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SCIENCE & TECHNOLOGY - April 2026

Apr 2026

Apr 19, 2026

Punjab Deploys AI System For Real-Time Crime Tracking

The Punjab government, in collaboration with IIT Ropar, is deploying an artificial intelligence-based system for real-time crime tracking and analysis. The project aims to modernise policing by converting scattered data into actionable intelligence and supporting ongoing anti-crime and anti-drug campaigns. IIT Ropar will design a structured data system with analytics, voice recognition, and dashboard monitoring to help law enforcement track criminal activity in real time and generate faster insights. The system will integrate structured and unstructured data, digitising records such as scanned documents and handwritten notes into a single database. Officials expect significant improvements in investigative speed and accuracy.
  • Partnership: Punjab government with IIT Ropar for AI policing.
  • Features: data analytics, voice recognition, dashboards for real-time tracking.
  • Goal: real-time crime tracking; strengthen anti-crime campaigns.
  • Data integration includes structured and unstructured records into a single database.
  • Expected outcomes: faster investigations and improved accuracy.

Apr 17, 2026

Infosys signs multi-year AI-driven sports partnership with Carlos Alcaraz

Infosys announced a multi-year partnership with tennis star Carlos Alcaraz, naming him global brand ambassador. The collaboration centers on Infosys Topaz, an AI-first platform used to build match analytics tools and a personalized performance application. The arrangement aims to deliver real-time insights, opponent pattern analysis, and performance metrics to coaching teams, strengthening decision making, training, and tactical planning. For Alcaraz, the partnership provides access to advanced digital tools and data-driven strategies, while Infosys expands its footprint in sport tech and AI-enabled athlete performance services.
  • Infosys names Carlos Alcaraz as global brand ambassador.
  • Partnership centers on the Infosys Topaz AI platform.
  • Focus areas: real-time match analytics, performance applications, and tactical insights.
  • Mutually beneficial for athlete performance and Infosys’ sport-tech ecosystem.

Apr 16, 2026

Scientists turn plastic waste into Parkinson’s drug levodopa

Researchers at the University of Edinburgh have engineered bacteria to convert common plastic waste into levodopa, a key medicine for Parkinson’s disease. In a proof-of-concept study, genetically modified E. coli bacteria were used to break down polyethylene terephthalate (PET) and convert its carbon into levodopa, offering a potential route to sustainable drug production. Levodopa remains a primary treatment for Parkinson’s, which affects more than ten million people globally. By turning discarded plastics into a chemical feedstock, this method could reduce waste and dependence on traditional supply chains while expanding access to essential medicines as populations age. The researchers emphasize scalability and safety testing in future work.
  • PET plastic is converted into levodopa by engineered bacteria.
  • Levodopa is a primary treatment for Parkinson’s disease.
  • Study uses genetically modified E. coli and PET breakdown.
  • Potential for sustainable, scalable drug production.
  • Future work includes safety and scalability testing.

Apr 15, 2026

Andhra Pradesh launches India's first sovereign hardware ecosystem in Amaravati

On 14 April 2026, Andhra Pradesh Chief Minister N. Chandrababu Naidu unveiled India's first sovereign hardware ecosystem in Amaravati. The announcement introduced the Amaravati Quantum Reference Facility (AQRF), comprising Amaravati 1S and Amaravati 1Q, part of the Amaravati Quantum Valley initiative. The facility hosts open‑access quantum computers designed, assembled and tested within India, backed by a supply chain spanning multiple institutions. The project aims to accelerate indigenous manufacturing of advanced computing systems and strengthen digital sovereignty for the nation. Officials described the move as a milestone for India's hardware ecosystem, inviting industry and academia to participate in home‑grown quantum programs.
  • AQRF comprises Amaravati 1S and Amaravati 1Q, announced in Amaravati.
  • Part of the broader Amaravati Quantum Valley initiative.
  • Open‑access quantum computers to be designed, assembled, tested in India.
  • Supply chain involvement from multiple Indian institutions.
  • Aim: accelerate indigenous hardware manufacturing and digital sovereignty.

Apr 14, 2026

Andhra Pradesh inaugurates India's first indigenous quantum testbeds on World Quantum Day

On 14 April 2026, Chief Minister N. Chandrababu Naidu inaugurated India’s first indigenous quantum computing testbeds, named 1S and 1Q, at SRM University AP and Medha Towers near Vijayawada. The launch coincides with World Quantum Day. The testbeds establish the country’s first dedicated infrastructure to test and validate quantum technologies. 1S relies on superconducting technology and operates at temperatures close to absolute zero to maintain quantum coherence, while 1Q complements these capabilities. Officials describe the arrangement as a milestone for domestic quantum research, aiming to accelerate innovation and industry collaboration within India.
  • Date of inauguration: 14 April 2026
  • Locations: SRM University AP campus and Medha Towers near Vijayawada
  • Testbeds: 1S (superconducting); 1Q
  • Operating conditions: ultra-low temperatures near absolute zero
  • Purpose: test and validate quantum components; boost domestic ecosystem

PACE satellite tracks pollution at factory level precision

NASA’s PACE mission, launched in February 2024, now enables highly refined tracking of pollution by pinpointing nitrogen dioxide emissions at the level of individual factories and major highways. The Ocean Color Instrument provides hyperspectral data across ultraviolet to shortwave infrared, supporting detailed air and ocean studies. This capability advances air quality monitoring and climate research, offering researchers a powerful tool to link emissions to specific sources. PACE’s data helps improve regulatory oversight and informs policy decisions on pollution reduction.
  • Mission: NASA PACE (Plankton, Aerosol, Cloud, and Ocean Ecosystem)
  • Launch: February 2024; orbit: Sun-synchronous
  • Capabilites: high-resolution NO2 pollution tracking
  • Instrument: Ocean Color Instrument (OCI)
  • Impact: enhanced source attribution; better policy guidance
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