
The Daily Current Affairs for 4 April 2026 highlights important developments across education, art, space, healthcare, and defence sectors. Key updates include NCERT being declared a Deemed University to boost research and teacher training, a record-breaking painting by Raja Ravi Varma, and the launch of initiatives like the Antrix Venture Capital Fund and AI-driven healthcare hackathon. Additionally, the commissioning of INS Taragiri marks a major step in strengthening India’s naval capabilities and self-reliance in defence.
This covers significant developments across various sectors, from the declaration of NCERT as a Deemed University to advancements in India's space and defence capabilities. It also highlights a record-breaking art sale and an innovative health hackathon, providing a comprehensive overview of recent events impacting education, culture, technology, and national security.
The Ministry of Education has officially declared the National Council for Educational Research and Training (NCERT) as a Deemed University. This significant development grants NCERT the autonomy of a higher education institution.
A Deemed University is an institution of higher education that, under Section 3 of the UGC Act 1956, receives autonomy from the Ministry of Education (based on UGC recommendations) to offer its own courses and degrees. This new status applies to the NCERT headquarters and its six regional institutions, provided they fulfill specific conditions.
The rationale and implications of this declaration are far-reaching:
Improving Teacher Education: It aims to enhance the quality of teacher education across India.
Alignment with NEP 2020: The status facilitates NCERT's direct involvement in launching programs aligned with the National Education Policy 2020 (NEP 2020), such as the four-year integrated B.Ed program.
Shift to Research: NCERT transforms from primarily a content developer (textbooks, curriculum) into a research institution, fostering improved research and learning outcomes.
New Programs: NCERT can now offer its own B.Ed, M.Ed, and Ph.D programs.
Enhanced Collaborations: It promotes better collaboration with other domestic institutions and foreign universities in education technology.
Accountability: NCERT's new programs will be subject to UGC norms and will participate in rankings like the NIRF rankings.
Academic Bank of Credit: The Academic Bank of Credit framework under NEP 2020 will also apply to NCERT.
However, as a Deemed University, NCERT is prohibited from engaging in commercial activities or profit-making activities.
A painting titled "Yashoda and Krishna" by Raja Ravi Varma recently set a new record, selling for ₹167 crore. This surpassed the previous record for an Indian painting, M.F. Husain's "Gram Yatra," which sold for ₹118 crore.
Raja Ravi Varma (19th century, Kerala) is renowned as a pioneer of modern Indian art. He achieved a unique artistic synthesis by combining Hindu mythological subjects (drawn from the Ramayana, Mahabharata, and Puranas) with European realism.
His artistic approach involved:
Indian Mythological Themes: Depicting traditional narratives and deities.
European Academic Realism: Employing techniques such as oil painting, shading, and perspective to achieve a lifelike portrayal.
This distinctive blend resulted in paintings that depicted Hindu gods and goddesses with a human-like quality and vivid realism, making them appear "alive" or "emerging" to the viewer. Famous works include Shakuntala, Damayanti, and Lady with Fruit. His paintings are characterized by fine detailing, realistic expressions, and postures.
Raja Ravi Varma also established a press to mass-produce his paintings, particularly oleographs. This initiative made art accessible to common people, effectively democratizing religious images. He was conferred the title "Raja" by the Princely State of Travancore. The "Yashoda and Krishna" painting specifically depicts the profound motherly love between Yashoda and the infant Krishna, showcasing his characteristic fusion of Indian mythological subject matter and European realism.
The Antrix Venture Capital Fund has been established to provide crucial support to space tech startups in India. (Memory Tip: An Alternate Investment Fund (AIF) is like a private pool of money from many investors, but unlike traditional investments, it invests in less common assets like private equity, real estate, or venture capital. Think of it as investing in unique opportunities beyond the regular stock market.)
Understanding Alternate Investment Funds (AIFs):
AIFs are privately pooled investment vehicles that invest in diverse assets beyond traditional stocks and mutual funds. They are categorized based on their investment strategies:
Category I AIF: Funds typically invested in early-stage ventures, SMEs, infrastructure, or social ventures. Examples include small and medium enterprises, early-age startups, social venture funds, and infrastructure funds.
Category II AIF: Funds that do not fall into Category I or III and generally do not undertake leverage other than for day-to-day operational requirements. Examples include private equity funds, real estate funds, and Fund of Funds. The Antrix Venture Capital Fund falls under this category.
Category III AIF: Funds employing complex trading strategies and leverage, typically considered risky. Examples include hedge funds involved in short-selling, leverage, and derivatives.
About Antrix Venture Capital Fund:
Type: Category II AIF.
Purpose: To provide funding to space tech startups within the space sector.
Launch: Scheduled to commence operations in 2027.
Size: A seed fund of approximately ₹1000 crore.
Management: Managed by SIDBI Venture Capital Limited.
Oversight: The Indian National Space Promotion and Authorisation Center (IN-SPACe) plays a crucial role in its operation.
Goals: To promote private sector participation, foster innovation, and enhance India's overall capabilities in the space sector.
Investment Criteria: Funds will be provided to startups demonstrating a Technology Readiness Level (TRL) Four and above, indicating a sufficiently developed concept and initial implementation rather than just an idea.
IN-SPACe (Indian National Space Promotion and Authorisation Center):
This agency operates under the Department of Space, Government of India. It is responsible for granting permission and regulating the activities of private companies in the space sector, including their use of ISRO assets.
The Health Innovation Acceleration Hackathon was organized with the goal of leveraging Artificial Intelligence (AI) to improve regulatory workflows and efficiency within the healthcare sector. (Memory Tip: A hackathon is like a collaborative problem-solving contest where diverse individuals or teams come together to develop innovative solutions to a specific challenge, often in a short, intense period.)
The hackathon was jointly organized by India AI (operating under Digital India Corporation) and the Central Drugs Standard Control Organization (CDSCO). It was conducted in two stages:
Participants initially focused on developing AI tools.
Shortlisted teams then utilized CDSCO datasets to accelerate processing.
Expected outcomes include increased automation, enhanced data privacy, and faster regulatory approvals in healthcare. Winning teams received prize money and an opportunity for a one-year contract worth ₹50 lakh to implement their ideas. Special awards were also given to all-women teams.
Central Drugs Standard Control Organization (CDSCO):
CDSCO serves as India's National Regulatory Body for cosmetics, pharmaceuticals, and medical devices.
Mandate: It ensures the safety, efficacy, and quality of these products in the Indian market.
Legal Basis: Established under the Drugs and Cosmetics Act.
Reporting: Operates under the Directorate General of Health Services within the Ministry of Health and Family Welfare.
Headquarters: New Delhi.
Key Responsibilities: These include drug approval and licensing, regulating clinical trials, setting standards for drugs, monitoring the quality of imported medicines, and collaborating with State Drug Regulators.
INS Taragiri, a state-of-the-art stealth frigate developed under Project 17A, was recently commissioned in Visakhapatnam. This marks a significant enhancement of India's naval capabilities. (Memory Tip: A frigate is a relatively small, fast, and agile warship, often used for escort or protective duties. Stealth technology aims to make a vessel difficult to detect by radar, sonar, or other sensory means. Knot: A unit of speed used for maritime vessels, equal to one nautical mile per hour, approximately 1.85 kilometers per hour.)
Classification: It is the fourth Project 17A Nilgiri-class stealth frigate.
Builder: Constructed by Mazagon Dock Shipbuilders Limited (MDL).
Designer: Designed by the Warship Design Bureau of the Indian Navy.
Combat Capabilities: Equipped for comprehensive air, surface, and sub-surface warfare.
Indigenous Content: Features approximately 75% indigenous content, strongly supporting the Atmanirbhar Bharat initiative and boosting domestic defence production.
Weaponry: Armed with advanced systems, including BrahMos missiles, medium-range surface-to-air missiles, and Barak systems, which significantly enhance its combat capability.
Propulsion: Utilizes a Combined Diesel and Gas (CODAG) system.
Speed: Capable of achieving speeds up to 30 knots (approximately 55 km/h).
Air Operations: Can operate helicopters such as the Ka-28 and MH-60R.
Stealth Features: Its advanced design significantly reduces radar, acoustic, or heat signatures, making it difficult to detect and allowing for prolonged deployment without being easily compromised.