Showing posts sorted by relevance for query NEP. Sort by date Show all posts
Showing posts sorted by relevance for query NEP. Sort by date Show all posts

Saturday, September 20, 2025


India’s Education Wars: Modi’s Blueprint Meets A People’s Revolt – OpEd


September 19, 2025 
By Debashis Chakrabarti


The Modi government has set out to remake India’s schools through the National Education Policy, a sweeping blueprint drafted in Delhi with scant consultation from the states. Presented as a visionary reform, it centralizes authority, elevates ideology, and accelerates privatization—reshaping the classroom into an instrument of power. But a counter-document, the People’s Education Policy, is gathering force, offering a radically different vision: one rooted in federalism, pluralism, and the conviction that education is not a commodity but the republic’s most essential public good.


In the summer of 2020, as India staggered through its first pandemic lockdown, the government in New Delhi quietly enacted a sweeping change. Without parliamentary debate, and with scant consultation of the country’s states, Prime Minister Narendra Modi’s cabinet introduced the National Education Policy (NEP), a document of nearly five hundred pages that claimed to chart the nation’s educational future. At a moment when millions of children were locked out of school, the government was redesigning the very system to which they would return.

The NEP, framed as a visionary reform, promised to modernize India’s classrooms, expand access to higher education, and restore pride in India’s civilizational heritage. It was presented as both a pedagogical breakthrough and a cultural rebirth. But to many educators, activists, and state leaders, it felt like something else: an attempt to consolidate ideological control over the minds of India’s youth, under the guise of reform.

Nearly five years on, a counter-document has emerged. The People’s Education Policy (PEP), drafted by an alliance of teachers’ unions and civil society organizations, positions itself not merely as a critique but as an alternative blueprint. If the NEP represents a centralized, top-down redesign of India’s classrooms, the PEP insists on a bottom-up, pluralist model, one that treats education as a public good and a democratic imperative.

The tension between the two documents is not bureaucratic. It is existential. For the world’s largest youth population, education is destiny. Whether the NEP or the PEP sets the course will shape India’s democratic future, its economic possibility, and its cultural soul.
The Politics of Control

The most striking feature of the NEP is its centralization. Education in India has historically been a contested terrain between the Union government and the states. Until 1976, it was the states alone who held constitutional responsibility. The NEP, drafted in Delhi with minimal consultation, bypasses this delicate balance. It envisions a uniform national curriculum, steered by a central authority that places the Prime Minister at the apex of a newly created National Research Foundation.



This may look efficient on paper. But in practice, it has provoked resistance. States such as Tamil Nadu, Kerala, and West Bengal have balked at the imposition, insisting on their right to craft policies suited to their linguistic and cultural landscapes. The Supreme Court, too, has weighed in, noting that states cannot be coerced into compliance. Education in India, the Court reminded, is a shared responsibility—a constitutional compact that the NEP risks unravelling.

The PEP, by contrast, proposes a return to first principles: that education be restored to the State List. Far from a radical disruption, this is a reversion to the constitutional status quo prior to 1976. In doing so, the PEP recognizes India not as a homogenous nation but as a mosaic of languages, histories, and pedagogical traditions. Federalism here is not a concession but a condition for stability.
Economics of Exclusion

The NEP’s rhetoric is expansive. It reaffirms India’s long-standing but unfulfilled commitment to spend six per cent of GDP on education. Yet the numbers tell another story. In the years since the NEP’s adoption, government spending on education has stagnated; in real terms, it has declined. The gap has been filled by private actors—elite schools, coaching centers, and an aggressively expanding EdTech industry. The result is a deepening stratification, in which the wealthy purchase pathways to success while the poor are left with underfunded public schools and rising fees.

This privatization-by-stealth is not accidental. It reflects the Modi government’s broader embrace of market logics in sectors once considered public goods. Education, in this vision, is less a right than a commodity, subject to the efficiency of the market and the discipline of competition.

The PEP, in turn, calls for a constitutional guarantee: a mandatory six per cent of GDP for education, rising to ten per cent over time. This is not merely a demand for more spending but a reassertion of principle—that education is infrastructure as vital as roads or power. By extending free education from pre-primary through secondary levels, the PEP seeks to underwrite not just access but equity, making the democratic promise of schooling tangible.
The Philosophy of Knowledge

At its heart, the debate is not about budgets or bureaucracies but about the purpose of education itself. The NEP’s philosophical ambition is the revival of an “Indian Knowledge System.” Its proponents describe this as a revalorization of ancient traditions, from Vedic mathematics to Sanskrit texts. Its critics see something else: an ideological project that privileges a Hindu-majoritarian narrative, embedding it into textbooks and curricula in ways that sideline India’s plural heritage.

The institutional design reinforces these fears. By positioning political authority at the helm of research funding, the NEP blurs the line between statecraft and scholarship. The danger is not simply indoctrination but the slow erosion of academic freedom—the subtle pressure to conform, the muffling of dissent, the narrowing of inquiry.

The PEP, conversely, defines education as the defence of autonomy: the freedom of teachers to teach without interference, the right of institutions to set curricula, the obligation to cultivate questioning rather than conformity. In this, it returns to a philosophical lineage that stretches from Vidyasagar’s secular education to B. R. Ambedkar’s insistence that education is the “militant weapon” of democracy.
Cultural Stakes

India’s classrooms have always been mirrors of its cultural tensions. In colonial times, debates over Macaulay’s Minute on Education—English versus vernacular instruction—were battles over identity and power. After independence, the Kothari Commission framed education as the key to building a modern republic, one that reconciled diversity with unity.

The NEP of Modi Government echoes high sounding ambition but risks tipping the balance toward homogenization. By promoting Hindi and Sanskrit, by insisting on centralized curricula, it marginalizes the lived languages and local traditions that sustain India’s pluralism. Cultural richness, in this model, is streamlined into a singular narrative of national pride.

The PEP resists this flattening. It insists that children learn best in their mother tongues, that curricula must reflect local contexts, that diversity is not a hurdle but a resource. This is not just pedagogy but philosophy: a recognition that India’s democracy is nourished by its multiplicity, not threatened by it.
The Cost of Choices

What is at stake in this policy duel is more than pedagogy. It is the very architecture of India’s future. The NEP promises world-class universities and employable graduates but risks producing a generation trained to obey rather than to question. The PEP demands public investment and decentralization, but if implemented, it could unleash both social mobility and intellectual creativity on a scale India has long deferred.

The contrast is between control and freedom, between a state that moulds citizens for its purposes and a people who claim education as their right. The Indian classroom has become the country’s most consequential battleground. The winner of this struggle will not only shape the republic’s children but also define what kind of republic those children will inherit.


Debashis Chakrabarti

Debashis Chakrabarti is an international media scholar and social scientist, currently serving as the Editor-in-Chief of the International Journal of Politics and Media. With extensive experience spanning 35 years, he has held key academic positions, including Professor and Dean at Assam University, Silchar. Prior to academia, Chakrabarti excelled as a journalist with The Indian Express. He has conducted impactful research and teaching in renowned universities across the UK, Middle East, and Africa, demonstrating a commitment to advancing media scholarship and fostering global dialogue.



Breaking Barriers By Deploying Artificial Intelligence-Enabled Health Technologies For The Underserved – OpEd


Credit: Citizen News Service

September 19, 2025 

By Shobha Shukla

Artificial intelligence is not only for the rich and famous but also is deployed in health technologies to serve the poorest of the poor and marginalised communities – with equity and human dignity.

With remarkable ingenuity, India is combining advanced technology with fundamental community approaches to reach the unreached with standard WHO recommended public health services. This is a real practical strategy in action which provides a pathway for other low- and middle-income countries to follow.


WHO guidelines endorsed AI-enabled X-Rays for TB screening

WHO guidelines in 2021 endorsed artificial intelligence (AI) enabled computer-aided detection of TB with X-Rays. AI-enabled computer-aided detection was non-inferior for most TB interpretation. This was game-changing moment in public health because X-Ray interpretation was no longer dependent on availability of super-specialist radiologists for expert interpretation – unless needed. In most healthcare settings, especially remote areas, radiologists are seldom available or very occupied with clinical and research workload.

AI-enabled X-Rays are changing how diagnosis happens on the ground. Taking X-Rays closer to the communities is one way to get rid of diagnostic delays, catastrophic costs, and cut down on screening time.

It takes a minute to get screened by X-Ray and get the report (from AI-enabled computer-aided detection). Then for those with presumptive TB, they can get a confirmatory TB report in next hour or so – if portable WHO and ICMR recommended molecular test Truenat is used in the same TB screening and testing camp.

Ending TB warrants not only finding all people with TB – with early and accurate diagnosis – and linking them to care – but also about breaking down those critical diagnostic logjams and bottlenecks that make healthcare services inaccessible for most marginalised

WHO as well as India’s guidelines clearly state that all those found with presumptive TB using X-Rays (or symptomatic screening) should be offered WHO recommended upfront molecular test. Those with active TB disease should get latest TB treatment therapy with social support so that they can get cured.

TB infection also stops spreading when a person with the disease is on effective treatment.

India deployed AI to find TB among the most marginalised

Following science and evidence, for 100 days (7 December 2024 to 24 March 2025), government of India launched a massive campaign to find, treat and prevent more TB among high-risk groups in 347 districts initially. During this campaign, later it was expanded to almost 500 districts out of around 800 in the nation.

As per the concept note of this 100 days #TBMuktBharat (#TBFreeIndia) government campaign, battery operated ultraportable and handheld X-Ray machines with artificial intelligence enabled computer-aided detection along with highly sensitive portable, battery-operated and laboratory independent molecular test Truenat (made in India by Molbio Diagnostics) machines were to be taken in a van closer to the TB high-risk groups.

This was game-changing shift from screening those who had TB symptoms to screening everyone in high-risk settings – because almost half of TB patients are asymptomatic if we find them with X-Ray early on.

India TB Prevalence Survey 2019-2021 showed that almost half of TB patients would not have been found if upfront X-Ray screening was not done as they were asymptomatic. Other sub-national surveys also showed similar findings.

In 100 days, Indian government’s efforts found over 285,000 asymptomatic people (among high-risk groups) with active TB disease and linked them to treatment. In 100 days, over 12 crore people were screened for TB (mostly by using X-Rays).

Not even one of the 285,000 asymptomatic people with active TB disease would have been found if upfront X-Ray was not done. “Given the success of 100 Days campaign, now it has been extended to all districts in the country,” said Dr Rajesh Kumar Sood, District TB Officer (DTO) of National TB Elimination Programme (NTEP) and District Health Officer, National Health Mission, Government of India.
Ground zero: Kangra’s efforts towards ending TB

Kangra is making records (and breaking its previous records) to do maximum AI-enabled X-Rays of high-risk people in a single day at a block level.

Debunking oft-cited notion ‘public services are difficult to reach people living in mountainous terrains’, Kangra, most populated district of Himachal Pradesh has led from the front in taking public TB services closer to the communities or at their doorstep.

Despite heavy mountain rains and thunderstorms, landslides, power-cuts, or weekends or public holidays, frontline healthcare workers have been working tirelessly to find more TB among those most-at-risk, and link those with the disease to lifesaving treatment. Finding TB early and accurately and treating TB also helps stops the spread of infection, said Dr RK Sood.

Nagrota and Yol in Nagrota Bagwan block of Kangra district made a record on 3rd September 2025 by screening 605 people on the same day – and using 1 made-in-India (ProRad) AI-enabled ultraportable handheld X-Ray machine. Usually, 100-200 people get screened on 1 X-Ray machine in a day though Kangra’s average is reaching between 200-500 X-Rays daily in recent months with accelerated efforts to find more TB.

Kangra broke its previous record of Fatehpur block of Kangra made on Sunday, 24th August 2025, when 581 people were screened on the same day by 1 X-Ray machine. Earlier, on Independence Day 2025, it was Bhawarna block of Kangra that had made a record of 471 X-Rays in a single day on 1 X-Ray machine.

“Antariksh, one of the radiographers, and other frontline healthcare workers worked from early morning hours till almost midnight to screen people for TB, offer upfront molecular test (made-in-India Truenat) to those found presumptive, and link those with active TB disease to free treatment. Those negative for TB and eligible, were offered Cy-TB test (for latent TB) and offered TB preventive therapy,” said Dr RK Sood.
Almost 100% upfront molecular testing becoming a reality

“99% of those with presumptive TB are screened with upfront molecular testing in Kangra district,” said Dr Sood. According to the latest India TB Report 2024 of Government of India, Himachal Pradesh state had 36% upfront molecular testing in 2023. India, as per the same report, had 21% upfront molecular testing in the same year. Globally, 48% of those with presumptive TB were tested with upfront molecular test in 2023.

All world leaders at United Nations High Level Meeting on TB 2023 had committed to completely replace microscopy (which majorly underperforms in diagnosing TB) with 100% upfront molecular tests by 2027. We need more accelerated progress to achieve this goal.

Kangra district has 3 ultraportable handheld X-Rays, but only 1 is AI-enabled. “National TB Elimination Programme is procuring more X-Rays and soon more will get deployed,” confirms Dr Sood. “We need more X-Rays and more trained human resource personnels to provide these services.”

Dr Sood also said that not only record-number of people are getting screened for active TB disease (and those confirmed for TB disease are being linked to treatment) but also this is the largest drive to find those with latent TB and eligible for TB preventive therapy. Those eligible are being offered the TB preventive treatment. This would help stop the spread of infection as well as stop people with latent TB from progressing to active TB disease. However, there were some initial hiccups due to supply chain issues of Cy-TB (test for latent TB) but these issues were resolved sometime back.

Dr RK Sood commended partnerships and support from different people in strengthening local TB response. For example, space to conduct X-Rays in remote settings, such as, small space inside shops or offices, is voluntarily provided by the people. It also helps fight TB stigma. Covered space becomes more important with heavy mountain rains or thunderstorms.
Women healthcare workers are changemakers

Women healthcare workers are making a big difference in spearheading the fight against TB in Kangra at all levels. Be it frontline workers like ASHA workers or others, or radiographers, nurses or other healthcare and paramedical and medical staff, said Dr Sood.
Lab on wheels in Haryana

As world leaders are slated to meet next week at the 80th United Nations General Assembly High Level Meeting on Non-Communicable Diseases (NCDs), an important initiative was launched last week by Haryana Chief Minister in India. Former head of Indian government’s HIV and TB programmes Dr Kuldeep Singh Sachdeva (and President and CMO of Molbio) was also present to grace the occasion.

9 integrated healthcare vans were flagged to reach girls and women with point-of-care diagnostics.

* Ibreast, is a US FDA approved handheld device enabling primary healthcare workers to identify breast lumps early, in just a few minutes, without any pain or radiation (made by UE Lifesciences). Haryana aims to screen 75000 women before 1st March 2026.

* Truenat, is the only WHO recommended point-of-care, decentralised, battery-operated and laboratory independent molecular test for TB – as well as over 40 other diseases including HPV (Human Papilloma Virus linked to cancers including cervical cancer). Truenat is made in India by Molbio Diagnostics, Truenat is already exported and deployed in over 90 countries globally.

* ProRad, is an ultraportable and handheld X-Ray with AI-enabled computer-aided detection for TB and other pathologies – made in India by Prognosys.

Developing vaccine or point-of-care diagnostics is not enough but deploying them at point-of-need in the Global South is critical pathway towards increasing access to lifesaving services and improving HPV-related responses on the ground.



Shobha Shukla

Shobha Shukla co-leads the editorial content of CNS (Citizen News Service) and is on the governing board of Global Antimicrobial Resistance Media Alliance (GAMA) and Asia Pacific Media Alliance for Health and Development (APCAT Media).


Impact Of The New GST 2.0 On Purchasing Power In Different Classes Of The Indian Economy – Analysis



September 19, 2025

By Dr. Nitish Kumar Arya and Tulika Singh

Introduction

The Goods and Services Tax (GST), introduced in India in 2017, represented one of the most ambitious indirect tax reforms in the country’s history. By replacing a complex system of central and state-level taxes with a unified structure, GST aimed to streamline compliance, widen the tax base, and foster greater economic efficiency.

However, the tax has often been criticized for its regressive tendencies, disproportionately affecting lower-income households. With the introduction of GST 2.0—a package of reforms emphasizing rationalized rate structures, expanded exemptions for essentials, and stronger compliance mechanisms—the debate has resurfaced regarding its implications for purchasing power across different socio-economic classes.

This article examines the impact of GST 2.0 on purchasing power in India, focusing on three broad income groups: the lower-income class, the middle class, and the affluent class.
GST 2.0: Key Features

GST 2.0 differs from the original framework in three important ways:

1. Rate Rationalization – Convergence of multiple tax slabs into fewer categories, reducing cascading effects and compliance burdens (Sankar, 2021).

2. Wider Exemptions for Essentials – Basic food, education services, and healthcare are increasingly zero-rated, shielding vulnerable households from inflationary pressures (Rani & Dutta, 2022).

3. Digital Compliance Mechanisms – Enhanced e-invoicing and AI-driven monitoring aim to reduce evasion and broaden the tax base, increasing fiscal capacity (Kumar, 2023).

Together, these reforms seek to balance efficiency with equity, yet their effect on household purchasing power depends heavily on income class.

Impact on Lower-Income Households

For the lower-income class, consumption baskets are dominated by essential goods such as food staples, fuel, and healthcare services. Studies show that earlier versions of GST disproportionately burdened these households because indirect taxes tend to be regressive (Rao, 2019). GST 2.0 attempts to mitigate this by exempting or zero-rating essential goods and services.

– Positive Impact: The exemption of cereals, pulses, and medicines improves disposable income for households in the bottom 40% of the distribution.

– Neutral/Negative Effects: Rising compliance costs passed down the value chain may still cause price inflation in semi-essential goods, such as clothing and transportation.

Empirical modeling suggests that the bottom quintile may experience a 2–3% improvement in real purchasing power under GST 2.0 compared to GST 1.0, though inflation in non-exempt segments could erode some gains (Maitra & Mukherjee, 2021).
Impact on the Middle Class

The middle class, which has more diversified consumption baskets including education, healthcare, durable goods, and services, experiences mixed outcomes under GST 2.0.

– Durable Goods and Services: Reduction of rates on appliances and household services increases affordability, positively affecting disposable income.

– Education and Healthcare: Continued exemption helps shield this group from inflationary pressures in human capital investments.

– Lifestyle Goods: Higher tax incidence on luxury or environmentally harmful goods (such as tobacco and fossil fuel products) may slightly raise costs for this group.

Overall, GST 2.0 aligns well with middle-class consumption priorities, with purchasing power likely improving by 3–4% in real terms due to reduced effective tax burdens and better price stability (Sharma & Bhatia, 2022).
Impact on the Affluent Class

For the affluent class, whose expenditure patterns emphasize discretionary consumption—luxury goods, travel, automobiles, and real estate—GST 2.0 is likely to have a modestly negative effect.

– Luxury and Sin Goods: Higher rates and cess continue to apply, consistent with principles of progressive taxation.

– Real Estate: Rationalized rates may encourage investment in housing, but the benefits are partly offset by compliance tightening.

– Wealth Diversification: Indirect taxes are unlikely to constrain wealth accumulation, but they may temper luxury spending.

As such, the affluent class sees marginal erosion in purchasing power (1–2%), reflecting policy intent to redistribute consumption burdens while maintaining revenue neutrality.
Broader Macroeconomic Implications

The distributional impacts of GST 2.0 feed into broader economic dynamics:

1. Consumption-Led Growth: With lower and middle-income groups benefiting from greater disposable incomes, aggregate demand is likely to rise, supporting inclusive growth (Patnaik & Sen, 2021).

2. Fiscal Sustainability: Improved compliance expands tax revenues, enabling higher public spending without imposing undue burdens on vulnerable groups (Kumar, 2023).

3. Inequality Reduction: By easing the regressive bias of indirect taxation, GST 2.0 narrows inequality in real consumption, though structural reforms in direct taxation remain necessary (Rao, 2019).
Challenges and Limitations

Despite improvements, several challenges remain:

– Compliance Burden on Small Enterprises: Digital filing systems may disproportionately strain micro and small businesses, indirectly raising costs for consumers.

– Inflationary Pass-Through: Even with exemptions, producers may adjust pricing strategies in ways that partially offset consumer gains.

– State-Level Variations: Since consumption baskets differ regionally, the impact on purchasing power is uneven across states, particularly in rural versus urban contexts (Sankaran, 2020).
Conclusion

GST 2.0 represents a step toward a more equitable and efficient tax system in India. By rationalizing rates and exempting essentials, it reduces regressive tendencies and enhances purchasing power for lower and middle-income households. While the affluent class faces marginally higher burdens, this outcome is consistent with redistributive fiscal principles.

The reform’s ultimate success depends on sustained compliance efficiency, transparent rate rationalization, and complementary policies in direct taxation and social spending. If implemented effectively, GST 2.0 has the potential not only to improve household welfare but also to support India’s broader developmental goals of inclusive and sustainable growth.

ReferencesKumar, A. (2023). Digital compliance and GST 2.0: Implications for India’s tax ecosystem. Economic and Political Weekly, 58(14), 45–53.
Maitra, B., & Mukherjee, A. (2021). Distributional impact of GST on Indian households: An empirical assessment. Journal of South Asian Development, 16(2), 211–234.
Patnaik, I., & Sen, P. (2021). Tax reforms and inclusive growth in India: Evidence from GST implementation. India Review, 20(3), 223–240.
Rani, K., & Dutta, S. (2022). Exemptions and equity in GST 2.0: Shielding the vulnerable. Indian Journal of Public Finance, 46(1), 12–28.
Rao, M. G. (2019). Indirect taxes and inequality in India: The GST experience. National Institute of Public Finance and Policy Working Paper.
Sankar, A. (2021). Rate rationalization under GST: Efficiency versus equity trade-offs. Asian Economic Policy Review, 16(4), 602–619.
Sankaran, K. (2020). GST and regional inequality in India. Economic Survey Research Series, 37(2), 89–108.
Sharma, R., & Bhatia, A. (2022). GST 2.0 and household purchasing power: Evidence from NSSO data. Journal of Economic Policy Research, 44(3), 301–320.


About the authors:Dr. Nitish Kumar Arya is an Assistant Professor (Economics), University Department of Economics, Bhupendra Narayan Mandal University, Madhepura, Bihar, India
Mrs. Tulika Singh is a Research Scholar, UniversityDepartment of Economics, Bhupendra Narayan Mandal University, Madhepura, Bihar, India


Dr. Nitish Kumar Arya

Dr. Nitish Kumar Arya is an Assistant Professor of Economics in the University Economics Department Bhupendra Narayan Mandal University, Madhepura, Bihar, India. He is working in Public Economics and Public policy with a special focus on contemporary economic issues.

Friday, November 01, 2024

SPACE/COSMOS

Nuclear propulsion system proposed for European space missions


Friday, 1 November 2024

A consortium led by Belgian engineering firm Tractebel has completed the European Space Agency-commissioned RocketRoll project on nuclear electric propulsion for space exploration. The consortium has defined a comprehensive technology roadmap to equip Europe with advanced propulsion systems capable of undertaking long-duration missions.

Nuclear propulsion system proposed for European space missions
Illustration of an NEP spacecraft (Image: ESA)

The RocketRoll project - or 'Preliminary European Reckon on Nuclear Electric Propulsion for Space Applications' - brought together leading stakeholders in aerospace and nuclear within a consortium led by Tractebel that includes the French Alternative Energies and Atomic Energy Commission (CEA), ArianeGroup, Airbus and Frazer Nash. It also included researchers from the University of Prague, the University of Stuttgart and engineers from OHB Czechspace and OHB System in Bremen.

The partners studied the feasibility of an electric nuclear propulsion (NEP) system where the electricity produced by a nuclear power reactor powers electric ion thrusters - ionising a gas and accelerating the ions produced, which are then ejected to generate thrust. This method's thrust is lower but continuous, and with far greater fuel efficiency it has higher speeds and could cut 60% off the Mars travel time of traditional chemical rockets.

"Thanks to its huge energy density, NEP offers disruptive advantages in terms of speed, autonomy, and flexibility," Tractebel said. "This innovative propulsion technology has the potential to transform space exploration and space mobility by enabling longer-duration missions, potentially shaping the future of interplanetary exploration."

The RocketRoll project, which started more than a year ago and concluded last month, has now submitted a technology roadmap to develop an NEP system, including a candidate design for a demonstrator spacecraft that could flight test NEP systems for deep space missions by 2035.

"I am proud to lead such an important initiative in nuclear electric propulsion, which could enable exploration and in-space logistics in Earth Orbit and beyond on a scale that neither chemical nor electrical propulsion could ever achieve," said Brieuc Spindler, Space Product Owner, Tractebel. "I am committed to navigating the intricate technical and strategic challenges ahead. By leveraging its nuclear expertise and innovative solutions, Tractebel helps advance space technologies and push the boundaries of the final frontier's exploration."

Currently, European space missions depend on external sources for nuclear capabilities. Tractebel says its strategy is to engineer a range of nuclear power solutions, from radioisotope to fission systems, while also contributing to developing a European value chain for nuclear solutions in space applications.

According to the European Space Agency: "NEP would enable exploration and in-space logistics in Earth Orbit and beyond on a scale that neither chemical nor electrical propulsion could ever provide. The ultimate raison d'ĂȘtre of NEP is to explore beyond Mars orbit where solar power is limited.

"In addition, NEP could have strong synergies with other space application. For instance, nuclear power could be used on the Moon or Mars surface to power future habitats or robotic exploration of the solar system, or in space for other purpose than propulsion."



AstroForge gets first-ever U.S. government license for deep space asteroid mining

The startup will be launching its “Odin” mission in January

By Rowan Dunne
NOV 1, 2024
Workers prepare the Odin spacecraft for launch next year. Photo credit: AstroForge

“We Mine Asteroids” is the motto of a California space startup that just became the first company to secure a commercial deep space license from the Federal Communications Commission (FCC). The agency provided this experimental certification on Oct. 18.

AstroForge will be sending a newly developed spacecraft 7 million miles away from the Earth in a historic attempt to extract critical metals from a distant asteroid. The company’s “Odin” vessel, being launched in January, is now authorized to establish communication networks capable of functioning over that vast distance with partners on the ground.

A rocket made by Elon Musk’s SpaceX, Falcon 9, will be assisting AstroForge to send Odin into orbit. Odin’s name means knowledge and wisdom seeker in Norse mythology.

Its journey will be part of the Intuitive Machines Inc (NASDAQ: LUNR) IM-2 lunar mission, AstroForge says. Intuitive Machines uses SpaceX’s rocket for their lunar endeavours.

“This was the last gate needed to launch Odin,” AstroForge chief executive, Matthew Gialich, said in an X post Monday. “Can’t wait to strap this thing to the side of the falcon and send it to the cosmos.”

The International Telecommunications Union has designated any distance greater than 2 million kilometres as “Deep Space.” Odin’s ability to tolerate the amount of radiation present at such great distances was a significant factor considered in its development.

Odin’s launch follows the failure of the Brokkr-1 cubesat satellite sent into space last April. It failed to communicate properly, but AstroForge learned lessons from the undertaking that have informed its upcoming launch of Odin.

AstroForge to launch larger craft by 2025-end: ‘Vestri’

Vestri, which is about twice the size of Odin, will be making its way to the same target asteroid by the end of next year. The space rock it will be landing on is anticipated to have rich iron content. It will attach itself to it with magnets.

This launch will be part of Intuitive Machines’ third mission next year.

“Vestri will assess the asteroid’s composition, giving us critical insights into the quality and quantity of valuable elements it holds,” AstroForge says.

AstroForge raised US$40 million in a Series A funding round led by Nova Threshold this August. The space tech company has secured a total of US$55 million.

“There is no question that Earth is running out of resources and current practices are incredibly destructive to our planet,” co-founder Jose Acain said in a recent interview. “AstroForge has found a solution that promises a resource-rich and sustainable future.”

Asteroids have the potential to be beneficial material sources for batteries, solar panels and many other technologies. A study published last year in the journal Planetary and Space Science determined that they can host a diverse array of valuable metals and minerals.

AstroForge just added a seasoned advisor who spent nine years working for SpaceX to its team. Hans Koenigsmann will now be overseeing operations at the company’s new facility in Seal Beach, California.

Sunday, July 02, 2006

The Myth of the NEP


I have said this before about the phoney hysteria around the NEP and its impact on Alberta and others have disputed my claim, so sad too bad. The truth is still the truth. Nice to see it confirmed by an independent source.

Re-inventing the NEP

Larry Johnsrude looks at the memory of the National Energy Program in the Conservative race.

The fact is the NEP did drain more than $1 billion from Alberta. But it also coincided with the drop in world oil prices to about $8 US a barrel from over $40. The two are inextricably linked in peoples’ minds, and Conservative politicians have done nothing to change the perception the NEP somehow caused the world price to tumble.Many of the economic benefits Alberta is seeing now are the result of the NEP’s promotion of non-conventional energy sources such as oil sands, heavy crude and off-shore oil.

Also See:

Living In The Past


Nationalize the Oil Industry


It's Time to Take Back Our Oil and Gas


Corporate Welfare for Big Oil


Dark Prince of Oil Decries Dark Side of Oil


Alberta's Tar Sands Gamble




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Wednesday, January 22, 2020

Arto Luukkanen The Party of UnbeliefThe Religious Policy ofThe Bolshevik Party, 1917-1929  PDF 
The Finnish Historical Society has published this study with the permission, granted on 18 April 1994, of Helsinki University, Faculty of Theology.  

Abstract Arto Luukkanen The Party of Unbelief — The Religion Policy of The Bolshevik Party, 1917-1929. 
The main objective of this dissertation is to study the religious policy of the Soviet Bolshevik party during the years 1917-1929 by utilizing historical methods. The Bolshevik religious ideology was influenced by Left-Hegelian philosophy, Marxist materialism and the anti-clerical attitudes of the Russian intelligentsia. The period under examination can be divided into four separate sections. During the civil war (1917- 1920) the ruling regime limited its official religious policy to legislative acts in church-state relations and its main political objective was to isolate the Russian Orthodox church, the ROC. The mission of executing Soviet religious policy was given to the NKYust's "Liquidation Committee" and to the Soviet security organs. The introduction of the early NEP policy (1921-1923) did not automatically represent a relaxation of the religious policy but, on the contrary, the Bolshevik government, especially Lenin and Trotsky, engaged in general attack against the ROC during the so-called "confiscation conflict". Trotsky and his "Liquidation Committee" conducted this anti-religious campaign in order to obtain money and to undermine the role of religions in the Soviet society by fomenting pro-government schisms inside the religious organizations. After Lenin lost his grip on power, the "triumvirate" and especially Stalin outmanoeuvred Trotsky in the anti-religious work by organizing their own antireligious cabinet (CAP). This change was rationalized by certain slogans of the high NEP (1924-1927) which underlined the importance of seeking reconciliation in the Russian countryside. Moreover, foreign pressure also played into the hands of the "triumvirate". This policy of appeasing the peasantry also implied a relaxation in the antireligious campaign. The 12th and 13th party congresses represented the beginning of the high NEP and of "detente" in Soviet religious policy. The more moderate party leaders wanted to stabilize the Russian countryside by making concessions to religion while at the same time hard-liners attempted to brake the normalcy of the NEP in this area. The NEP could not survive the introduction of the Cultural Revolution (1928-1929). The criticism from the left-opposition gradually undermined the fundamentals of the NEP's civil peace. Stalin was also anxious also to utilize this mood in order to get rid of his "rightist" allies and to this end encouraged the Cultural Revolution by supporting Komsomol's drive to politicize Soviet society. In the religious policy former religious political organs were disbanded and their responsibilities were transferred to the VTsIK. The battle between moderates, so-called culturalists and hard-liners (interventionists) was one of the most characteristic features of anti-religious activity at that time. As a conclusion, it must be stated that the Soviet religious policy was always dependent on the general political objectives of the party leaders. The development of the Soviet religious ideology must 6 therefore be studied in association with other major political battles. 







Saturday, August 26, 2006

Ignatieff NEP Lite


Liberal Leadership candidate Michael Ignatieff (The Man Who Would Be PET) has announced his Green Plan. Ignatieff proposes carbon tax at pump

In Alberta it reminds everyone, government and NDP opposition of the failed Trudeau NEP....not the NDP NEP which created PetroCanada and which rescued the declining petro industry in Calgary and Fort McMurray. But the Liberals tax and grab NEP....of course for Alberta Liberals, Ignatieff's plan reminds them of the NEP so they have been deafingly silent about it.


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Wednesday, January 17, 2007

Harpers NEP

I don't expect to see as much outrage over this new NEP in Alberta,as I do over Dion's pronoucements over the weekend on how Tax Credits to Big Oil is somehow the newest threat to Alberta.

Call me sceptical, call me a lifelong Albertan, but the True Blue Tory types in Alberta will deny, deny, deny this is a new NEP. Well it is.

MONTREAL -- Prime Minister Stephen Harper is poised to pre sent a solution to the so-called fiscal imbalance between the federal government and the provinces, the French-language network of the CBC reported Monday.

The plan will be part of the next federal budget, which will be tabled toward the end of March, which is later than usual, Radio-Canada said. The TV network later reported the budget would be tabled March 20.

The proposal would exempt 50 per cent of revenues from natural resources rather than the 100 per cent previously promised to Saskatchewan, Radio-Canada said.

Under the proposed plan, Quebec would get a total of $7 billion instead of the $5.5 billion in transfers it now gets.

Saskatchewan would get only $200 million instead of the $800 million it is awaiting.

Harper would be accepting the recommendations of a report ordered by the federal government last year which suggested that half the revenues of the provinces drawn from natural resources be included in the calculation of equalization payments.

'The Conservatives campaigned hard on saying they would remove natural resources from the equation. …This is an absolute betrayal of what their election promise was.'-Saskatchewan Finance Minister Andrew Thomson

Alberta Premier Ed Stelmach said it was speculative to comment on whether Ottawa intends to alter the formulas, but Albertans were already paying their fair share into confederation.
And of course this would be fair for all of Canada, that is Ontario and Quebec, whose largest natural resource cash cow; hydro will not be touched.

See:

Harper

NEP

Equalization





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Sunday, March 29, 2026

 

India’s Education Expansion: Building Human Capital or Just Producing Degrees?



Tajamul Rehman Sofi 





The country is producing more graduates than ever but not enough productive employment.



Image Courtesy: Needpix.com

India stands at a demographic turning point. By the end of this decade, the country will possess the largest youth population in the world. In policy discourse, this is often celebrated as a demographic dividend. But demographic advantage is not automatic; it depends on whether young people can translate education into productive employment.

The expansion of education spending and reforms under the National Education Policy 2020 (NEP 2020) aim precisely at strengthening India’s human capital base. The real question, however, is whether expanding education alone can deliver economic opportunity when job creation itself remains uneven.

Recent Union Budgets reflect an ambitious push to modernise India’s education system. The Union Budget 2025-26 allocated around ₹1,28,650 crore to education, prioritising infrastructure and digital access. Initiatives included broadband connectivity for schools, the expansion of Atal Tinkering Labs, digital learning materials in Indian languages and new infrastructure for the Indian Institutes of Technology.

The following year, the Union Budget 2026-27 increased allocations to ₹1,39,285.95 crore, an increase of about 8.27%. New proposals included girls’ hostels in every district, university townships, specialised institutes in healthcare and pharmaceuticals, and a committee focused on Education to Employment and Entrepreneurship.”

State governments have also expanded spending. Uttar Pradesh, for example, allocated ₹80,997 crore to basic education while increasing investment in vocational programmes, smart classrooms and artificial-intelligence laboratories. These initiatives suggest that governments are trying to align education with emerging technological and knowledge sectors.

The broader policy framework guiding these reforms is NEP 2020, which seeks to transform the education system through multidisciplinary learning, flexibility in degree programmes and greater emphasis on skills. One of its most ambitious goals is to raise the Gross Enrolment Ratio (GER) in higher education to 50% by 2035, up from around 27% in 2018. According to the All-India Survey on Higher Education (AISHE), enrolment in higher education has been steadily increasing in recent years

The policy also aims to expose at least half of all learners to vocational education by the middle of the decade. In principle, this shift could bridge the long-standing divide between academic education and labour-market skills. Yet the expansion of access raises a deeper question: does more education automatically translate into better human capital?

One persistent concern is the quality of teaching. The NEP emphasises continuous professional development for teachers and highlights teacher training as a cornerstone of reform. However, financial allocations for teacher education remain modest relative to the scale of transformation envisioned.

Under the Samagra Shiksha programme, which integrates several school-education schemes, teacher training accounts for only a limited share of total education spending. Without substantial investment in teacher capacity, improvements in learning outcomes may remain limited. International experience shows that infrastructure expansion alone cannot guarantee educational quality.

The push toward vocational education faces similar implementation challenges. Several states, including Tamil Nadu, Maharashtra, West Bengal, Karnataka, and Andhra Pradesh, have expanded vocational programmes through school-based skill streams, polytechnic institutions, and partnerships with industry. For instance, Tamil Nadu has strengthened vocational pathways within higher secondary education, while West Bengal has introduced skill-oriented courses in thousands of secondary schools.

Yet, despite these initiatives, vocational education remains a relatively small component of the overall education system. According to data from the Unified District Information System for Education Plus (UDISE+), only a limited share of secondary school students is enrolled in vocational courses, indicating that skill-based education has yet to become a mainstream pathway.

Labour-market evidence reinforces this concern: data from the Periodic Labour Force Survey (PLFS) suggests that a significant proportion of graduates still lack the practical skills required by industry. But even if education reforms succeed in improving employability, the central puzzle remains unresolved: where are the jobs?

Industry partnerships, internships and apprenticeships can help graduates transition into employment, but they cannot replace the fundamental requirement of large-scale job creation. When the economy itself does not generate enough employment opportunities, educational expansion alone cannot absorb the growing number of graduates.

Recent labour-market trends highlight this structural tension. India’s overall unemployment rate fell to about 4.8% in 2025, yet youth unemployment remains significantly higher. At the same time, employability indicators have improved only marginally. According to the India Skills Report, employability rose from 54.81% in 2025 to 56.35% in 2026.

Sectoral patterns also reveal the limits of labour absorption. The information-technology sector is expected to generate millions of jobs by the end of the decade, particularly in fields such as artificial intelligence, cybersecurity and data science. Healthcare employment is also projected to expand significantly, while renewable energy is emerging as another important source of future jobs. Yet these sectors together cannot absorb the millions of graduates entering the labour market every year.

Historically, manufacturing has played a crucial role in generating mass employment in developing economies. In India, however, manufacturing growth has become increasingly capital-intensive, with automation limiting its capacity to create jobs at scale.

This growing mismatch between education expansion and labour-market demand raises the risk of degree inflation a situation in which the number of graduates rises faster than the availability of suitable employment opportunities. In such circumstances, graduates may find themselves underemployed or working in occupations that do not require their qualifications.

Another dimension of NEP 2020 is its encouragement of greater private participation in higher education. Private institutions can expand capacity and introduce innovation, but they also raise concerns about affordability and equity. Higher tuition costs may restrict access for students from economically weaker backgrounds, while quality assurance across institutions remains uneven.

Ultimately, education policy cannot be separated from economic strategy. Human capital formation depends not only on better schools and universities but also on an economy capable of productively employing skilled workers.

India’s education budgets and NEP 2020 represent an important step toward expanding access and modernising the education system. But the success of these reforms will depend on whether economic growth generates sufficient employment opportunities for the country’s rapidly expanding pool of graduates.

If education policy and economic strategy move together, India’s youth population could become a powerful engine of growth. If they move apart, the country may discover that producing degrees is far easier than producing jobs.

Dr. Tajamul Rehman Sofi is an economics researcher specialising in financial stability, banking efficiency, jobless growth and public policy analysis. The views are personal.



Limiting screen time


Published March 27, 2026
DAWN



CHILDREN need education, physical activity, family and relaxation as well as adequate time for sleep (around nine to 12 hours depending on their age). This has become harder to manage as screen time has been increasing a lot in recent decades. A typical day for me —before the era of mobile phones, the internet and social media — was school till about 2pm, lunch, some time for relaxation, an hour or two for homework, and then, depending on the time of the year, playing with friends in the neighbourhood. Cricket, hockey, football, cycling, even gulli danda and pithoo gol garam were all indulged in till around sunset when it became too dark to see anything. Only then would we return home. An hour or so of some schoolwork or Quran study followed before dinner and family time. Bedtime was not much later than 9 pm, after we had time to wind down and read a book for about half an hour.

Though I was not the fittest of children in the neighbourhood, the hockey and cricket we played gave me enough experience to not only have an interest in the games but to be part of teams up to college and university level. And they helped me be comfortable with physical activity and kept me reasonably fit and mobile.

Times have changed. Television has become a lot more enticing. Mobile phones, the internet and social media have made online activities much more attractive, even addictive. The reading culture has taken a hit while audio/ visual engagement has increased. Perceptions and reality of security have changed to the point where many families are uncomfortable with their children playing in the neighbourhood. Families have become more nuclear, and social/ physical mobility has made neighbourhoods less known and less friendly. All this means children in general spend more time at home, glued to their TV, computer and mobile screens; they have far fewer opportunities for structured physical activities. With concurrent changes in our diet, health outcomes for our children are different too.

Evidence regarding screen time and its impact on child development and health, as well as reduced physical activity, richer foods and less engagement with the real, as opposed to the virtual, world are leading many countries to counsel parents and schools to limit child exposure to screens. Some countries have legislated that social media will not be available to children under 16. Others are mulling similar restrictions. Some countries have said that mobile phones will no longer be allowed in schools. Some have said that screen time, even in educational institutions, would only be allowed when needed; the use of pen, paper and books should make up the rest of the time.


Children today have far fewer opportunities for structured physical activities.

We’re still behind the curve in Pakistan, where schools and parents take screen time to be a way of increasing access and ensuring quality. The Punjab government recently announced that AI would be part of the curriculum across all grades in public and private schools.

Given that outside space is not considered very safe, community and neighbourhood bonds seem to have weakened. Diets increasingly include rich foods, screens are a lot more addictive, and we expose children to more screen time for educational purposes. So, how do we structure physical activity or other activities for our children that would ensure better overall development and reduce the harm triggered by overexposure to screens?

If our school timings were as long as they are in some countries, games and physical activities could be organised in schools. But our schools let children go at around 1.30pm, and between 8am and 1:30-2 pm, there is not enough time for regular games if students are to take the full load of the curriculum as well. Making school days longer would mean providing lunch and other facilities. This might not be practical even in the medium run. Some schools, like Aitchison, make sports compulsory for all students who have to return to school in the afternoon/ evening a few times a week. But this is only possible as Aitchison caters to the upper income groups for whom transport cost is affordable. Aitchison also has 176 acres of land so they have all the grounds and facilities needed to cater to a few thousand students. Most private and public schools do not have such facilities.

Within the possibilities present, schools can ensure that screens are used only when necessary, mobile phones are not allowed on the premises, and 30 minutes or so are set aside daily for physical activity within school timings. If schools can start music and art classes and introduce book clubs or skill acquisition clubs, this would be of great help in engaging students in productive activities.

Can we create safe spaces for children in neighbourhoods? These could be sports clubs, community centres or activity/ skill clubs where children from the neighbourhood could go. It would be too expensive and impractical to bring children back to school in the afternoon/ evening, but if there was a good space within the community where they could be supervised by trusted adults and have enough room to play and engage with each other, the impact on children’s environment and upbringing could be positive.

Computers, mobile phones and the internet are tremendous channels for learning and interaction, but, and there is plenty of evidence about this now, they also have a strong negative impact on learning and children’s mental health. Many countries are trying to limit the use of computers and social media for young people to ensure the positive remains but the negative is curtailed. One way of doing this is to engage young people in physical and other activities, not only to ensure their well-being but also to limit the overuse of screens and social media. But structuring physical activity and sports/ skill clubs in today’s changed environment is difficult. We need innovation in schools and communities to create spaces that allow us opportunities for gainfully engaging young people.

The writer is a senior research fellow at the Institute of Development and Economic Alternatives and an associate professor of economics at Lums.

Published in Dawn, March 27th, 2026