Highlights of the visit:

Kerala:

• Vikram Sarabhai Space Centre (VSSC), Thiruvananthapuram:
  • Inaugurate three crucial space infrastructure projects:
    • PSLV Integration Facility (PIF) at Satish Dhawan Space Centre
    • New Semi-cryogenics Integrated Engine and Stage Test Facility at ISRO Propulsion Complex
    • Trisonic Wind Tunnel at VSSC
  • Review the progress of Gaganyaan Mission and award “astronaut wings” to astronaut-designates.

Tamil Nadu:

• Madurai:
  • Participate in the program “Creating the Future – Digital Mobility for Automotive MSME Entrepreneurs” and address MSME entrepreneurs.
  • Launch two initiatives to support MSMEs in the automotive industry:
    • TVS Open Mobility Platform
    • TVS Mobility-CII Centre of Excellence
• Thoothukudi:
  • Lay the foundation stone of Outer Harbor Container Terminal at V.O. Chidambaranar Port.
  • Inaugurate various projects aimed at making the port the first Green Hydrogen Hub Port:
    • Desalination plant
    • Hydrogen production and bunkering facility
  • Launch India’s first indigenous green hydrogen fuel cell inland waterway vessel.
  • Dedicate tourist facilities in 75 lighthouses across various states.
  • Dedicate to nation rail and road projects to improve connectivity and boost socio-economic growth.

Maharashtra:

• Yavatmal:
  • Release the 16th installment of PM-KISAN amounting to over Rs 21,000 crore to farmers.
  • Disburse 2nd and 3rd installments of “Namo Shetkari MahaSanman Nidhi” to farmers.
  • Disburse Rs 825 crore of Revolving Fund to women Self Help Groups.
  • Initiate distribution of one crore Ayushman cards.
  • Launch the Modi Awaas Gharkul Yojana for OBC category beneficiaries.
  • Dedicate to nation multiple irrigation projects benefiting Marathwada and Vidarbha regions.
  • Inaugurate multiple rail and road projects to improve connectivity and boost development.
  • Inaugurate the statue of Pandit Deendayal Upadhyay.

This visit signifies the government’s focus on various sectors, including space exploration, infrastructure development, support for MSMEs and farmers, welfare schemes, and clean energy initiatives. It also highlights the commitment towards improving connectivity and boosting socio-economic development across different regions.

The post Prime Minister Narendra Modi embarks on a 2-day visit to Kerala, Tamil Nadu, and Maharashtra appeared first on PM Kishan.

What is Positronium and Why is it Important?

Positronium, a short-lived atom formed by an electron and its antiparticle, the positron, holds unique properties due to its purely leptonic nature. Unlike regular atoms with both electrons and protons, Positronium offers scientists a simpler system to study bound-state quantum electrodynamics (QED), the theory governing the interaction of light and charged particles.

The AEgIS Collaboration and Professor Rangwala’s Role:

The international AEgIS collaboration, comprising 19 European groups and one Indian group led by Professor Rangwala, conducted this groundbreaking research. Their findings, published in Physical Review Letters, detail the successful cooling of Positronium atoms using a laser cooling process.

Professor Rangwala’s contribution to this achievement is noteworthy. He played a pivotal role in leading the Indian team’s efforts and significantly contributed to various aspects of the experiment, including designing crucial diagnostic tools for laser alignment within the complex environment of an accelerator beam hall.

Significance of this Discovery:

This breakthrough opens exciting avenues for further research. It paves the way for creating exotic systems like Bose-Einstein condensates of Positronium, furthering our understanding of quantum mechanics. Additionally, it lays the groundwork for the formation of antihydrogen within the AEgIS experiment, aiming to test the equivalence principle, a fundamental principle stating that gravity affects all objects equally.

A Testament to Indian Scientific Excellence:

Professor Rangwala’s involvement and the crucial role played by RRI in this international collaboration showcase India’s growing prominence in the field of scientific research. This achievement is a testament to the dedication and expertise of Indian scientists contributing to advancements on the global stage.

Looking Ahead:

This groundbreaking research holds immense potential for refining our understanding of the physical world, including the nature of antimatter and the fundamental forces governing the universe. Professor Rangwala’s contribution and the involvement of RRI are commendable, and the future of Indian scientific exploration appears bright.

The post Indian Physicist Sadiq Rangwala Contributes to Groundbreaking Antimatter Research appeared first on PM Kishan.

ISRO Chairman LIVE on Instagram:
Space enthusiasts & aspiring scientists,

Shri Somanath S, will go LIVE on ISRO’s Instagram @isro.dos this Sat, Mar 2, 2024, from 5 pm IST.

May submit the questions using #asksomanathisro or DM on Instagram.

See you there!… pic.twitter.com/sQMEHHsIRf

— ISRO (@isro) February 25, 2024

This is your chance to:

• Ask your burning questions about space exploration, ISRO’s missions, and the future of Indian space science.
• Gain insights and inspiration from the man leading the charge in India’s space journey.
• Interact with other space enthusiasts and be part of a vibrant online community.

Ready to submit your questions?

• Use the #asksomanathisro hashtag on Twitter and Instagram.
• Direct message (DM) your questions to the @isro.dos Instagram account.

Don’t miss this unique opportunity!

Mark your calendars and set your reminders for Saturday, March 2nd at 5 PM IST.

See you there!

The post Gear Up! ISRO Chairman LIVE on Instagram This Saturday! appeared first on PM Kishan.

But the benefits don’t stop there. Green hydrogen can also be a catalyst for inclusive growth and better jobs. By investing in local production facilities and infrastructure, developing countries can tap into their vast renewable resources and create economic opportunities for their communities. This not only reduces their exposure to volatile oil prices but also contributes to cleaner air and a greener future.

#GreenHydrogen is vital for the energy transition, potentially eliminating reliance on fossil fuels while contributing to net-zero emissions.

Latin America & the Caribbean, w/ vast #RenewableEnergy sources, are poised to lead the clean energy revolution: https://t.co/Pa5XZ3BMhh

— World Bank (@WorldBank) February 25, 2024

The time to act is now. With renewable energy prices falling and technological advancements accelerating, the opportunity to deploy green hydrogen on an industrial scale is ripe. To achieve this, however, a two-pronged approach is crucial:

1. Infrastructure and Policy Support: Governments need to invest in infrastructure development that facilitates green hydrogen production, storage, and transportation. Additionally, supportive policies that encourage private sector participation are essential to attract investments and accelerate the industry’s growth.

2. Local Production and Innovation: Developing countries with abundant renewable resources like Latin America and the Caribbean have the potential to become global leaders in green hydrogen production. This can create local jobs and value chains, decarbonize hard-to-abate sectors, and enhance the competitiveness of local industries.

The Chilean Example:

Chile’s recent $150 million project with the World Bank showcases the power of green hydrogen. This innovative project, the first of its kind, will establish a green hydrogen facility, provide blended finance and risk mitigation instruments, and create a multiplier effect by attracting private sector capital. This model can be replicated by other developing countries, turning their renewable resources into economic engines and environmental solutions.

Joining the Green Hydrogen Revolution:

Several countries in the region are already taking steps towards green hydrogen, including Brazil, Colombia, and Uruguay. The World Bank is actively supporting these efforts, helping governments identify investment opportunities, tackle technological challenges, and realize the economic potential of this clean fuel.

The recent green hydrogen hub project in Brazil further demonstrates the commitment to this transition. This shared infrastructure project, with a $135 million investment, will facilitate the movement of ammonia and other hydrogen products, paving the way for a thriving green hydrogen industry in the country.

The road ahead is clear: scaling up green hydrogen is crucial for a sustainable future. By fostering inclusive growth, creating better jobs, and reducing emissions, this clean energy solution can power our world while protecting our planet. Let’s join hands and accelerate the green hydrogen revolution, creating a future that is prosperous, equitable, and sustainable for all.

The post Scaling Up Green Hydrogen: A Path to Inclusive Growth, Better Jobs, and Lower Emissions appeared first on PM Kishan.

Spark is an AI-powered planning and workflow tool built by industry veterans, Tae and Julia, who previously led teams at Tesla, Apple, and Brex. Tired of the manual, time-consuming processes hindering development, they created Spark to streamline the pre-construction phase.

1/7 We launched Spark on @ycombinator! It’s always been a dream to build software that powers society. As a teenager, I wrote a proposal for my high school to go solar and invited installers on campus. In 2018, I saw Brazil’s diesel crisis adversely impact my family’s business https://t.co/emWQ3Et1MP

— Julia Wu (@thejuliawu) February 25, 2024

Here’s how Spark ignites the clean energy revolution:

• Lightspeed Data Analysis: Ditch the weeks of sifting through PDFs and websites. Spark’s AI extracts key information from thousands of sources in seconds, identifying requirements, risks, and incentives for potential projects.
• Unprecedented Insights: Large Language Models (LLMs) power Spark’s analysis, providing deep insights into grid interconnection, permitting, zoning, economics, and more – all tailored to specific locations.
• Effortless Workflow: Spark goes beyond data. It automates tedious tasks like research, documentation, and portfolio management, freeing developers to focus on strategic decisions and building relationships.
• The Dream Team: Tae and Julia bring their diverse expertise to the table, combining experience in engineering, finance, and product development – a potent force for clean energy innovation.

The result? Spark empowers developers to break ground faster, make smarter investment decisions, and accelerate the clean energy transition.

Ready to join the revolution? If you’re a developer of utility or community-scale solar/storage projects, book a demo or reach out to Spark and learn how they can help you electrify the nation’s grid, faster and smarter.

This blog post is just the beginning. Share it with your network and let’s spark a conversation about building a cleaner, brighter future!

The post Spark: Building a Faster, Smarter Future for Clean Energy appeared first on PM Kishan.

22 Startups and Institutes Demonstrate 5G Use Cases:

The final phase saw 22 shortlisted finalists present their Proof of Concepts (PoCs) at the DoT-funded 5G Testbed facility at IIT Madras. These PoCs showcased a diverse range of innovative solutions, including:

• Automated drone surveillance for enhanced security and safety.
• AR/VR applications for training and crime scene investigation.
• AI-powered systems for intelligent traffic management, data analytics, and predictive policing.
• Improved evidence collection and emergency response mechanisms.

Impactful Solutions Emerge:

Several impactful solutions emerged from the Hackathon, including:

• Drone-based surveillance: Enhanced safety and security through real-time monitoring and data collection.
• AI-assisted FIR filing: Streamlined process for faster and more accurate reporting.
• Geofencing for crime scenes: Improved evidence preservation and investigation efficiency.
• AR-based training: Immersive training experiences for LEAs, enhancing skills and knowledge.
• AI-powered data analytics: Predictive insights for proactive crime prevention.

Jury Evaluation and Recognition:

A distinguished jury, comprising experts from leading institutions, evaluated the PoCs based on their technical feasibility, social impact, and potential for real-world application. The winning participants will be recognized and supported in further developing their solutions for wider adoption by LEAs.

Significance of Vimarsh 2023:

Vimarsh 2023 demonstrates the immense potential of 5G technology to transform law enforcement practices. By harnessing the power of innovation, the Hackathon has provided a platform for developing solutions that can enhance public safety, improve operational efficiency, and empower LEAs to better serve their communities.

The post Vimarsh 2023: 5G Hackathon Champions Law Enforcement Innovation appeared first on PM Kishan.

Climate change and its impact: As our planet grapples with climate change, understanding past environmental shifts becomes crucial for predicting future scenarios and protecting vulnerable ecosystems. National parks like Kaziranga, with their rich biodiversity, face increasing threats from extreme weather events and changing landscapes.

Modern pollen analogues: A window to the past: The research team created a modern pollen analogue dataset, essentially a reference library linking specific pollen types to different vegetation zones within the park. This allows them to analyze pollen from ancient soil samples and reconstruct past vegetation cover, providing a window into the climatic conditions that prevailed at that time.

Benefits for biodiversity conservation: This newfound knowledge holds immense significance for conservation efforts. By understanding how past climate changes impacted vegetation and animal populations, scientists can predict future trends and develop strategies to mitigate the impact of climate change on Kaziranga’s unique biodiversity.

Key takeaways:

• Pollen analysis: This study highlights the potential of pollen analysis as a powerful tool for reconstructing past climate and vegetation changes.
• Informing conservation: The findings can inform conservation strategies and help protect vulnerable species within Kaziranga National Park.
• National Biodiversity Mission: The research aligns with the goals of the National Biodiversity Mission, contributing to the preservation of India’s rich biodiversity.

Stay informed, take action:

• Read the full research paper: Access the study through the provided link to learn more about the methodology and findings.
• Spread awareness: Share this article with your network to raise awareness about the importance of biodiversity conservation and the innovative research being conducted in India.
• Support conservation efforts: Consider getting involved in organizations working to protect Kaziranga National Park and other biodiversity hotspots in India.

By understanding our past, we can better prepare for the future and ensure a thriving natural world for generations to come. Let’s join hands to support research and conservation efforts that safeguard the incredible biodiversity treasures of India.

The post New Study Unveils Secrets Hidden in Kaziranga’s Soil appeared first on PM Kishan.

For the first time since the Apollo era, new NASA science instruments and tech demonstrations are operating on the Moon after @Int_Machines‘ Odysseus lander arrived on the lunar surface: https://t.co/l1VaQujvOZ

The IM-1 mission team expects to receive images in the coming days. pic.twitter.com/CZZXLG43C1

— NASA (@NASA) February 24, 2024

Key Points:

• First commercial uncrewed landing on the Moon: Intuitive Machines’ Nova-C lander delivers NASA science instruments to the lunar South Pole.
• Carrying six NASA science and technology payloads: These instruments will investigate lunar surface interactions, radio astronomy, and more.
• Critical role of NASA’s NDL guidance system: Ensures a precise landing despite sensor issues encountered by Intuitive Machines.
• Additional NASA hardware onboard: Includes navigation demonstrator, retroreflector array, mass gauge, radio wave observer, and stereo cameras.
• Collaboration between NASA and commercial partners: Highlights the success of the CLPS initiative in advancing lunar exploration.

Scientific Significance:

Odysseus’ mission is not just about landing on the Moon; it’s about gathering valuable data. The onboard instruments will provide insights into:

• Lunar surface interactions: How landing crafts impact the lunar surface and how the surface reacts to their presence.
• Radio astronomy: Studying the Moon’s radio environment and potential interference from human activity.
• Propellant management: Testing new technologies for measuring fuel in low-gravity environments.

Looking Ahead:

This successful landing opens exciting possibilities for the future. The data collected by Odysseus will inform future missions and pave the way for Artemis astronauts to explore the lunar South Pole in search of water and other resources. Additionally, the CLPS initiative demonstrates the power of collaboration between NASA and commercial partners in advancing space exploration.

Call to Action:

Stay tuned for updates on the Odysseus mission and learn more about the Artemis program. Get involved by supporting organizations focused on space exploration and advocating for continued investment in lunar science and exploration.

The post America Returns to the Moon: NASA Lands on Lunar South Pole appeared first on PM Kishan.