Situation Update: A World Coming Apart at the Seams
The spring of 2026 marks a fundamental rupture in the post-Cold War order. For the first time since 1969, no binding U.S.-Russia nuclear arms control agreement exists—New START expired February 4, 2026, and with no verification mechanisms in place, both superpowers can now expand arsenals without constraint. Simultaneously, the Sino-American dyad has become the axis of great power competition. China’s 15th Five-Year Plan (2026–2030) prioritizes technological self-reliance, mentions AI 52 times, and targets “decisive breakthroughs” in semiconductors, quantum, advanced manufacturing, and foundational software—a direct response to U.S. export controls that have institutionalized decoupling across semiconductors and AI. NVIDIA’s share of the Chinese AI chip market fell from over 90% to roughly 50% by early 2026, marking the emergence of bifurcated global supply chains. This tech partition cascades into the semiconductor chokepoint: Taiwan controls over 90% of advanced-process chip production, with TSMC alone producing ~92% of the world’s most advanced semiconductors (<5nm), yet Taiwan’s supply chain is uniquely vulnerable to disruption or conflict, with a full Taiwan conflict scenario carrying a $10 trillion cost to the global economy.
The Russia-China strategic alignment remains the second pillar of great power competition, though its fragility is understated. China is Moscow’s economic lifeline, with Beijing accounting for more than a third of Russia’s foreign trade by 2024, and Moscow and Beijing sit at the center of global authoritarian collaboration. Yet underlying mistrust persists—the Kremlin suspects Chinese reverse engineering and technology theft, and both powers have declined to fight each other’s wars, signaling limits to alignment when actual security guarantees are required.
Economic decoupling is advancing simultaneously on multiple fronts. The BRICS de-dollarization agenda launched in 2026 with the introduction of “The Unit,” a gold-backed settlement tool supported by 40% gold and 60% BRICS currencies, and BRICS Pay expansion has already reduced USD usage in intra-bloc trade by roughly two-thirds. Concurrently, the April 2026 Conference on Transitioning Away from Fossil Fuels in Santa Marta, Colombia, concluded without a legally binding agreement despite 57 countries participating, exposing the structural trap: developing nations are forced into fossil fuel projects to service debt, with clean energy borrowing costs several times higher in poorer economies. This debt-fossil fuel cycle locks in carbon and geopolitical leverage for Beijing and Moscow simultaneously. Only marginally offsetting this pattern, China and India both recorded falls in fossil fuel generation in 2025 as record clean power additions outpaced demand growth, bringing global net growth in fossil generation to a halt for the first time.
Military and cyber dimensions are merging. Ukraine has endured a 70% surge in cyberattacks on civilian and defense infrastructure since 2024, with critical energy infrastructure decimated by Russian cyber offensives, while more than 40 U.S.-funded biological laboratories in Ukraine remain vulnerable to cyber intrusion because of the war, prompting a Pentagon review ordered by the Director of National Intelligence in May 2026. Simultaneously, the Kyiv International Cyber Resilience Forum in June 2026 convened global experts to codify lessons from Ukraine’s defense—establishing new standards for critical infrastructure protection that will shape national security doctrine for years. NATO itself is mobilizing with European defense spending rising 12.6% in real terms in 2025 to almost USD 563 billion, the fastest pace since 1953, and Germany projecting defense spending of €162 billion by 2029, equivalent to 3.2% of GDP.
Space is the last domain of strategic competition to overtly militarize. SpaceX filed for a megaconstellation of up to 1 million satellites on January 30, 2026, in addition to Starlink’s current ~9,500 operational satellites, while space companies have announced plans for up to 400,000 satellites by 2030. As of February 2026, only 14,000 active satellites were in orbit, meaning the planned surge represents a ~28-fold increase in orbital density. This megaconstellation race carries dual-use implications: broadband coverage, real-time Earth surveillance, and military communications cannot be cleanly separated. China is pursuing parallel mega-constellations, and the orbital debris problem—with 1.23 million additional satellite projects in various stages of development—now threatens collision cascades that could render orbit unusable for decades. The U.S. Space Force launched a competition for maneuverable GEO satellites in January 2026 to enable orbital maneuvers that blur the line between satellite servicing and anti-satellite warfare.
The collapse of nuclear arms control intersects directly with AI regulation, which intersects with semiconductor control, which intersects with space militarization. Every major power is racing to lock in technological advantage before the others catch up, yet none can overtake unilaterally without triggering counteractions. On regulation, the Trump Administration in December 2025 issued an executive order seeking to preempt state AI laws nationwide, claiming they “force AI models to produce false results,” yet the Colorado AI Act was set to take effect on June 30, 2026, and at least 72 countries have proposed over 1,000 AI-related policy initiatives globally. This creates a regulatory arbitrage where companies shop for permissive jurisdictions. Finally, on May 17, 2026, the WHO declared the Ebola outbreak in the DRC and Uganda a Public Health Emergency of International Concern, exposing that the WHO’s 2026–27 budget fell 9% to $6.2 billion, significantly curtailing pandemic preparedness. The pandemic infrastructure that depends on U.S.-funded biological laboratories, now vulnerable to cyber attack, is simultaneously underfunded and under threat.
All nine crises—nuclear collapse, AI race, semiconductor choke point, space militarization, de-dollarization, energy impasse, cybersecurity, authoritarian alignment, and pandemic unpreparedness—share a common cause: great powers pursuing unilateral advantage in a domain where interdependence was previously binding. Each attempt to decouple accelerates others. The world in June 2026 is not multipolar; it is disaggregating.
Hot Issues — Last Few Weeks
New START Collapse and Nuclear Brinkmanship. New START expired February 4, 2026, eliminating the last U.S.-Russia arms control treaty and ending verification mechanisms in place since 2010. Neither the U.S. nor Russia is currently capable of a Cold War-style arms race, but loss of mutual verification makes returning to any future arms control process far more difficult, and renewed interest in Japan, South Korea, and Europe in acquiring their own nuclear deterrents has surged.
Colorado AI Act Goes Live June 30 at Federal Preemption Impasse. The Colorado AI Act, set to take effect June 30, 2026, requires AI developers to mitigate algorithmic discrimination, yet the Trump Administration claims it will “force AI models to produce false results” and is pursuing federal preemption. The “Leading the Future” super PAC backed by OpenAI and Andreessen Horowitz is funding candidates to oppose state AI laws, and the battleground is shifting to the courts in 2026 as states charge ahead or back down.
BRICS Unit Launches with 40% Gold Backing. The BRICS Unit, piloted October 31, 2025, officially launched in 2026 as a gold-backed settlement tool supported 40% by gold and 60% by BRICS currencies, and BRICS Pay expansion has reduced intra-bloc dollar usage by roughly two-thirds. India’s 2026 BRICS presidency is accelerating implementation of local-currency loans through the BRICS New Development Bank, yet BRICS explicitly denied pursuing a unified currency in January 2026, instead creating parallel payment infrastructure to reduce systemic reliance on the dollar.
Ukraine Biolab Vulnerability Review Launched. The Director of National Intelligence ordered a review of 120+ U.S.-funded foreign biological laboratories in May 2026, with 40+ in Ukraine vulnerable due to war. These labs monitor and prevent epidemics under the Biological Threat Reduction Program, but ongoing Russian cyber and kinetic attacks on energy infrastructure have cascaded into threat to physical security of dual-use research facilities.
U.S. AI Chip Export Rules “Cooled” But June 1 Enforcement Expanded. On June 1, 2026, the U.S. reaffirmed that AI chip export restrictions apply to subsidiaries of Chinese companies located outside China, closing loopholes in January’s shift from “presumption of denial” to “case-by-case review” for H200 and MI325X chips. NVIDIA’s share of the Chinese AI market fell from over 90% to ~50% by early 2026 as Chinese enterprises pivoted to domestic alternatives, but orders and shipments under case-by-case review remain a trickle.
TSMC Divests Vanguard Stake; Taiwan Supply Chain Remains Critical. In May 2026, TSMC announced plans to sell 8.1% of Vanguard International Semiconductor shares to focus resources on core business, yet Taiwan still controls over 90% of advanced-process chip production, with TSMC producing ~92% of sub-5nm chips and no viable substitute within 3–5 years. TSMC’s CoWoS advanced packaging capacity is projected to reach 130K wafers per month by end-2026, as demand from AI accelerators surges.
SpaceX Files for 1 Million Satellite Megaconstellation. On January 30, 2026, SpaceX filed with the FCC for up to 1 million satellites in low Earth orbit to power data centers in space, in addition to Starlink’s existing ~9,500 operational satellites and Amazon Leo’s planned 700-satellite constellation by mid-2026. Proposed satellite projects total 1.23 million across all developers by February 2026, creating severe orbital debris and collision-cascade risk.
Energy Transition Conference Ends Without Binding Agreement. The April 2026 Conference on Transitioning Away from Fossil Fuels in Santa Marta, Colombia, concluded April 29 with 57 countries participating but no legally binding agreement. Only 18 nations supported a legally binding accord, as developing nations cited financing as the main barrier, with renewable energy borrowing costs several times higher in poorer economies than in wealthy nations. Global net growth in fossil fuel generation halted for the first time in 2025 thanks to record clean power growth in China and India, but structural embedding of fossil fuels in global markets and geopolitics means no single country can manage the transition alone.
Ebola PHEIC and WHO Budget Cut Signal Pandemic Preparedness Crisis. On May 17, 2026, the WHO declared Ebola in the DRC and Uganda a Public Health Emergency of International Concern, yet the WHO’s 2026–27 budget fell 9% to $6.2 billion, significantly curtailing pandemic preparedness. Hantavirus also spread from a cruise ship in South America, testing global outbreak response capacity.
Kyiv International Cyber Resilience Forum Convenes Global Blueprint. The Kyiv International Cyber Resilience Forum in June 2026 brought together international experts to codify lessons from Ukraine’s wartime cyber defense. Ukraine’s parliament approved a bill on October 9, 2025, to establish a Cyber Force uniting offensive and defensive military cyber capabilities, with 60% operational readiness targeted by 2026.
European Defense Spending Hits 71-Year High; NATO 5% Commitment Adopted. European NATO defense spending rose 12.6% in real terms in 2025 to USD 563 billion, the fastest pace since 1953. At the 2025 NATO Summit in The Hague, allies committed to investing 5% of GDP on core defense and defense-related spending by 2035, with at least 3.5% as NATO defense expenditure. Germany’s 2026 defense budget reached €117.2 billion, or 2.8% of GDP, and Spain increased defense spending 50% to meet the 2% NATO target for the first time since the early 1990s.
China’s 15th Five-Year Plan Enshrines Technological Self-Reliance. China’s 15th Five-Year Plan (2026–2030), adopted in March 2026, mentions AI 52 times and mandates “decisive breakthroughs” in semiconductors, quantum, advanced manufacturing, foundational software, and biomanufacturing. The plan targets over 7% annual growth in R&D spending and treats tech self-reliance as foundational to industrial modernization, directly reacting to U.S. export controls that have institutionalized decoupling.
Extemp Questions (24)
Great Power Competition & Alignment
What are the most significant geopolitical shifts that have resulted from the expiration of New START in February 2026, and how do they differ from the Cold War era of unrestricted nuclear buildup? (What)
Should the United States pursue a new multilateral nuclear arms control framework that includes China, as the Trump Administration has proposed, even if it means lower ceiling limits than Russia alone accepted under New START? (Should)
How did China’s shift toward technological self-reliance in the 15th Five-Year Plan (2026–2030) both enable and respond to U.S. semiconductor and AI export controls, and what escalation dynamics does this create? (How/Did)
Is the Sino-Russian strategic alignment a “meta-threat” unified against the West, or does underlying mistrust and misalignment over technology theft and spheres of influence limit its cohesion? (Is)
Can Japan and South Korea maintain their non-nuclear security postures indefinitely after the collapse of New START, or will strategic pressure from China’s buildup eventually force independent nuclear deterrent programs? (Can)
Semiconductor Supply Chain & Taiwan
What does TSMC’s May 2026 divestment of Vanguard Semiconductor shares signal about the company’s strategic priorities, and how does this affect Taiwan’s role as a global semiconductor chokepoint? (What)
Should the United States offer Taiwan formal security guarantees tied to semiconductor supply chain protection, and would such guarantees stabilize or inflame cross-strait tensions? (Should)
How have U.S. export controls on advanced AI chips (shifted from “presumption of denial” to “case-by-case” in January 2026) actually altered NVIDIA’s market position in China and enabled domestic Chinese AI alternatives to capture market share? (How/Did)
Is the bifurcation of global semiconductor ecosystems—with independent U.S., Chinese, and allied supply chains—economically sustainable, or does it create inefficiencies that will eventually reverse decoupling pressure? (Is)
Will the planned expansion of Taiwan CoWoS advanced packaging capacity to 130K wafers per month by end-2026 be sufficient to meet surging AI accelerator demand, or will supply constraints persist? (Will)
AI Technology Race & Regulation
What policy levers does the Colorado AI Act (taking effect June 30, 2026) provide to consumers seeking algorithmic transparency, and why is the Trump Administration claiming it will “force AI models to produce false results”? (What)
Should the federal government preempt state-level AI regulation to create a uniform national framework, or does state experimentation better serve innovation and public interest simultaneously? (Should)
How have “Leading the Future” super PAC efforts (backed by OpenAI and A16z) to elect anti-regulation candidates affected the legislative landscape for AI governance in 2026, and what are the sectoral beneficiaries? (How/Did)
Are the 1,000+ AI-related policy initiatives proposed across 72 countries converging toward common standards, or are they fracturing into incompatible regional regulatory regimes that force companies to bifurcate? (Are)
Can a federal AI regulatory framework preempt state laws without sparking litigation that ultimately delegitimizes federal authority on a technological domain where states have constitutional police powers? (Can)
Space Militarization & Orbital Debris
What are the dual-use implications of SpaceX’s January 2026 filing for 1 million satellites in low Earth orbit, and how do broadband, surveillance, and military communications capabilities interact in megaconstellations? (What)
Should international space law be amended to impose orbital debris liability on companies deploying megaconstellations, or does liability create barriers to entry that entrench existing players? (Should)
How did the U.S. Space Force’s January 2026 competition for maneuverable GEO satellites blur the line between satellite servicing and anti-satellite weapons, and what verification challenges does this create for arms control? (How/Did)
Is the planned expansion to 400,000 satellites by 2030 compatible with astronomical observation and the long-term usability of Earth orbit, or does the cascading collision-debris problem require immediate regulatory intervention? (Is)
Will Amazon Leo’s 700-satellite constellation (launching mid-2026) capture sufficient enterprise market share to break Starlink’s dominance in satellite broadband, or is the market winner effectively already determined? (Will)
De-Dollarization, Energy, & Systemic Interdependencies
What specific mechanisms does the BRICS Unit (launched in 2026 with 40% gold backing) provide for reducing dollar dependency in energy trade, and how vulnerable is it to currency runs or geopolitical shock? (What)
Should developing nations commit to phasing out fossil fuels before securing concessional financing for renewable energy infrastructure, given that borrowing costs for clean energy are 2–3 times higher in poorer economies? (Should)
How did the April 2026 Conference on Transitioning Away from Fossil Fuels fail to produce a binding agreement despite 57 countries attending, and what coalition dynamics prevented consensus? (How/Did)
Are the simultaneous crises—nuclear arms control collapse, semiconductor chokepoint, space militarization, de-dollarization, cyber vulnerability, and pandemic unpreparedness—structurally linked such that resolving one exacerbates others, or do they remain analytically separable policy problems? (Are)