying Bacteriophages, Nature’s Own Secret Weapon Against Antibiotic Resistant Bacteria, for Achromobacter.

Anirudh Kalyanaraman, 12th Grade, Mt. Carmel High School, Grand Award: First Runner Up, Adverse Cardiovascular Effects of Burn Pit Exposure: The Role of Oxidative Stress.

Nupur Bhalla & Hannah Im, 11th Grade, Del Norte High School, Grand Award: Second Runner Up, The Relationship Between Emotional Intelligence and Academic Burnout in Adolescents.

Kayley Xu, 10th Grade, Grand Award, The Bishop’s School, Wearable Stethoscope Array and Localization Diagnosis of Cardiopulmonary Sounds.

Ryan Rezaei, 11th Grade, Canyon Crest Academy, Grand Award, Novel Material Discovery through Geometric Deep Learning and VAE Latent Space Diffusion.

Tarik Oguz, 11th Grade, Del Norte High School, Grand Award: First Runner Up, Small Changes, Big Impact- miRNAs in Lung Cancer Detection.

Joe Smith, 12th Grade, Stanford Online High School, Grand Award: Second Runner Up, Lost in the Stars: Chemical Tagging of Magellanic Clouds and Accreted Populations

Full results and project showcase are available online.

About the GSDSEF

Since 1955, the Greater San Diego Science and Engineering Fair (GSDSEF) has provided an inspiring experience in science and engineering for tens of thousands of San Diego and Imperial County students, motivating them to pursue careers in science, technology, engineering, and mathematics. This regional competition challenges students to go beyond classroom studies to do independent research – to ask compelling questions, to design and implement innovative solutions, and to present and defend results to judges who are professionals in their fields. The GSDSEF brings together 800 of the best middle and high school students, 400+ judges who are professionals in their fields and over 60 professional societies and organizations, with $40k in prizes awarded.

The GSDSEF fosters creativity and innovation through inquiry, celebrates students’ STEM achievements, and showcases how young minds can make an impact in the present and future. Many of these student scientists are conducting world-class research and conducting groundbreaking experiments in fields ranging from Astronomy to Zoology, such as the discovery of cures for diseases, formulations of new vaccines, cancer research, applying AI to enhance medical diagnoses, using biomimicry for water conservation, novel drone technology, advances in micro robotics and autonomous driving technology. The GSDSEF is the highest-level STEM competition in the region and one of the oldest, most respected and competitive in the world. The GSDSEF is a 501(c)(3) organization. Learn more at gsdsef.org and follow us on LinkedIn and Instagram.

Copyright © 2025 Greater San Diego Science and Engineering Fair. All rights reserved.

Media Contact:
Sany Zakharia
sany.zakharia@gsdsef.org

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SOURCE Greater San Diego Science and Engineering Fair