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Quantitative Research & Financial Technology

Markets are systems.
We study the system.

Quantitative research and financial technology, approached through mathematics and engineering.

Research philosophy

Clear questions. Explicit assumptions. Evidence open to scrutiny.

A research philosophy centered on careful reasoning and transparent limits.

01

Research first

Begin with a question and state what would count as evidence.

02

Engineering as method

Make reasoning, methods and limitations easy to inspect.

03

Restraint in claims

Say only what the evidence supports.

Research

Questions, methods and the limits of interpretation.

Quantitative Research

Questions about market structure, price formation and financial time series.

Machine Learning

Questions about evaluation, assumptions and the limits of learned models.

Statistical Modeling

Estimation, inference, validation and uncertainty as research topics.

Market Microstructure

Order flow, liquidity and venue mechanics as subjects for investigation.

Optimization

The formulation of objectives, constraints and evaluation criteria.

Alternative Data

Data sources, documentation and the limits of interpretation.

Simulation

Model assumptions, simulated examples and reproducible experiments.

Applied Mathematics

Mathematical questions, explicit assumptions and careful reasoning.

Technology

Engineering questions, stated clearly.

Consider correctness, reproducibility and constraints before making claims about a system.

Explore engineering topics
01

Distributed Systems

Questions of correctness, failure and system boundaries.

02

Low-Latency Infrastructure

Latency measurements, trade-offs and documented assumptions.

03

Compute

Compute requirements, resource limits and evaluation criteria.

04

Data Engineering

Data provenance, input quality and reproducibility.

05

ML Infrastructure

Evaluation methods and reproducible research workflows.

06

Research Tooling

Tools for recording assumptions and checking results.

07

Execution Systems

System requirements, interface boundaries and explicit scope.

08

Observability & Reliability

Measurement, diagnosis and reliability questions.

Method principles

Methods, described with care.

01

Research question

State the question before describing a method.

02

Assumptions

Make the scope and assumptions explicit.

03

Evaluation

Describe how a proposed result would be examined.

04

Uncertainty

Keep uncertainty and limitations visible.

05

Documentation

Explain the reasoning in terms that can be checked.

06

Interpretation

Keep the claim within the limits of its evidence.

Clear questions. Careful reasoning. Evidence first.