ENGINE 01 / DISCRETIONARY FUNDAMENTAL
INDEPENDENT PUBLIC-EQUITIES RESEARCH · GLOBAL AI TECHNOLOGY
Discretionary Fundamental× Systematic QuantTwo Research Engines.Judgment under Continuous Test.
Lunartulip Lab is an AI-native independent research institution focused on global AI technology equities.Discretionary fundamental research explains industry causality, earnings and expectations; systematic quant tests signals, portfolio discipline and risk-adjusted value.For professional investors and institutional research teams seeking faster change detection, explicit thesis review and traceable improvement in judgment quality.

QUESTION → HYPOTHESIS → TESTHUMAN JUDGMENT IN LOOP
SOURCE → CLAIM → CAUSETRACEABLE / UPDATEABLE
ACTIVE RESEARCH SYSTEM
LUNARTULIP LAB · 2026
RESEARCH ENGINES / 01
Two research engines continuously explain and test market opportunity.
Discretionary fundamental research addresses industry causality, company earnings and expectation gaps; systematic quant tests signals, portfolio discipline and risk-adjusted value. Together they produce traceable judgment, validation records and outcome feedback.
ENGINE 02 / SYSTEMATIC QUANT
Systematic Quantitative Research
Test whether signals, weights, regimes and portfolio rules offer reproducible predictive or risk-adjusted value, with explicit validation design, sample boundaries, post-cost results and failures.ALWAYS-ON RESEARCH DESK / AI-NATIVE RESEARCH WORKSPACE
Keep judgment from both engines continuously updated in one workspace.
The discretionary fundamental system is PM-led, using Coverage and the R-line AlphaMap × Ontology to update industry and company views; the systematic quant system continuously runs strategy research and portfolio validation. Research Desk brings both engines’ research state, dual NAV and outcome feedback into one clear daily workspace.Explore the real interface and nine-layer architecturePROOF 01 / RESEARCH OBJECTS
01Lunartulip Deep Dive
Versioned deep research on specific companies and industries, preserving core theses, key evidence, risk boundaries, as-of dates and update histories at stable URLs.
- BEST FOR
- For institutions and professional investors evaluating company-research depth, industry-transmission judgment and update discipline.
WHAT IT INCLUDES
- Timestamped thesis
- Key evidence and risk boundary
- Update history and corrections
PROOF 02 / AUTHORITY LEDGER
02Calls & Outcomes Ledger
Aggregate subsequent outcomes, dual benchmarks, cohort definitions and methodology so readers can evaluate prior judgment under one consistent rule set.
- BEST FOR
- For professional readers examining prior outcomes, validation discipline, sample transparency and payoff asymmetry.
WHAT IT INCLUDES
- Separate reconstructed and discipline cohorts
- Hit-rate, excess and payoff methodology
- Source, as-of date and generated version
Institutions and professional investors can begin with Deep Dives, the Authority Ledger and the Research Desk interface, then explore continuous monitoring, a specific deep-research question or the dual-engine method.
Explore institutional research formatsRESEARCH DISCIPLINE / 02
Two engines validate independently and meet in the investment-learning layer.
Fundamental research preserves full explanations of industry causality, company earnings and expectation gaps. Quant independently tests signals, stability and post-cost value. Both meet through shared evidence, decision records and outcome attribution.
01 / POINT-IN-TIME
Judgment needs a timestamp before the future can test it.
02 / DUAL ENGINE
Industry causality
× statistical validation
Fundamental research addresses mechanisms and expectation gaps; systematic quant addresses reproducibility, stability and post-cost value.
03 / CORRECTION
Corrections are
research assets
New evidence triggers an upstream correction and regeneration of every affected version, keeping published judgment aligned with current evidence and an explicit point in time.
RESEARCH VALUE CHAIN / 03
Make research judgment traceable, testable and reusable.
From information intake, industry causality and thesis management to quantitative validation and outcome attribution, the connected research chain reduces information loss and repeated validation work while turning experience into reusable institutional knowledge.
01 / THESIS ENGINE
Thesis Engine
Investment intuition is scattered across meetings, chats and personal notes.
Encode core assumptions, disconfirming evidence and time windows as updateable theses.
Hypothesis cards and explicit next validation points
View method detail
Frame the core hypothesis, disconfirming evidence and critical milestones around a real investment question—preserving human judgment while making its objectives and boundaries legible to AI.
CONTINUOUS RESEARCH OPERATIONS / 04
Identify material change faster and update critical judgment in time.
The system continuously connects market change, key evidence, thesis state and outcome feedback into clear daily priorities and next validation actions—shifting research attention from chasing information to updating judgment.
Market change enters the event ledger
The system captures material change within the authorized scope; the researcher confirms whether it should enter the research state.
System capture · human confirmationEvidence updates the relevant thesis
New evidence links to a specific thesis, records what it strengthens or weakens, and updates falsification criteria and watchpoints.
Agent organization · researcher judgmentForm today’s research priorities
The Research Desk compresses change into priorities, thesis states and the next validation actions.
System draft · PM reviewJudgment enters decision memory
Preserve the information set, owner, risk boundaries and subsequent action behind each judgment.
Human decision · system recordOutcome feedback updates the rules
Separate judgment, execution and external noise, then update evidence weights, thesis states and the next operating cycle.
Joint review · version updateVALUE REALIZATION / 05
See research quality now.
Judge long-term value through capital outcomes.
Institutions and professional investors can first evaluate our research quality through published work, version histories, corrections and outcome records. Over time, both engines will remain accountable to real capital outcomes; any future asset-management activity will operate separately under the appropriate entity, qualifications and compliance framework.
Evaluate research quality first
Use Deep Dives, research methods, update histories and the Authority Ledger to assess depth, validation discipline and outcome quality, then explore continuous monitoring or a specific research question through institutional exchange.
Explore institutional research formatsLong-term capital-management direction
Real capital outcomes will test the two engines’ judgment quality, risk discipline and learning capacity over time. Related activity will operate separately under the appropriate entity, qualifications and compliance framework.
Discuss a strategic institutional partnershipDEEP RESEARCH / 06
See the depth of research through specific company and industry questions.
Two flagship research objects address specific company and industry questions, preserving the research question, core thesis, key evidence, risk boundary, as-of date and update history.
DEEP DIVE / PLTR
Palantir: AI application commercialization begins to convert into returns
A timestamped test of whether AI infrastructure spending is transmitting into application-layer revenue.
Read the researchDEEP DIVE / NET + TEAM
Cloudflare + Atlassian: AI application validation broadens beyond a single company
Test whether AI application commercialization is broadening through machine-traffic infrastructure and enterprise-software profitability.
Read the researchRESEARCH NOTES / 07
Research methods, system practice and long-term thinking
Ongoing methodological research for professional readers across discretionary fundamental, systematic quant, AI-native investing and investment decision systems.
COLUMN / 01
AI-Native Active Management
- 01
AI Is Expanding the PM’s Alpha Radius
↗ - 02
After AI Adoption Becomes Consensus, the Real Divide Begins
↗ - 03
The Gap in AI-Native Buy-Side Decision-Making Is Just Beginning
↗
COLUMN / 02
Decision Systems
- 01
P&L Is Not Experience: The Missing Decision-Attribution Layer
↗ - 02
Self-Driving Portfolio: The Real Destination of AI Investing
↗ - 03
If Quant Funds Have Factor Libraries, Active Managers Need Thesis Libraries
↗ - 04
The First Divide in AI Buy-Side Decisions: Who Validates the Output?
↗ - 05
Why More AI Research Can Make Buy-Side Decisions Harder
↗
COLUMN / 03
Quantamental Research
- 01
Great Intuitive PMs Are Often Implicit Bayesian Masters
↗ - 02
How Bayesian Updating Reshapes Portfolio Management
↗ - 03
The Missing Link in Qlib: From Signals to Strategy
↗
COLUMN / 04
Field Notes
- 01
AI Quant Meets Fundamental Research: Building an AI-native Fund Prototype
↗ - 02
From Information Anxiety to System Freedom: Building My Notion Research Brain
↗ - 03
After Claude Code, Quant Funds’ Engineering Moats Are Collapsing
↗
ENGAGE LUNARTULIP LAB / CHINA & GLOBAL
Start with a research question worth testing.
Tell us about your institution, market focus and a specific research question, and we will begin with the most relevant research format.