Author: admin

AYODHYA, March 20: Droupadi Murmu visited the Shri Ram Janmabhoomi Mandir on Wednesday and offered prayers to Ram Lalla.

During her visit, the President performed darshan and aarti at various locations within the temple complex. She also carried out the rituals of Shri Ram Yantra Sthapana and pujan.

Addressing the gathering, Murmu described her visit as a “supreme privilege,” saying she felt blessed to be in Ayodhya, revered as the birthplace of Prabhu Shri Ram. She noted that the occasion coincided with Chaitra Shukla Pratipada, marking the beginning of Samvatsar 2083 and the first day of Navratri.

The President said that key milestones related to the temple, including the Bhoomi Pujan, Pran Pratishtha of the idol, opening of the Ram Darbar, and installation of the temple flag, represent “golden moments” in India’s cultural and historical journey.

Highlighting the vision of a developed and inclusive India, she expressed confidence that the country would achieve its goals by 2047 with the blessings of Lord Ram. She said the concept of Ram Rajya, as described by Goswami Tulsidas, reflects ideals of social harmony, prosperity, and moral values.

Murmu said these principles align with India’s contemporary goals of social inclusion and economic justice. She added that the nation’s ongoing progress across economic, social, political, and cultural spheres reflects a broader renaissance.

Calling for unity, the President urged citizens to work together in the spirit of devotion and shared responsibility to contribute to nation-building.

DETROIT – A research team led by Wayne State University was awarded a $473,566, three-year grant from the Great Lakes Water Authority (GLWA) for a major collaborative initiative focused on enhanced phosphorus removal at the nation’s largest single-site wastewater treatment facility.

The GLWA Water Resource Recovery Facility (WRRF) serves 77 communities — including Detroit — and manages flows from a nearly 1,000‑square‑mile sewer shed. The project aims to protect the Rouge River and Lake Erie by improving phosphorus removal efficiency and ensuring compliance with increasingly stringent environmental regulations designed to reduce harmful algal blooms.

“This project is critical for protecting the Great Lakes, which provide drinking water, food and recreation for many local communities,” said Dr. Shawn McElmurry, chair of Wayne State’s Department of Civil and Environmental Engineering in the James and Patricia Anderson College of Engineering. “Phosphorus enters our water systems through various ways like agricultural and urban runoff, sewage and waste, and when the amount entering the environment is too large, it can cause significant problems like algal blooms. It is critical that we continue to improve our ability to remove this nutrient to address these challenges.”

The research team will develop a comprehensive understanding of how phosphorus moves through the WRRF using advanced chemical analyses to identify and quantify phosphorus species. They will build bench-scale treatment systems that allow controlled, side-by-side testing of biological and chemical processes to enhance phosphorus removal. Moreover, they will create new predictive models to help water treatment facility operators optimize phosphorus removal in real-time, which will advance data-driven water management.

In addition to improving local water systems, the project will provide critical training for Wayne State students to become experts in wastewater treatment and environmental protection. 

“This collaboration with Wayne State University represents the kind of innovation-focused partnerships that strengthen our ability to protect the region’s water resources,” said Dr. John Norton, director of energy, research and innovation at GLWA. “Through this research, we will not only enhance our treatment capabilities at the WRRF but also help train the next generation of water professionals.”

“This collaboration is an excellent example of Wayne State’s Grand Challenges initiative, which aims to address increasingly complex problems and how we can deliver real-world solutions that impact our local communities and beyond,” said Dr. Ezemenari M. Obasi, vice president for research & innovation at Wayne State. “This project will aid in driving lifelong health and fostering sustainable environments — two of the major themes of our initiative — by creating discoveries that will improve lives and our critical environmental resources.”

The project team includes McElmurry; Dr. Timothy Dittrich (co-PI), associate professor of civil and environmental engineering, Wayne State; Brooke Ballard, MSESE student, GLWA; Norton; and Dr. Andrew Marcus, senior research engineer, GLWA.

Uppsala, Sweden. March 20. Nanexa AB on March 19 announced highly promising new results from its long‑acting semaglutide program, developed using the company’s proprietary PharmaShell® drug delivery platform. Building on the breakthrough monthly‑dosing PK data reported in January 2026, Nanexa has now completed a pharmacokinetic study in rats using several PharmaShell® semaglutide formulations. These new data, in combination with human modelling, indicate that semaglutide can potentially be administered once every three months (quarterly) while maintaining a controlled and therapeutically relevant plasma concentration.

PharmaShell® encases active pharmaceutical ingredients at the atomic level in a highly protective, extremely thin film coating (approximately 30 nm thick) of slow-dissolving non-toxic inorganic oxides. The platform provides exceptional control of release rate, enabling long, smooth PK profiles with very low ratio between the maximum and minimum plasma concentration.

New Rat Data Supports Ultra‑Long Release with Exceptionally Smooth Plasma Concentration Profile

Using this dataset, Nanexa applied established pharmacokinetic models to simulate repeated dosing in humans. These simulations demonstrate that PharmaShell®‑coated semaglutide can achieve and maintain therapeutic plasma levels using once‑quarterly subcutaneous injections, with ratio between the maximum and minimum plasma concentration significantly lower than typically observed for weekly administration of the marketed product Wegovy® (semaglutide).

Lower initial plasma concentration peaks are considered key to minimizing gastrointestinal side effects such as nausea — a major reason for treatment discontinuation in GLP‑1 therapies. By enabling a smoother and more tolerable exposure profile, PharmaShell® could markedly improve adherence and overall patient experience.

A Major Step Forward for Long‑Acting GLP‑1 Therapies

“These new results represent another important milestone for Nanexa,” said David Westberg, CEO of Nanexa. “Demonstrating the potential for quarterly dosing of semaglutide is exceptional, and — as far as we know — no one else has shown this before. This further underscore the unique capability of PharmaShell® to control release rates for complex peptides and reinforces our position as a leader in long‑acting GLP‑1 development. We see significant commercial and therapeutic potential in these findings.”

The new data build on the clinical Phase 1 results from Nanexa’s liraglutide program, reported in 2025, which provided essential human validation of the PharmaShell® technology. These learnings have accelerated development, improved modelling accuracy, and strengthened the path toward clinical readiness.

New York, NY – March 19, 2026 – AppViewX, a leading machine identity management provider, today announced it has acquired Eos, an AI-native Identity Control Plane for AI agents and autonomous workloads within the enterprise. By combining AppViewX’s automated CLM and PKI with Eos’s agentic governance and privileged access control, the platform delivers an integrated solution for AI agent and machine identity security. The acquisition accelerates AppViewX’s evolution into an AI-native platform, positioning the company as a leader in securing machines, workloads, and AI agents in cloud and hybrid environments.

Additionally, Archit Lohokare, Co-founder and Chief Executive Officer of Eos, has been appointed Chief Executive Officer of AppViewX, succeeding Dino DiMarino, who has stepped down as the company’s Chief Executive Officer to pursue other opportunities. 

Mr. Lohokare brings more than two decades of experience in cybersecurity across Identity Security, Data Security, and Endpoint Security. Prior to founding Eos, Mr. Lohokare was the Senior Vice President and General Manager of the Workforce and Endpoint Security business at CyberArk, where he was instrumental in creating CyberArk’s next-generation Identity Security Platform. His deep expertise in identity security will guide AppViewX through its next phase of platform expansion in the AI and quantum era.

“AI agents are increasingly acting with autonomy inside the enterprise, with privileged access to data, applications, infrastructure, and cloud environments,” said Archit Lohokare, Chief Executive Officer of AppViewX. “Identity is the control plane for this new era. As organizations rapidly deploy AI agents, they need a unified governance and risk layer that secures machines and AI agents with consistent visibility, policy, and enforcement. By combining AppViewX’s leadership in machine identity with Eos’s AI-native capabilities, we are building the next-generation platform enterprises need to innovate confidently and securely at AI scale.”

Additionally, Kashyap Ivaturi, Co-founder and Chief Technology Officer of Eos, will be joining AppViewX as Chief Technology Officer and Madhu Venkatarajan, current AppViewX Chief Technology Officer, will be assuming the role of Chief Engineering Officer and General Manager of India Operations, focusing on scaling engineering excellence, accelerating product delivery, and strengthening AppViewX’s India-based innovation and execution capabilities. Mr. Ivaturi has led large-scale global enterprise engineering organizations at CyberArk and ServiceNow and brings extensive experience building secure, scalable SaaS platforms for global enterprises. His leadership will accelerate AppViewX’s product innovation and AI-native roadmap.

“As organizations scale AI agents and autonomous workloads, the identity-driven attack surface expands dramatically,” said Ian Loring, Senior Managing Director & Executive Chair at Haveli Investments. “AppViewX has established leadership in machine identity management, and the addition of Eos accelerates its evolution into a unified platform that governs machines, AI workloads, and autonomous agents. We are confident that this combination, in addition to Archit’s and Kashyap’s leadership of the new company, will position AppViewX for long-term category leadership and durable growth.” 

“AI agents are a new identity group, and their rapid proliferation creates new risks for the enterprise,” said John Barrow, Chief Information Security Officer at JB Poindexter. “These agents often behave non-deterministically. To reduce risk, we must monitor, audit, and control their privileged access to sensitive data and systems and ensure their lifecycle is automated and governed. I’m excited to see AppViewX and Eos come together. Eos’s AI agent Identity Security platform combined with AppViewX’s Machine Identity Security platform positions AppViewX as the leader in Machine and AI Agent Identity Security.”

The acquisition of Eos adds to AppViewX’s growing market momentum and leadership recognition from both the IDC MarketScape for Certificate Lifecycle Management (CLM) and KuppingerCole’s Non-Human Identity Management (NHIM) Leadership Compass

Patna, March 19, 2026: The National Conference on Agriculture Technology and Management (NCATM 2026) was successfully held today at Chandragupt Institute of Management Patna (CIMP) in a hybrid format, bringing together academicians, policymakers, researchers, and industry experts to explore the transformative role of technology and management in agriculture.

The conference commenced with an inaugural session at the CIMP Auditorium, graced by eminent academicians including Prof. (Dr.) Rana Singh, Director of CIMP, Prof. (Dr.) Ankit Sharma and other distinguished faculty members. In his welcome address, Prof. (Dr.) Rana Singh emphasized the need for collaborative platforms to address emerging agricultural challenges. A conference overview was presented by Prof. (Dr.) Vijaya, who underlined its interdisciplinary relevance in the current agricultural landscape.

The Chief Guest, Dr. Birendra Prasad Yadav, I.A.S., Special Secretary, Agriculture Department, Government of Bihar, delivered a keynote address highlighting the transformative impact of technology across sectors such as agriculture, healthcare, and the broader economy. He stressed that technological advancements are critical to enhancing productivity, ensuring food security, and achieving sustainable development. He also emphasized the importance of green technologies and effective management practices in driving agricultural growth. The inaugural session concluded with a vote of thanks by Ranjani Ram.

NCATM 2026 featured five technical sessions covering a wide range of themes. Key discussions focused on agri-business challenges, green recruitment practices, and the role of foreign direct investment (FDI) in Bihar’s agricultural transformation. Experts also deliberated on emerging areas such as artificial intelligence, digitalization, Farmer Producer Organisations (FPOs), agri-fintech, and circular economy practices.

The sessions showcased innovations in smart farming and precision agriculture, alongside new agri-based industrial models promoting rural entrepreneurship and sustainability. Mechanization advancements, including efficient harvesting systems, and strategic management approaches for agri-business SMEs were also highlighted. Notably, research presentations on deep learning applications—such as automated soybean seed grading—demonstrated the growing potential of advanced technologies in improving agricultural productivity and accuracy.

The valedictory session marked the conclusion of the conference, with Dr. Nitish Nigam presenting a comprehensive summary of the technical deliberations. He highlighted key themes including IoT, AI-driven analytics, agri-fintech, and evolving policy frameworks. The session also recognized academic excellence through the presentation of Best Paper Awards to outstanding contributors.

Dr. Nitish Nigam delivered the vote of thanks, expressing gratitude to the Director, faculty members including Prof. (Dr.) Ankit Sharma and Prof. (Dr.) Vijaya, the organizing team, participants, and volunteers for their contributions in making the conference a success.

Overall, NCATM 2026 emerged as a significant academic platform, reinforcing the importance of innovation, collaboration, and sustainable practices in shaping the future of agriculture.