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India Accelerates Global Critical Minerals Hunt with Partners to Break China’s Supply Dominance

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India is intensifying its global quest for critical minerals by engaging in high-level negotiations with Brazil, Canada, France, and the Netherlands for collaborative exploration, extraction, processing, and recycling projects, according to multiple sources familiar with the discussions, who spoke to Reuters.

The talks, spearheaded by the Ministry of Mines, center on securing reliable supplies of lithium and rare earth elements while gaining access to advanced processing and recycling technologies—key steps in reducing New Delhi’s heavy dependence on China, which controls the majority of global rare earth processing and a dominant share of lithium refining capacity.

The initiatives aim to replicate and expand upon the comprehensive critical minerals cooperation agreement India signed with Germany in January 2026. That pact covers joint exploration, processing, recycling, and the acquisition and development of mineral assets in both countries and third nations.

“There are requests and we are talking to France, Netherlands and Brazil while the agreement with Canada is under active consideration,” one of the sources said.

Canada’s Natural Resources Department referred to a January statement confirming that both sides had agreed to formalize cooperation on critical minerals in the coming weeks. Canadian Prime Minister Mark Carney is expected to visit India in early March, where he is likely to sign agreements covering uranium, energy, minerals, and artificial intelligence, further cementing bilateral ties in strategic sectors. Brazil’s embassy in New Delhi, India’s Ministry of Mines, and the foreign ministry did not respond to requests for comment.

The embassies of France and the Netherlands either declined to comment or did not respond. India’s expanding international engagement comes at a time when finance ministers from the G7 and other major economies met in Washington last month to discuss strategies for reducing dependence on Chinese rare earths and other critical minerals.

In 2023, India officially identified more than 20 minerals—including lithium, cobalt, nickel, graphite, and rare earth elements—as “critical” for its energy transition, defense needs, and growing high-tech manufacturing sector. The strategic imperative is clear: China currently dominates global supplies of many critical minerals and possesses advanced mining and processing technologies, creating significant vulnerabilities for India as it accelerates its shift to electric vehicles, renewable energy storage, and electronics manufacturing.

Heavy reliance on Beijing for these materials poses both economic and national security risks, particularly amid geopolitical tensions and potential supply disruptions. Mining experts highlight the long timelines involved. From initial discovery to commercial production, developing a viable mine typically takes 10–15 years, with the exploration phase alone often requiring five to seven years and frequently ending without a commercially viable deposit.

India’s domestic reserves of many critical minerals remain limited or underdeveloped, making secure foreign partnerships essential to meet rising demand. India has already signed critical minerals pacts with Argentina, Australia, and Japan, and is engaged in broader bilateral discussions with Peru and Chile that also encompass these resources. The new talks with Brazil, Canada, France, and the Netherlands are designed to diversify supply sources, secure technology transfers, and establish joint ventures that can accelerate India’s midstream (processing) and downstream (manufacturing) capabilities.

Canada stands out as a particularly valuable partner due to its vast reserves of lithium, nickel, cobalt, and rare earths, along with advanced mining expertise and a strong commitment to sustainable practices. A potential deal could also include cooperation on uranium—vital for India’s expanding nuclear energy program—and joint initiatives in artificial intelligence, aligning with Carney’s anticipated visit.

France and the Netherlands bring sophisticated processing and recycling technologies, areas where India is keen to build domestic expertise to move up the value chain. Brazil offers significant lithium and rare earth potential, along with established mining infrastructure in key regions. The Ministry of Mines is leading these negotiations, with an emphasis on incorporating safeguards to protect India’s industrial capacity and prevent market flooding by subsidized imports.

Officials have stressed that any agreements will prioritize long-term strategic benefits over short-term gains. This diplomatic push reflects India’s broader strategy of “friend-shoring” critical supply chains in a multipolar world. By forging partnerships with resource-rich and technologically advanced nations, New Delhi aims to secure stable supplies, attract investment, and position itself as a key player in the global clean energy transition.

The outcomes of these talks are expected to significantly influence the pace of India’s green ambitions, including its target of 30% electric vehicle penetration by 2030 and substantial growth in renewable energy storage. Success would also strengthen manufacturing competitiveness and reduce vulnerability to external supply shocks.

The agreements, if finalized, could reshape supply chains, bolster energy security, and help India reduce its strategic dependence on any single supplier.

A Black Swan Fund Chief Warns of Final Equity Melt-Up Before a Historic Crash

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Spitznagel argues markets are still climbing toward a euphoric peak, even as the foundations for what he sees as a once-in-a-century collapse quietly harden.

Mark Spitznagel, the founder and chief investor of Universa Investments, says investors should brace for a paradoxical sequence: a powerful surge in stock prices, followed by what he believes could be the most severe market crash since the Great Depression.

Spitznagel, who runs one of Wall Street’s best-known “Black Swan” or tail-risk hedge funds, said equities are still in the late stages of a speculative blow-off that has been building for years. In an email to Business Insider, he said he has been waiting “for over three years” for this final phase to play out before markets “march off a cliff.”

“That blow-off is still in process,” he said, adding that it will “probably culminate in the months ahead.”

Universa’s investment strategy is built around protecting portfolios against rare but devastating market events, the kind of crashes that most conventional risk models underestimate. The firm rose to prominence during periods of extreme stress, including the 2008 financial crisis and the Covid-19 market shock, when its hedges paid off as markets imploded. Nassim Nicholas Taleb, author of The Black Swan, serves as the firm’s scientific adviser and has long argued that financial systems are far more fragile than they appear during boom periods.

Spitznagel’s current outlook reflects that philosophy. He says the forces driving markets higher are real, but dangerously one-sided. The excitement around artificial intelligence, expectations of interest-rate cuts, and unprecedented levels of government spending have combined to push asset prices higher with only brief interruptions. Valuations, in his view, have become untethered from underlying economic resilience.

He describes himself as a long-term believer in AI’s transformative power, but cautions that technological breakthroughs do not immunize markets from speculative excess. Asset bubbles, he said, tend to develop their own momentum, separate from the genuine value of the innovation at their core.

“Asset bubbles have a hype that is independent of the underlying idea,” Spitznagel said, suggesting that even legitimate technological revolutions can become vehicles for financial overreach.

Gold, which has surged to record highs, is also part of that dynamic. While Spitznagel sees the precious metal as an important long-term store of value, he expects it to suffer sharp losses when broader risk assets eventually unwind. In a January letter to Universa’s investors, he warned that gold, like cryptocurrencies, has recently behaved more like a speculative trade than a defensive hedge.

“I remain a believer in gold’s long-term thesis,” he wrote, “but I expect it to fall precipitously alongside other risk assets when the turn comes.”

Spitznagel outlined what he called a “Goldilocks zone” for markets in the near term: inflation and interest rates easing, economic growth slowing but not collapsing, and investor sentiment tipping from confidence into outright euphoria. That combination, he argued, would set the stage for a final surge in equities before the reckoning.

He used stark imagery to describe what he believes follows next. As the Goldilocks market peaks, he said, “Papa Bear arrives for the historic bust that is logically to follow,” bringing an end to what he has labelled “the greatest bubble in human history.”

His warnings echo those of other high-profile investors who have been cautioning about excess for years. Michael Burry, made famous by The Big Short, and veteran strategist Jeremy Grantham of GMO have both argued that markets are dangerously overvalued and vulnerable to a sharp reset. Yet those predictions have repeatedly been challenged by the market’s resilience and by investors who see AI-driven productivity gains as a structural support for higher valuations.

Optimists such as Ross Gerber and Kevin O’Leary argue that the current cycle is fundamentally different, with AI acting as a genuine growth engine rather than a speculative fad. From that perspective, elevated valuations reflect future earnings power rather than irrational exuberance.

Spitznagel remains unconvinced. For him, the defining risk is not whether growth exists, but whether the financial system can absorb shocks after years of leverage, stimulus, and risk-taking. His message to investors is not to shun rallies, but to recognize that the most dangerous phase of a bubble often comes at the end, when confidence is highest, and protection is most neglected.

If his thesis proves correct, the coming months could deliver strong gains for those still riding the rally, followed by losses that reshape portfolios, markets, and assumptions about risk for a generation.

BP Halts Buybacks as Oil Slump Forces Strategic Reset Ahead of CEO Transition

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BP’s suspension of share buybacks marks a decisive pivot toward balance-sheet repair as lower oil prices, investor pressure, and an impending leadership change converge.

BP on Tuesday reported fourth-quarter earnings that met market expectations but took the notable step of suspending share buybacks, a move that signals growing caution as weaker crude prices weigh on cash flows across the oil and gas sector.

By suspending share buybacks, the British oil major has signaled a more defensive stance as the industry grapples with weaker crude prices, rising capital discipline demands, and growing uncertainty over the pace and profitability of the energy transition.

The company reported underlying replacement cost profit of $1.54 billion for the final three months of 2025, in line with analyst forecasts. Full-year net profit came in at $7.49 billion, slightly below expectations and down sharply from nearly $9 billion a year earlier. While the miss was modest, the year-on-year decline highlights how sensitive Big Oil earnings remain to commodity price swings, even after years of cost-cutting and portfolio reshaping.

BP’s decision to suspend buybacks was framed as a proactive balance-sheet move. The board said excess cash would now be fully allocated to strengthening financial resilience, rather than returning capital through repurchases. That marks a break from recent practice, with the last $750 million buyback only announced in November alongside third-quarter results. The company maintained its quarterly dividend at 8.320 cents per share, suggesting BP is keen to preserve a baseline income stream for investors even as it reins in more flexible forms of capital return.

Interim chief executive Carol Howle struck a careful tone, pointing to “strong operational performance” and progress on strategic priorities, while conceding that execution risks remain. Her emphasis on urgency reflects the narrowing margin for error facing BP. Lower oil prices have eroded cash buffers just as investors are demanding clearer evidence that long-term investments, particularly in lower-carbon energy, will deliver acceptable returns.

Operationally, BP’s numbers show a company still generating solid cash but choosing caution. Fourth-quarter operating cash flow rose to $7.6 billion from $7.43 billion a year earlier, while net debt edged down to $22.18 billion. The reduction in leverage is incremental rather than dramatic, reinforcing why management appears keen to conserve capital. BP’s 2026 capital expenditure guidance of $13 billion to $13.5 billion sits at the lower end of its range, underscoring a tighter grip on spending amid uncertain market conditions.

BP shares fell more than 5% in early trade, sliding toward the bottom of the Stoxx 600 index. The sell-off reflects investor unease not only about buyback suspension but also about BP’s relative positioning versus peers. In recent years, buybacks have become a key yardstick for comparing oil majors, particularly as companies compete to demonstrate capital discipline after years of shareholder skepticism.

Across the sector, retrenchment is becoming more visible. Oil prices recorded their steepest annual drop since the pandemic last year, driven by oversupply concerns and uneven global demand. That pressure is already reshaping capital allocation. Equinor has slashed its planned buybacks for the year and trimmed spending on renewables, while Shell has chosen to hold the line on shareholder returns, maintaining $3.5 billion in quarterly buybacks for a 17th consecutive quarter. BP’s move places it closer to the more cautious end of that spectrum.

The timing is also significant given the looming change at the top. Woodside Energy’s Meg O’Neill is set to take over as BP’s chief executive on April 1, following Murray Auchincloss’ departure. O’Neill inherits a company at a strategic crossroads: one that has moderated some of its earlier climate ambitions, faces investor scrutiny over returns, and now confronts a less forgiving oil price environment. The suspension of buybacks could give the incoming CEO greater financial flexibility, but it also raises expectations that a clearer strategic direction will soon follow.

BP’s challenge is compounded by broader questions hanging over the European energy sector. Policymakers continue to push decarbonization, while investors increasingly demand proof that low-carbon investments can compete with traditional oil and gas on returns. At the same time, geopolitical risks and supply dynamics keep fossil fuels firmly in demand, creating tension between long-term transition goals and near-term cash generation.

Currently, BP appears to be choosing prudence over placation. The company is betting that investors will accept near-term restraint in exchange for longer-term stability by prioritizing balance-sheet strength.

The Best STEM Activities for Elementary Classes (No Craft Closet Required)

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Article Summary

  • Computer-based STEM saves time and effort
  • Mission.io delivers structured, engaging digital challenges
  • STEM can be effective without physical materials

If you love STEM but hate chasing down supplies for interactive lessons, you’re not alone. The best STEM activities for elementary classes today often take place entirely on the computer, which makes life easier for teachers and keeps students focused on problem-solving rather than on setup.

If you’re looking for engaging, classroom-ready STEM activities that teach students engineering, technology, science, and math skills, here are some of the best options to check out. These hands-on activities are also easy to incorporate into your lesson plans because they don’t require glue sticks or storage bins to teach children.

1. Mission.io – STEM For Elementary Students That Works Completely Online

Mission.io is a go-to option if you want meaningful STEM learning without having to manage materials. Everything happens on the computer, so your elementary students can jump right into collaborating with their classmates and solving challenges.

Students work through interactive missions that build collaboration and critical thinking skills. You still guide the lesson, but Mission.io handles the structure and engagement. The best part? Every lesson aligns with one or more academic standards, so they fit seamlessly into the quality STEM education you try so hard to offer.

Why you’ll like Mission.io:

  • Fully computer-based STEM activities
  • Every mission aligns with STEM standards
  • Easy to use with existing classroom devices
  • Encourages teamwork, creativity, and critical thinking
  • No prep, no supplies, no cleanup

If you want STEM that fits into your schedule without stress, Mission.io makes it easy.

2. Mystery Science – Digital Lessons That Spark Curiosity in Young Learners

Mystery Science uses videos and guided questions to help kids explore science topics like chemical reactions and natural systems. Their hands-on, real-world activities make it a great option for helping kids know if they’d like to pursue STEM careers.

Great for:
Getting students curious and talking about science.

3. Code.org – Learn to Code, Step by Step

Code.org helps kids learn the basics of coding and logic through fun, computer-based activities. It’s great for teachers wanting to focus more on teaching technology skills.

Great for:
Introducing technology and computational thinking.

4. Tynker – Creative Coding for Kids

Tynker lets students create games and animations while learning coding skills. It’s another great option for teachers looking to help gain skills to use in future STEM jobs.

Great for:
Students who love creativity and computers.

5. STEMscopes – Structured Digital STEM Learning

STEMscopes offers a project-based curriculum that provides online lessons and activities that support science and math instruction. It’s used by many districts and teachers across the country because of its hands-on activities in science, math, and technology.

Great for:
Teachers who want organized, digital lesson support that is specific to their state.

6. BrainPOP STEM – Videos That Explain Big Ideas

BrainPOP STEM uses short videos and quizzes to explain STEM concepts in a way kids understand. They have specific science and technology curricula, among many others.

Great for:
Reinforcing lessons or introducing new topics.

7. Scratch – Visual Programming for Beginners

Scratch lets kids build interactive stories and games while learning programming basics. Because it is a free non-profit, it’s a great place to start if you’re looking to teach coding.

Great for:
Creative problem-solvers and beginners. Teachers looking for a low-cost way to teach coding.

Wrapping it Up

STEM doesn’t have to mean mess or materials. With computer-based options like Mission.io, you can give your students rich STEM experiences that are easy to manage and fun to teach. Prepare students interested in entering the STEM workforce.

FAQs

Do I need special hardware for computer-based STEM?
Most programs run on standard classroom computers or tablets.

Is computer-based STEM still hands-on?
Yes. Students are hands-on with thinking, designing, testing, and problem-solving. They require students to collaborate and lead within the classroom to complete the missions or activities.

Can younger students handle digital STEM tools?
Many platforms are designed specifically for elementary ages. Some, like Mission.io, have specific activities or curricula for each grade level. These are typically designed to meet elementary standards.

 

Implications of CME Launching Futures Contracts for Cardano, Chainlink and Stellar 

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CME Group has announced and launched futures contracts for Cardano (ADA), Chainlink (LINK), and Stellar (XLM/Lumens). This marks a significant expansion of CME’s regulated cryptocurrency derivatives offerings, bringing these altcoins into the institutional-grade trading ecosystem alongside existing products like Bitcoin, Ether, XRP, and Solana futures.

Both standard (larger-sized) and micro-sized futures are available for greater accessibility to institutional and retail traders. Cardano (ADA): Standard = 100,000 ADA; Micro = 10,000 ADA. Chainlink (LINK): Standard = 5,000 LINK; Micro = 250 LINK. Stellar (Lumens/XLM): Standard = 250,000 Lumens; Micro = 12,500 Lumens.

These are cash-settled futures, priced based on benchmarks like the CME CF New York Variant or similar reference rates, providing capital efficiency, hedging tools, and exposure without needing to hold the underlying tokens. Offered in a CFTC-regulated environment for transparency, security, and reduced counterparty risk.

This move reflects growing institutional interest in a broader range of cryptocurrencies beyond just BTC and ETH, as CME continues to build out its crypto suite amid record volumes in its derivatives products. This expands CME’s crypto suite beyond Bitcoin, Ether, XRP, and Solana, signaling deeper mainstream acceptance and infrastructure for risk management.

These CFTC-regulated, cash-settled futures with standard and micro sizes provide hedge funds, asset managers, and other institutions a secure, transparent way to gain exposure, hedge positions, or speculate without holding the underlying tokens. This lowers barriers via micro contracts and could enhance overall liquidity and price discovery over time.

CME’s strict listing criteria imply these projects meet thresholds for maturity, liquidity, and compliance— a credibility signal that often attracts more capital long-term.

Hedging and Capital Efficiency Tools

Traders now have better options for managing risk in volatile altcoin markets. Futures enable strategies like basis trading, calendar spreads, or portfolio hedging, potentially stabilizing prices by reducing reliance on unregulated spot/perps markets. CME’s track record shows these products can drive sustained volume growth—crypto ADV hit records in 2025, and this expansion supports further diversification.

Immediate price responses have been underwhelming or “sell-the-news,” influenced by broader market dynamics e.g., weak risk sentiment, ETF outflows, macro data like US CPI. ADA: Saw a short-term relief rally pre-launch but remains under pressure; trading around $0.26–$0.27, down significantly from earlier 2026 highs; some reports note bearish trends with ~34% drop since mid-January announcement.

LINK: Stabilized near $8.50–$9.00 post-launch, with minor gains in some sessions but overall down in the risk-off environment. XLM: Similar modest declines or flat performance amid altcoin weakness. Futures enable both long and short exposure, so they don’t guarantee bullish pumps and can increase short-term volatility if large players build positions.

This is viewed as a “watershed moment” for altcoin derivatives, reflecting growing institutional interest beyond BTC/ETH. It could improve mainstream adoption, attract more sophisticated capital, and support better price stability through regulated venues. CME’s push positions it as a leader in crypto derivatives, potentially benefiting ecosystem growth for Cardano, Chainlink, and Stellar.

While positive for infrastructure, crypto remains volatile—macro factors, sentiment, and leverage unwinds can overshadow listings. Early indicators to monitor: trading volume, open interest buildup, bid-ask spreads, and basis convergence on CME.

If these ramp up steadily, it reinforces bullish implications; otherwise, short-term chop or downside pressure could persist. This development is viewed as bullish for the listed assets, potentially improving liquidity, price discovery, and mainstream adoption while enabling better risk management for traders.