NEW YORK — Gold prices tumbled more than 2% on Tuesday, May 5, 2026, with spot gold hitting $4,527.26 per ounce, down $102.63 or 2.22% from the previous close, extending a broader correction from record highs set earlier this year amid shifting macroeconomic forces and profit-taking.

The decline marks another session of pressure on the safe-haven metal, which reached an all-time high above $5,589 in late January before entering a volatile pullback phase. Analysts describe the move as a healthy correction within a longer-term bull market driven by central bank buying, geopolitical risks and investor diversification, rather than a fundamental reversal.

Drivers Behind Tuesday’s Sharp Drop

Market participants pointed to a combination of factors. A stronger U.S. dollar, rising Treasury yields and reduced immediate fears over certain geopolitical flashpoints contributed to the selling. Higher real yields make non-yielding assets like gold less attractive, prompting some institutional and speculative investors to unwind positions.

Recent data showing resilience in the U.S. economy and tempered expectations for aggressive Federal Reserve rate cuts this year have also weighed on gold. The metal often struggles in environments of higher-for-longer interest rates, even as broader inflation and uncertainty narratives remain supportive longer term.

Trading volumes spiked during the session as leveraged players adjusted exposure. Comex futures reflected the move, with active contracts showing clear downside momentum before finding some support near key technical levels around $4,500.

Context of 2026’s Wild Ride

Gold’s journey this year has been dramatic. After surging more than 40% from 2025 levels and shattering previous records, the metal corrected sharply in March — its largest monthly decline since 2013 — before stabilizing in April. The pullback erased roughly 13-20% from January peaks, yet prices remain elevated compared to historical averages.

Geopolitical developments, including tensions in the Middle East and disruptions in energy markets, initially propelled gold higher but later triggered complex dynamics. Oil price spikes raised inflation concerns, delayed rate-cut hopes and strengthened the dollar — a classic headwind for gold despite its traditional safe-haven status.

Central banks continue accumulating gold at elevated levels, albeit at a slightly slower pace than peak quarters, providing underlying demand. Private investors who entered during the rally have shown mixed behavior, with some holding firm and others taking profits during volatility.

Wall Street Outlook Remains Bullish

Major banks largely view the current dip as a buying opportunity. Goldman Sachs reaffirmed its year-end 2026 target of $5,400 per ounce. J.P. Morgan sees potential for $6,000–$6,300, while other forecasts range from $5,200 to $6,300 by December.

Analysts emphasize structural drivers: de-dollarization efforts, fiscal sustainability concerns, and gold’s role as a portfolio diversifier in an uncertain world. Even after the correction, consensus calls for new highs later in 2026 and into 2027.

Technical analysts note support zones between $4,400 and $4,600 hold significance. A break below could test lower levels, but most expect rebounds as bargain hunters enter and seasonal factors turn favorable.

Impact on Investors and Markets

For retail investors, the drop offers a potential entry or averaging point, though volatility cautions against timing the bottom. Exchange-traded funds tracking gold, such as the SPDR Gold Shares (GLD), mirrored the decline, affecting portfolios with precious metals exposure.

Jewelry demand in major markets like India and China remains price-sensitive, with lower levels potentially stimulating physical buying. Mining stocks faced additional pressure, trading lower as margins face scrutiny amid falling spot prices.

Broader financial markets showed mixed reactions. Equities held relatively steady, while the dollar index gained ground. Bond yields ticked higher, reinforcing the inverse relationship currently at play with gold.

Risks and Scenarios Ahead

Downside risks include faster-than-expected economic cooling that paradoxically strengthens the dollar further, or resolution of key geopolitical tensions that reduces safe-haven demand. Upside catalysts remain robust: renewed inflation surprises, central bank surprises or fresh global uncertainties.

Experts warn against overreacting to short-term moves. Gold’s history shows sharp corrections within multi-year bull runs, often followed by strong recoveries. Long-term holders focused on wealth preservation appear largely unmoved by daily fluctuations.

What’s Next for Gold

As trading continues, market eyes turn to upcoming economic data, including inflation readings and Fed communications. Any signs of cooling labor markets or persistent price pressures could shift sentiment rapidly.

For now, Tuesday’s 2% drop underscores gold’s sensitivity to macro crosscurrents even at elevated levels. At $4,527, the metal trades well above pre-2025 averages but offers a more attractive valuation than at January peaks for those bullish on its strategic role.

Investors should monitor real yields, dollar strength and physical demand indicators closely. While no one can predict the exact bottom, the overwhelming analyst consensus points to higher prices by year-end, suggesting current levels may represent a pause rather than the end of gold’s remarkable run.

PERTH, Australia — A Kalgoorlie couple experienced a life-changing surprise this week when Belinda Lotsu, 45, delivered quadruplets at Perth’s King Edward Memorial Hospital, marking Western Australia’s first set of quads in six years. The babies — three girls and one boy — arrived via cesarean section on Tuesday at 32 weeks and three days, delighting and overwhelming their parents who had prepared for triplets.

The newborns, named Amy, Amana, Amber and Amon, weighed between approximately 1.0 and 1.6 kilograms at birth, with hospital staff describing them as doing “exceptionally well” despite their prematurity. All four are receiving specialist care in the neonatal intensive care unit at King Edward Memorial Hospital, Western Australia’s premier maternity facility, and are expected to remain there for four to six weeks.

Belinda and her husband Emmanuel Lotsu already have a three-year-old son. The couple turned to IVF after a previous miscarriage, initially hoping for one healthy baby. Doctors discovered the fourth fetus more than halfway through the pregnancy, stunning the family and medical team.

“I told the doctor it was not true,” Belinda recalled in interviews, reflecting the shock that turned their planned triplet pregnancy into a rare quadruplet delivery.

Rare Occurrence in WA

Health records show these quadruplets represent only the 15th set born in Western Australia, with the last occurring in 2020. King Edward Memorial Hospital delivers an average of five sets of triplets per year, but quadruplets remain exceptionally uncommon, occurring naturally in roughly one in 700,000 pregnancies and even less frequently with assisted reproduction.

The pregnancy triggered extensive planning by the hospital. Teams coordinated emergency protocols, neonatal capacity and maternal safety measures well in advance. The planned cesarean ensured the safest possible delivery for the high-risk multiples.

Dr. staff at the hospital praised the babies’ strong birth weights for their gestational age. “They’re all doing exceptionally well,” a spokesperson noted, highlighting the positive early indicators for their development.

A Family’s Journey

The Lotsu family, based in the Goldfields town of Kalgoorlie, about 550 kilometers east of Perth, faced a rollercoaster of emotions. After struggling with fertility and enduring a miscarriage, the IVF success brought immense joy tempered by the challenges of a multiple pregnancy. Emmanuel supported Belinda throughout, and the couple expressed gratitude for the medical team that guided them through the unexpected expansion of their family.

From three family members to seven in minutes, the Lotsus now navigate the practical realities of caring for quadruplets alongside their toddler. Community support has already begun pouring in from Kalgoorlie and beyond, with offers of assistance expected to grow as the babies prepare for homecoming.

Medical and Logistical Challenges

Premature quadruplets require specialized monitoring for respiratory issues, feeding support and temperature regulation. King Edward Memorial’s neonatal unit, equipped for complex cases, provides round-the-clock care. Doctors anticipate gradual progress, with potential discharge in coming weeks if the infants continue thriving.

Multiple births carry higher risks for both mother and babies, including gestational diabetes, preeclampsia and preterm labor. Belinda’s successful delivery at 32 weeks and three days reflects strong prenatal management typical for IVF multiples.

The case underscores advancements in fertility treatment and obstetric care in regional Australia. Families from remote areas like Kalgoorlie often relocate temporarily to Perth for high-risk deliveries, adding emotional and financial layers to the experience.

Broader Context of Multiple Births

Australia sees rising multiple birth rates linked to assisted reproductive technologies, though strict guidelines limit embryo transfers to reduce risks. Quadruplets remain headline-worthy events due to their rarity. Similar stories in other states highlight both the miracles and complexities involved.

Public health experts note that while IVF expands family-building options, it requires robust support systems. WA Health continues investing in maternal and neonatal services to handle such cases safely.

Community and Social Media Reaction

News of the quadruplets spread rapidly across Australian media and social platforms. Messages of congratulations flooded in, with many praising Belinda’s strength at age 45. Viral posts celebrated the “instant big family” while acknowledging the demanding road ahead.

Parenting groups and local Kalgoorlie communities have mobilized, offering practical help ranging from meals to baby gear. The story resonates widely, evoking both wonder at the rarity and empathy for the immense responsibility of raising multiples.

Looking Ahead for the Lotsu Family

As the four infants gain strength in the NICU, the family focuses on recovery and preparation. Belinda and Emmanuel will balance hospital visits with caring for their three-year-old, likely relying on extended family and community support upon returning to Kalgoorlie.

Medical follow-ups will monitor the babies’ growth and development closely in the coming months. For now, the Lotsus cherish the surprise that transformed their family, viewing it as a profound blessing after earlier challenges.

Hospital staff describe the delivery as a coordinated success, reflecting years of expertise in managing high-order multiples. The arrival of Amy, Amana, Amber and Amon not only enriches one family but also highlights the capabilities of Western Australia’s health system in delivering rare miracles.

In a state where such events occur roughly once every several years, this quadruplet birth stands as a heartwarming reminder of life’s unpredictability and the resilience of families supported by dedicated medical professionals. As the Lotsus embark on their expanded parenting journey, well-wishes continue pouring in from across Australia.

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Analyst’s Disclosure: I/we have no stock, option or similar derivative position in any of the companies mentioned, and no plans to initiate any such positions within the next 72 hours. I wrote this article myself, and it expresses my own opinions. I am not receiving compensation for it. I have no business relationship with any company whose stock is mentioned in this article.

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Q1: 2026-05-04 Earnings Summary

EPS of $0.27 beats by $0.27

 | Revenue of $1.15B (11.36% Y/Y) beats by $65.17M

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The International Energy Agency’s latest report reveals a technology that is simultaneously getting greener and consuming more power than ever before. The world is not ready.

Key Takeaways

• The Energy Paradox: Despite unprecedented annual improvements in energy efficiency per AI task, the aggregate electricity consumption of data centers—especially those focused on AI—is surging. The International Energy Agency (IEA) projects that global electricity consumption from data centers will roughly double by 2030, with AI-focused data center consumption tripling in that period.
• Infrastructure Bottlenecks: The rapid growth of AI is creating a bottleneck crisis where the physical world cannot keep up with digital ambition. Grid constraints could delay approximately 20% of global data center capacity planned for construction by 2030, and shortages of high-bandwidth memory are anticipated to persist through at least 2027.
• AI as the Solution and Policy Imperative: AI is not just an energy taker but is becoming an “energy maker,” capable of helping energy-intensive industries reduce their energy costs by 3 to 10 percentage points and accelerating scientific discovery for materials and battery chemistries. Policy intervention is crucial, requiring approaches that promote electricity system flexibility and remove barriers to AI adoption in the energy sector.

There is a phrase that has quietly become the IEA’s defining axiom for our era: there is no AI without energy. It sounds simple enough. But the International Energy Agency’s newly published report, Key Questions on Energy and AI, shows just how staggeringly complex and urgent that relationship has become.

The numbers alone are arresting. Global electricity demand from data centres, the critical infrastructure for training and running AI models, grew by 17% in 2025. Electricity consumption from AI-focused data centres grew even faster, surging 50% in that year alone. This is not an incremental change. This is a structural reshaping of how the world consumes power, happening at a pace that grids, regulators, and supply chains were never designed to absorb. IEA

And yet the report’s most counterintuitive finding is not the surge; it is the efficiency miracle happening in parallel. Measured per individual task, the energy efficiency of AI is improving at a rate unprecedented in energy history. Software and hardware advances have resulted in the energy use per AI task dropping by at least an order of magnitude annually in recent years. Simple text queries now typically consume less electricity than running a television over the same period of time. IEA

So AI is simultaneously becoming greener per task and consuming vastly more electricity in aggregate. This is the central paradox policymakers must confront.

At Least a Twofold Increase by 2030

The trajectory the IEA projects should concentrate minds in every energy ministry on the planet. Updated projections see electricity consumption from data centres roughly doubling from 485 TWh in 2025 to 950 TWh in 2030, accounting for around 3% of global electricity demand by that date. Electricity consumption from AI-focused data centres grows much faster than overall data centre electricity consumption, tripling in this period. IEA

To put that in context: a typical AI-focused data centre consumes as much electricity as 100,000 households, and the largest ones under construction today will consume 20 times as much. IEA

Driving this is not just usage growth but investment at an almost incomprehensible scale. The capital expenditure of just five technology companies exceeded USD 400 billion in 2025 and is expected to jump by another 75% in 2026. Capital expenditure of just those five companies is now larger than global investment in oil and natural gas production. Let that sink in: five Silicon Valley firms are now outspending the entire global fossil fuel extraction industry on infrastructure. IEA

This unprecedented surge is colliding with aging and under-invested electric grids. In regions like the United States and Europe, permitting new power plants and transmission lines can take over a decade, far too slow to meet the AI industry’s timeline. This has led to a “gigawatt squeeze,” where projects are delayed, and compute clusters sit idle, waiting for a connection to a grid that cannot deliver. Developers are increasingly exploring “off-grid” solutions, bringing their own power sources like natural gas, microgrids, and even nuclear reactors to site. The challenge is not just absolute capacity; it is the grid’s inability to deliver a “certain type” of flexible power that a one-size-fits-all system cannot easily accommodate.

The Bottleneck Crisis Nobody Is Talking About

Behind the headline investment figures lies a quieter, more troubling story, one of physical limits asserting themselves against digital ambition. The speed of the AI revolution is increasingly contrasting with the speed of the physical, social, and economic systems that underpin it. Bottlenecks across energy supply chains and advanced chip manufacturing have tightened. Planning and regulatory systems are being stretched by the wave of project applications for data centres, amid a broader trend of rapid load growth and electrification. IEA

This is not a hypothetical risk. The IEA’s analysis is stark: grid constraints could delay around 20% of global data centre capacity planned for construction by 2030. One in five planned facilities may simply not connect to the grid on schedule. That is a direct constraint on the AI ambitions of nations and corporations alike.

The chip supply chain is equally fragile. A shortage of high-bandwidth memory, integral to AI chip production, has developed over the past six months and is anticipated to persist through at least the end of 2027.

Supply Chain Fragility and Geopolitical Risks The chip shortage is exacerbated by a fragile and highly concentrated supply chain. ^{Global memory production is dominated by a handful of companies, primarily in Asia, creating a single point of failure. Geopolitical tensions, such as conflict in the Middle East and the potential closure of critical trade routes like the Strait of Hormuz, pose a major risk. A disruption could spike energy costs and sever access to essential raw materials like helium and specialized acids, directly impacting chip factories and prolonging the “chip tightness” potentially until the end of the decade. This has triggered a rush by nations and corporations to secure their own supplies, a form of hardware hoarding that mirrors the wider power grab.}

Meanwhile, the geographic concentration of these projects is compounding local strain. 50% of data centres under development in the United States are in pre-existing large clusters, potentially raising risks of local bottlenecks. IEA

The Critical Minerals Time Bomb

The energy story of AI is inseparable from a geopolitical one. Apart from bulk materials like steel and concrete, the construction of data centres requires sizeable amounts of several minerals and metals, such as copper, aluminium, silicon, gallium, and rare earth elements. There is a significant overlap between the minerals needed for building new data centres and those that are critical to energy technologies. IEA

The supply concentration figures should alarm any strategist. In 2030, data centre demand for gallium could equal up to 10% of today’s supply, and China accounts for 95% of gallium refining. The high market concentration for critical minerals highlights significant vulnerabilities to supply shocks, whether from extreme weather events, industrial accidents, trade disruptions, or geopolitics. IEA

This is not a niche technical concern. It is the next front in the global competition for technological sovereignty.

AI Is Also the Solution

It would be a journalistic failure to leave this story as pure alarm. The IEA is equally insistent on the other side of the ledger, that AI, if deployed at scale in the energy sector, could help solve precisely the problems its infrastructure is creating.

Proven applications of AI could help firms in energy-intensive industries reduce their energy costs by 3 to 10 percentage points. For energy-hungry manufacturers, that is a transformative margin. In scientific discovery, AI led to a 45,000-fold acceleration in the mapping of protein structures – critical for designing new drugs – and could allow scientists to dramatically accelerate the process of finding and testing promising materials, battery chemistries, and carbon capture molecules. IEAIEA

The tech sector is also beginning to respond to the clean energy challenge it helped create. The tech sector accounted for around 40% of all corporate power purchase agreements for renewables signed in 2025, and is also now a major source of momentum for the nuclear and advanced geothermal industries. The pipeline of conditional offtake agreements between data centre operators and small modular reactor nuclear projects has grown from 25 gigawatts at the end of 2024 to 45 gigawatts today. IEA

As IEA Executive Director Fatih Birol has put it, AI is still an energy taker, but it is also becoming an energy maker – driving forward innovative solutions like next-generation nuclear reactors, flexible data centres, and long-duration energy storage. IEA

The Affordability Question

There is one dimension the IEA raises that deserves far greater public attention than it typically receives: what does all this mean for ordinary electricity bills?

The report finds that if the right mix of policies and infrastructure investment is in place, increases in electricity demand do not necessarily raise prices. However, data centres can create special challenges for electricity affordability, since they have large, concentrated power loads and scale up rapidly, often triggering the need for new generation assets and grid investment. IEA

The political economy here is delicate. Communities are already pushing back. Social acceptability is a growing issue, as communities push back against data centre projects, and concerns about affordability and environmental impacts rise. Policymakers cannot afford to dismiss these concerns as technophobia. They reflect legitimate questions about who bears the cost of infrastructure built to serve a global tech industry. IEA

The Policy Imperative

The IEA’s prescriptions are clear and, frankly, not yet being followed with sufficient urgency. Approaches that promote electricity system flexibility can help accelerate grid connections and ensure electricity affordability. System operators can explore non-firm grid connections and incentivise data centre developers to provide demand response in return for faster connection processes. IEA

On the industrial side, removing barriers to AI adoption in the energy sector can ensure AI is leveraged to enhance energy security and sustainability, with comprehensive policy frameworks that address data availability, cybersecurity, skills, and interoperability, crucial for boosting AI uptake. IEA

And for the developing world – the part of this story most often absent from Western coverage, the stakes are existential in a different way. Emerging and developing economies other than China account for 50% of the world’s internet users but less than 10% of global data centre capacity. Countries with a record of reliable and affordable power will be best placed to unlock data centre growth, localise computing power critical to homegrown AI development, and spur the IT industry more generally. IEA

The AI revolution, in other words, risks deepening the very digital divide it promises to transcend – unless policymakers in both rich and developing nations act with deliberate urgency.

The IEA’s Key Questions on Energy and AI is a landmark document precisely because it refuses false comfort. It does not tell us that efficiency gains will automatically solve the demand problem, nor that the investment surge is inherently catastrophic. What it tells us is that the outcome depends entirely on the choices made now – on grids, on supply chains, on regulation, and on whether the energy sector embraces AI as a tool rather than merely tolerating it as a load.

The technology is moving faster than the physical world it depends on. That gap is the defining energy challenge of this decade.

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