Start with the financial decision.
Define the objective, the decision variables and the constraints. The problem comes before the algorithm.
minimize f(x) subject to financial constraints
QUANTUM FINANCE
A systematic edge.
A quantum horizon.
Bringing quantitative discipline to emerging markets.
Building quantum algorithms for the decisions ahead.
CONVICTION → ALLOCATIONQ-TRADE / 01
Independent signals. One disciplined process.
01 / Q-TRADEManaged pilot available
Conviction, expressed.
Risk, accounted for.
A finished systematic trading system. From independent forecasts to a risk-sized portfolio and automated execution.
- 01
Translate signals into forecasts
Capture the direction and strength of each strategy on a common scale.
- 02
Build the portfolio around risk
Combine forecasts and size exposure against volatility and portfolio constraints.
- 03
Carry decisions into the market
Turn target positions into orders, with scheduling and order-state tracking.
FORECASTS COMBINEDQ-TRADE
ILLUSTRATIVE PORTFOLIOFORECAST
SECTOR ETF
QTUMQuantum computing ETF
COMBINED+12.4
✓EQUITY
IONQIonQ
COMBINED+9.2
✓EQUITY
QBTSD-Wave Quantum
COMBINED+6.8
✓EQUITY
RGTIRigetti Computing
COMBINED+4.1
✓FORECAST RANGE−20 to +20
Illustrative cycle with sample forecasts, weights and orders. Not live positions or investment recommendations.
Capital participation open
Start a conversation Q-Trade is accepting third-party capital.
02 / Q-FORGEIn development
A different way
to approach
the optimum.
Quantum algorithms for financial optimization problems.
Q-Forge is being developed to translate financial objectives and real-world constraints into quantum optimization workflows.
Discuss an optimization problemBring quantum algorithms to the search.
Map the optimization problem to a suitable quantum formulation and explore candidate solutions.
|ψ〉 = α|0〉 + β|1〉|α|² + |β|² = 1
Judge the answer on financial terms.
Evaluate feasibility and solution quality against classical methods, including the full cost of the workflow.
Objective · Constraints · Baseline
SINGLE-QUBIT STATE
01 / FORMULATE|0〉
|ψ〉 = cos(θ/2)|0〉 + eiφ sin(θ/2)|1〉
θ / rad0.00
φ / rad0.00
P(|0〉)100%
P(|1〉)0%
Scroll to evolve the state, or use the slider.
A single-qubit illustration of state evolution, not a running financial optimizer.
03 / Q-CATALYSTManaged pilot available
Follow the evidence.
Keep the context.
Market intelligence for a sector where technical detail matters.
Q-Catalyst preserves quantum and deep-tech claims as evidence-linked records. See what was said, when it became observable and how the evidence changed.
Primary sources, revisions and corroboration stay connected, so a later update doesn't erase the original claim.
Request the two-page sampleEVIDENCE RECORD / ILLUSTRATIVEQC—001
TECHNICAL MILESTONEA claim is the beginning.
A claim is the beginning.
Evidence is the record.
Original wording preserved. Later evidence appended.
- T₀Claim captured
First-seen and effective timestamps recorded.
- T₁Supporting source linked
Corroboration connected to the original claim.
- T₂Status reconciled
History retained as new evidence arrives.
SOURCE → TIMESTAMP → EVIDENCE → REVIEW
01
Portfolio monitoring
Track a defined company watchlist.
02
Deal diligence
Trace claims, revisions and supporting sources.
03
Structured delivery
Managed briefs and scoped exports.
THE METHOD
Make every step
traceable.
- 01Capture
Preserve the primary source.
- 02Timestamp
Establish what was knowable.
- 03Classify
Separate claims from evidence.
- 04Reconcile
Append changes to the record.
- 05Deliver
Keep the source in view.
ENTANGLED ALPHA / ATLANTA
At the intersection of
markets and possibility.
An independent quantitative research and financial technology company.
Our work spans systematic investing, quantum financial optimization and market intelligence. Three distinct products, grounded in the same commitment to technical precision.
LET'S TALK
The next step
starts with a conversation.
Discuss Q-Trade capital participation, a managed pilot
or a quantum financial optimization problem.