AI Rotation, Physical Bottlenecks, and the Compute-and-Energy Cycle
About Jordi Visser
Jordi Visser is the Head of AI Macro Nexus Research at 22V Research and a veteran macro investor with more than three decades across hedge funds, derivatives, ETFs, global macro strategy, and AI/digital-asset market research. His experience matters here because he brings a practitioner’s view to the AI transition: how capital rotates, how markets discount technological change, where momentum can persist, and how investors can remain calm while evidence changes. Readers who want Jordi’s first-person perspective can find him through the links below.
Executive synthesis
Jordi Visser's June 2026 framework is best understood as a rotation-and-selectivity thesis inside an AI-led market, not as a simple bullish or bearish call.
His broader posture is constructively optimistic, but not casually optimistic. Jordi's market style is pragmatic: remain calm, avoid emotional overreaction, and let empirical evidence, back-tested models, price behavior, and validation discipline guide the thesis. In that sense, his optimism is closer to applied stoicism than promotional enthusiasm.
He tends to scan the horizon for the next opportunity set, the next capital rotation, and the next area where technological change may create durable value. He also appears comfortable operating as a momentum investor across intermediate windows — roughly three to eighteen months — while still holding certain multi-year convictions. Bitcoin and Tesla are among the highest-conviction examples in the June corpus, while silver appears as a strategic commodity watch item because of its role in industrial, AI-infrastructure, semiconductor, space, defense, and electrification narratives. BSM treats those longer-term convictions as important signals, but not as conclusions to accept without ongoing verification.
That optimism is not useful if it becomes blind enthusiasm; it becomes useful when paired with evidence, timing, valuation discipline, and a clear sense of what would prove the thesis wrong.
The near-term market question is whether weakness in crowded AI, semiconductor, memory, and high-beta leadership is a normal digestion phase after a powerful run, or the start of broader regime damage. Jordi's source-attributed view across June is that the first interpretation remains plausible while breadth, credit, labor, earnings revisions, margins, and PMIs remain supportive. BSM's interpretation is more conditional: the rotation thesis is useful only if it is falsifiable.
The deeper structural point is more durable than any single week of price action. Jordi repeatedly frames the AI economy as moving from a traditional labor-and-capital cycle toward a compute-and-energy cycle. The scarce inputs are no longer only workers, wages, housing, rates, and credit. They now include electricity, grid capacity, data-center construction, transformers, switchgear, cooling, HBM/DRAM, optical bandwidth, and capex discipline. The outputs are tokens, intelligence, automation, productivity, and application-layer business value.
That shift changes the dashboard. Traditional macro still matters. But for the AI cycle, BSM also needs to track physical bottlenecks, hyperscaler capex conversion, memory intensity, token costs, model efficiency, and whether enterprise AI moves from narrative to measured ROI.
June corpus integration
The June source packet shows an evolution rather than one static thesis. A more useful reading is to ask what Jordi appeared focused on during each June source window, and why that mattered to BSM's market framework. The June 7 assessment packet is included as the first entry because it set the initial thesis architecture that the later June sources then refined, challenged, or extended.
| June source window | Jordi focus / imprint | BSM interest |
|---|---|---|
| June 7 assessment packet | Initial June assessment architecture: rotation versus regime damage, AI selectivity, macro-stack confirmation, memory/crowding risk, application-layer AI, and source-claim discipline. | Baseline map for the full paper: establishes the decision tree that later June sources feed into, including what BSM should monitor, verify, downgrade, or exclude. |
| June 11 AI supercycle discussion | AI supercycle, compute demand, electrons-to-tokens framing, power and chip bottlenecks, application-layer implications. | Foundation for BSM's AI-cycle dashboard: power, grid, compute, memory, optics, token economics, and ROI. |
| June 13 SpaceX / Bitcoin / AI discussion | SpaceX/xAI, Bitcoin, silver, batteries, tokenization, and AI-capex constraints. | Cross-asset imprint: AI infrastructure, energy storage, crypto, and hard-asset narratives may be connected, but require careful scope control. |
| June 14 AI mid-cycle slowdown | Long-term AI optimism paired with near-term dispersion, hyperscaler pressure, model price competition, and capital-discipline questions. | Key transition point: BSM should watch whether AI moves from broad beta to selective layer-by-layer underwriting. |
| June 17 AI stocks next decade | "Your capex is my opportunity," application AI, Marvell/optical, Eli Lilly, chemicals/materials, memory, and stack selection. | Useful for mapping beneficiaries beyond obvious mega-cap AI: optical networking, healthcare applications, materials, and bottleneck suppliers. |
| June 20 AI pivot discussion | Memory second-derivative risk, model competition, hyperscaler weakness, proprietary compute, Marvell, and Entegris. | Signals a more tactical June imprint: crowding risk in memory and hyperscalers while select bottleneck names remain worth monitoring. |
| June 21 signal/noise discussion | Energy, silver, Bitcoin, Marvell/Entegris, personal-position anecdotes, and high-rhetoric AI framing. | Shows where the narrative was becoming noisy; BSM should separate investable signals from colorful claims and positioning anecdotes. |
| June 27 Bitcoin and AI stocks | Late-June pressure, memory/AI crowding, Bitcoin/gold/silver unwind, and continuing long-term AI conviction. | Month-end stress test: distinguish tactical unwind from structural AI thesis failure; track whether risk appetite is rotating or breaking. |
| June 28 hyperscaler collapse / consolidation | Hyperscaler weakness, mid-cycle slowdown, Micron as preview, application layer, and crypto bear-market framing. | Best consolidation imprint for the month: AI is not over, but the market is demanding proof of capex conversion, margins, and application ROI. |
The monthly corpus supports the public report's main arc: AI is not over, but the market is demanding more discrimination. The strongest version is not “chase every bottleneck.” It is: identify which bottlenecks are real, which are priced for perfection, which are delayed, and which convert into measurable cash-flow or productivity.
Key takeaways from the month of June
These are the key findings from the June corpus. BSM frames them as research filters for tracking macro conditions, market regimes, AI-infrastructure risk, and possible rotation signals — not as trade instructions.
1. Rotation is not the same as regime damage
Jordi's June framework treats AI weakness as potentially rotational rather than automatically bearish. BSM's test is straightforward: a market can absorb leadership rotation if credit, labor, earnings, margins, PMIs, and breadth remain intact. The thesis weakens if those variables deteriorate together.
2. The AI trade is becoming more selective
The easy phase of owning the whole AI infrastructure basket appears to be maturing into a harder layer-selection phase. Compute, memory, optical networking, power, storage, servers, models, and application-layer AI need to be judged separately.
3. Physical bottlenecks are now macro variables
Power, grid interconnection, transformers, cooling, construction delays, memory availability, and optical bandwidth can now affect revenue timing, margin expectations, and investment narratives. They belong beside rates, credit spreads, jobless claims, and PMIs.
4. Application-layer AI has to prove economic return
Jordi points repeatedly to healthcare and financials as potential application-layer beneficiaries. BSM's framing is narrower: proprietary data and workflow integration matter only if they convert into revenue, margin, productivity, or defensible ROI.
5. Verification discipline is the edge
The June corpus contains compelling ideas and several spectacular claims. BSM's public value is not repeating every claim. It is ranking them by evidence quality, identifying falsifiers, and separating what can be stated from what should be watched.
Market regime: rotation versus bear-market breakdown
Jordi's near-term framework treats the June pressure as digestion and rotation unless broader stress confirms otherwise. BSM's dashboard should test that view with market breadth, credit, labor, earnings, margins, and PMIs.
The first-pass data are mixed but generally supportive of a rotation framework:
| Indicator | Jan/start reference | End-June / latest reference | Change | Read-through |
|---|---|---|---|---|
| S&P 500 (^GSPC) | 6,858.47 on Jan. 2 | 7,499.36 on Jun. 30 | +9.3% price return | Broad market was still positive for H1. |
| SPY | 683.17 on Jan. 2 | 746.77 on Jun. 30 | +9.3% price / +9.9% adjusted | Confirms broad-market strength. |
| QQQ | 613.12 on Jan. 2 | 736.40 on Jun. 30 | +20.1% price / +20.4% adjusted | Mega-cap growth remained strong through H1. |
| RSP | 192.86 on Jan. 2 | 212.77 on Jun. 30 | +10.3% price / +11.2% adjusted | Equal-weight breadth was not absent. |
| QQQE | 102.36 on Jan. 2 | 122.01 on Jun. 30 | +19.2% price / +19.6% adjusted | Equal-weight Nasdaq kept pace with QQQ better than a narrow-bubble story would imply. |
| IWM | 248.78 on Jan. 2 | 300.45 on Jun. 30 | +20.8% price / +21.3% adjusted | Small caps strengthened, supporting the rotation argument. |
| SOXX | 313.69 on Jan. 2 | 640.76 on Jun. 30 | +104.3% price | AI hardware leadership was extreme, increasing tactical crowding risk. |
| SMH | 373.30 on Jan. 2 | 655.89 on Jun. 30 | +75.7% price | Confirms semiconductor strength. |
| XLV | 155.51 on Jan. 2 | 158.66 on Jun. 30 | +2.0% price / +2.9% adjusted | H1 data do not prove healthcare leadership; shorter windows may differ. |
| XLF | 54.93 on Jan. 2 | 53.61 on Jun. 30 | -2.4% price / -1.6% adjusted | H1 data do not prove financials leadership. |
| XLE | 45.65 on Jan. 2 | 53.11 on Jun. 30 | +16.3% price / +17.9% adjusted | Energy was strong in H1 and fits the input-cost/risk-offset theme. |
BSM read: broad market performance, equal-weight strength, small-cap strength, and contained credit argue against a simple “AI weakness equals broad bear market” conclusion. But the sector data also warn against overstating a defensive healthcare/financials rotation on full-H1 evidence. If the final public claim is about a specific week or month, it requires the matching weekly/monthly data window.
Macro stack dashboard
The macro stack is the backbone of Jordi's non-bear thesis. The first-pass public data support a “still constructive, but not one-way” read:
| Indicator | What it tests | Jan/start reference | End-June / latest reference | Change / status | Source context |
|---|---|---|---|---|---|
| High-yield OAS | Credit stress | 2.83% on Jan. 2 | 2.75% on Jun. 30 | -8 bp | FRED BAMLH0A0HYM2. |
| Investment-grade OAS | Broader financing stress | 0.79% on Jan. 2 | 0.76% on Jun. 30 | -3 bp | FRED BAMLC0A0CM. |
| Initial jobless claims 4-week MA | Labor stress | 212,250 on Jan. 3 | 222,000 on Jun. 27 | +9,750 / +4.6% | FRED IC4WSA. |
| Nominal Broad U.S. Dollar Index | Dollar/liquidity backdrop | 119.61 on Jan. 2 | 120.92 on Jun. 30 | +1.1% | FRED DTWEXBGS. |
| ISM Manufacturing PMI | Manufacturing momentum | 52.6 in Jan. | 53.3 in Jun. | +0.7 pts; above 50 | ISM/PRNewswire releases. |
| ISM Services PMI | Services momentum | 53.8 in Jan. | 54.0 in Jun. | +0.2 pts; above 50 | ISM/PRNewswire releases. |
| S&P 500 EPS estimate revision | Earnings support | Q2 bottom-up EPS $78.84 on Mar. 31 | $81.54 on Jun. 30 | +3.4% | FactSet Earnings Insight, Jul. 2, 2026. |
| S&P 500 net margin estimate | Margin backdrop | Public current estimate | 14.2% Q2 2026 estimate | FactSet says second-highest since 2009 if realized | Use “near-record,” not “all-time high.” |
BSM read: credit spreads did not show stress, PMIs stayed expansionary, and FactSet supported upward earnings revisions into quarter-end. Labor claims rose modestly, and PMIs decelerated month-over-month. The right public phrase is not “no macro deterioration.” It is: the macro stack was still broadly supportive through June, with pockets of deceleration that belong on the watchlist.
AI mid-cycle slowdown: capex, tokens, memory, and ROI
The June corpus repeatedly points to an AI cycle entering a more discriminating phase. The first phase rewarded resource acquisition: chips, land, power, memory, capital, data centers, model capacity. The next phase asks harder questions:
- Does capex convert into revenue?
- Does utilization justify the spend?
- Do token costs decline enough to support usage growth?
- Does pricing power persist under model competition and open-source pressure?
- Do gross margins remain stable as depreciation, power, memory, and networking costs rise?
- Do customers get measurable ROI from enterprise AI deployments?
This is the practical meaning of the “AI mid-cycle slowdown.” It does not mean AI demand disappears. It means the market starts separating builders, bottlenecks, beneficiaries, and overcapitalized expectations.
Electrons-to-tokens: the compute-and-energy cycle
A useful BSM formulation is:
Traditional macro remains necessary for regime-risk monitoring, but it is no longer sufficient for understanding the AI-capex cycle.
The AI dashboard should add physical and economic bottlenecks:
| Layer | Research question | What would strengthen the thesis | What would weaken it |
|---|---|---|---|
| Power generation | Is reliable power available where AI factories need it? | Rising power-demand evidence, utility interconnection stress, behind-the-meter projects. | Demand delays, grid expansion faster than expected, utilization shortfalls. |
| Grid/interconnection | Are projects waiting on transmission or utility approval? | Interconnection queues, energization delays, utility capex acceleration. | Faster approvals or lower demand growth. |
| Power equipment/cooling | Are transformers, switchgear, turbines, and cooling systems gating deployment? | Long lead times, price pressure, backlog growth. | Normalizing lead times and falling backlogs. |
| Data centers | Are facilities permitted, built, energized, and utilized? | Construction/energization bottlenecks and high utilization. | Empty capacity, delayed demand, canceled projects. |
| Compute | Are accelerators economically deployed? | High utilization and clear customer revenue conversion. | Idle capacity or weak payback. |
| Memory | Is HBM/DRAM demand durable or substitution-sensitive? | Sustained pricing, contracted capacity, broad customer demand. | Efficiency gains, delays, or crowding unwind. |
| Optical networking | Does bandwidth become the next constraint? | CPO adoption, networking backlog, credible hyperscaler demand. | Copper/other alternatives remain sufficient. |
| Applications | Does AI produce revenue, margins, productivity, or defensible workflow advantage? | Concrete ROI disclosures and adoption. | AI stays mostly a cost center. |
Named-security and asset dashboard
These rows are descriptive research context only. They are not recommendations.
Tickers and asset proxies are included as research context only. Inclusion does not imply endorsement, recommendation, portfolio suitability, or a suggested transaction.
| Name / proxy | Segment | Why it appears | H1 2026 price return | BSM treatment |
|---|---|---|---|---|
| MU | Memory / AI hardware | Tests memory crowding and second-derivative risk. | +266.0% | Monitor tactical risk; not a directional call. |
| SK hynix (000660.KS) | HBM / memory | Confirms memory-cycle strength and crowding. | +291.4% | Monitor with Korean retail/flow data if available. |
| Samsung (005930.KS) | Memory / foundry | Korea memory/foundry proxy. | +159.9% | Monitor; exact retail-flow claims unverified. |
| MRVL | Optical / networking | Jordi highlights optical/CPO as a cleaner bottleneck lane. | +233.2% | Monitor; verify event/quote details. |
| LLY | Application AI / healthcare | Jordi's flagship application-layer AI example. | +11.0% | Treat “largest company” framing as provocative hypothesis only. |
| DELL | Servers / AI factory | Tests AI-factory integration and margin capture. | +237.6% | Monitor backlog/margins/pass-through risk. |
| HPE | Servers / edge / networking | Tests AI factory and edge infrastructure thesis. | +86.6% | Monitor margin and DRAM commentary. |
| FLNC | Storage / power flexibility | Tests data-center power-adjacency thesis. | -13.6% | Do not overclaim; specific MSA/Nvidia/Siemens claims require verification. |
| CVX | Energy | Geopolitical risk-offset and energy-input lens. | +6.3% | Separate oil-risk framing from AI-power infrastructure. |
| XOM | Energy | Energy-input and geopolitical risk lens. | +11.5% | Same caveat as CVX. |
| BTC-USD | Crypto | Separate crypto/risk-appetite lane. | -34.0% | Do not use crypto as proof of AI thesis. |
| SLV | Silver proxy | Commodity bottleneck watch item. | -18.7% | Keep speculative silver/orbital claims out of core. |
| ENTG | Semicap materials | Process/materials watch item. | +100.8% | Watch item; not core without further source pass. |
| AVGO | ASIC/networking semis | AI networking and custom silicon monitor. | +8.7% | Descriptive context only. |
The most striking data point is dispersion. Memory and AI-hardware proxies posted very large H1 moves, while Fluence, Bitcoin, and silver were negative. That supports the idea that AI-related narratives were not moving together as one simple basket by the end of June.
Unsubstantiated claims
Jordi Visser is often sharing opinions or reiterating subjective assessments shaped by market intuition gained over more than 30 years in financial markets, trading, investment management, and macro research. Some of those claims may be directionally useful or worth tracking, but they are not necessarily corroborated by empirical data in this report, and they are not necessarily endorsed or adopted by BSM. Claims involving JPMorgan data-center capacity, Eli Lilly's decade-end market-cap potential, Lilly compute-cluster details, Korean retail memory-stock crowding, recursive self-improvement solving energy or memory constraints, Bitcoin as the only high-quality asset, tokenization unlocking dormant assets, SpaceX/xAI hyperscaler timing, orbital data-center silver demand, silver supply deficits through 2030, chemicals as “new oil,” Fable/open-source shutdown narratives, Stripe/agentic commerce, indium phosphide, Johnson Redbook, and inflation swaps belong in BSM's watchlist or future-source queue rather than in the load-bearing thesis of this public report.
Monitoring checklist
For the second half of 2026, BSM suggests using the following as a research-monitoring checklist. These items are meant to support context-building and thesis review, not to direct portfolio action.
- Breadth: RSP, QQQE, IWM, sector leadership, 52-week highs/lows.
- Credit: HY OAS, IG OAS, credit ETFs, financing stress.
- Labor: initial/continuing claims and 4-week averages.
- Earnings: revisions, margins, concentration, top-10 versus ex-top-10 earnings.
- AI hardware: MU, SK hynix, Samsung, SOXX, SMH, HBM/DRAM pricing.
- Optical/networking: MRVL, CPO adoption, hyperscaler networking commentary.
- Power/data centers: grid interconnection, energization, storage, equipment lead times.
- Application AI: healthcare/financials adoption, revenue impact, productivity disclosures.
- Crypto/tokenization: separate lane; do not mix conviction language with AI infrastructure evidence.
Static dashboard: end-June 2026 snapshot
The checklist above is forward-looking; the table below preserves the end-June baseline snapshot behind this report. A future weekly dashboard could refresh the same categories on a slower cadence, giving readers an updated regime view without turning the site into a real-time trading terminal.
| Dashboard lane | Key metrics / proxies | End-June read | Why it matters |
|---|---|---|---|
| Market breadth and rotation | SPY +9.3%, QQQ +20.1%, RSP +10.3%, QQQE +19.2%, IWM +20.8% H1 price returns. | Broad and equal-weight measures were still constructive. | Supports rotation/selectivity more than broad regime failure. |
| Credit stress | High-yield OAS 2.75% on Jun. 30, down 8 bp from Jan. 2; investment-grade OAS 0.76%, down 3 bp. | Credit was not signaling acute stress. | Credit deterioration would be a major falsifier for the non-bear thesis. |
| Labor and macro stack | Initial claims 4-week average 222,000; ISM manufacturing 53.3; ISM services 54.0. | Labor softened modestly, but PMIs remained expansionary. | Macro backdrop was broadly supportive, with deceleration watch items. |
| AI hardware and memory | SOXX +104.3%, SMH +75.7%, MU +266.0%, SK hynix +291.4%, Samsung +159.9% H1 price returns. | Extreme strength confirmed AI hardware leadership and crowding risk. | Memory and semiconductors remain central but require tactical discipline. |
| Optical / networking | MRVL +233.2%; AVGO +8.7% H1 price returns. | Optical/networking remains a cleaner bottleneck lane to monitor. | Bandwidth may become a gating factor for AI infrastructure buildout. |
| Application-layer AI | LLY +11.0%; XLV +2.0%; XLF -2.4% H1 price returns. | Healthcare and financials were thematically important, but H1 price data did not prove broad leadership. | Application AI must show revenue, productivity, margin, or defensible workflow impact. |
| Power, energy, and data centers | XLE +16.3%; FLNC -13.6%; grid, storage, energization, and equipment lead times remain watch items. | Energy strength fit the input-cost lens, while storage/power-adjacent names were uneven. | Power availability, grid connection, and equipment bottlenecks can affect AI deployment timing. |
| Crypto / liquidity sidebar | BTC-USD -34.0%; SLV -18.7% H1 price returns. | Crypto and silver were not confirming the AI-equity strength during H1. | Keep crypto and commodities as separate lanes; do not use them as proof of the AI infrastructure thesis. |
Conclusion
Jordi's June framework points to a market that may be less broken than rotating, and an AI cycle that may be less over than maturing. The strongest version is not “AI is dead” or “AI wins everywhere.” It is: the AI trade is entering a more discriminating phase where physical bottlenecks, capex ROI, memory timing, optical bandwidth, power flexibility, and application-layer economics matter more than theme ownership alone.
The useful spirit of the June corpus is constructive rather than complacent. Jordi's mindset is to keep looking for where capital may rotate next, where innovation may be underestimated, and where the market may be mispricing the next leg of opportunity. For serious market observers, opportunity may exist, but it has to be earned through due diligence, patience, humility, and a willingness to separate signal from story.
For BSM, the right posture is disciplined monitoring. Named securities should be treated as examples inside a research framework, not as instructions. The value is in separating source-attributed views, verified facts, BSM interpretation, and unresolved claims — then updating the dashboard as evidence changes.
Brandon St-Martin follows Jordi Visser because Jordi’s blend of disciplined optimism, empirical validation, tactical flexibility, and long-horizon imagination reflects the market posture BSM wants to cultivate: calm, evidence-led, and opportunity-aware without ignoring risk. The purpose is not to copy every trade or endorse every conviction, but to study how a serious investor updates views as evidence changes. BSM uses Jordi’s public work as a starting point for structured summaries, dashboards, caveats, and decision-support frameworks that help readers approach market complexity with more composure and better questions.
Final disclosure. This report is for general informational and educational purposes only. It does not provide individualized financial, investment, tax, legal, or accounting advice. It is not a recommendation or instruction regarding any security, asset, strategy, or transaction. BSM LLC is not acting as an investment adviser, broker-dealer, fund, fiduciary, or portfolio manager. Readers should independently verify market and company information and consult qualified professionals before making financial decisions.