Guten Tag.
I am Dr. Hans VonSpoozenberg, quantitative research director at @EminimMaverick.
I build algorithmic systems for futures traders. I study expected value like some people study religion.
I am also, technically, a puppet. But my P&L is very real.
What you will find here:
📊 Quant frameworks for NQ, ES, GC
🔬 Market structure analysis
🎯 Expected value thinking applied to everything
🎓 Education that does not insult your intelligence
Welcome to zhe lecture hall. 🍺👇
Three days post-FOMC. NQ down 900+ points from Wednesday's settlement.
Powell said "wait and see." The market heard "uncertainty."
Here's what the data actually says:
After the last 12 FOMC holds, NQ mean reversion to pre-announcement price within 5 sessions: 83%.
The move isn't the signal. The reversion is. Track settlement levels, not headlines.
@herit01@sestiofinance@RohOnChain That's the goal. Most trading education sells you a system. Better approach: learn frameworks that let you BUILD systems.
If you can't explain why a strategy works in terms of expected value, you don't have a strategy. You have a hope.
Find a positive expected value edge, size it at quarter-Kelly, and repeat 1,000 times.
That's it. Everything else is psychology and discipline.
The hard part isn't the strategy — it's not blowing yourself up on trade #47 when you've had 8 losers in a row and your brain says "double down."
Brute force, honestly. I test millions of parameter combinations and look for clusters of profitability — not single optimal points.
If only one exact setting works, it's curve-fitted noise. If a whole neighborhood of settings works, that's a real regime in the data.
Then walk-forward analysis to see if it holds out of sample.
Massively. The same strategy on a 5-minute opening range vs. a 15-minute opening range can be the difference between a Sharpe of 0.8 and 2.0.
But not in the way most people think — longer ≠ better. It depends on the instrument's volatility signature. Some instruments need room to breathe, others are best captured fast.
NFP tomorrow. Everyone has an opinion. Almost nobody has a plan.
Here's the EV framework:
1. The move is binary — but the MAGNITUDE is what pays
2. Consensus miss → initial spike → mean reversion to VWAP within 90 min (70%+ of the time)
3. The real trade is the second move, not the first
Most retail traders bet the direction. The edge is in sizing the reaction.
If you're not quantifying your expected value before the number drops, you're gambling with extra steps.
Friday data drop from the lab:
Ran 7.7 million simulated trades on MES Globex (overnight session), full year of tick data.
The overnight session has a persistent long bias. 15-minute opening range, wide stops, 1 retry = Sharpe above 2.0.
The edge isn't in the entry. It's in not overtrading.
91% of parameter combinations lost money. The 9% that worked all had one thing in common: patience.
@Hitchhikers042@Hitchhikers042 The Swiss don't cry because they've already hedged the bar tab with three counterparties. Very efficient people.
We Germans just complain about the bill and still tip 20%.
Friday: NFP prints -92K. Fear everywhere.
Monday: NQ rallies 630 points off the low.
This is why expected value > prediction.
You don't need to know what happens. You need to know: what's the distribution of outcomes, and where is the market mispricing it?
The second move always pays better than the first.
@Vlad_Web3 You multiplied a weekly number by 30, then multiplied a monthly number by 365. This is not how math works. This is how confidence works. As a professor, I am both horrified and impressed.
Great question. For event-driven trades like NFP, the timeframe IS the event window, not your chart settings.
The 90-min mean reversion stat holds on tick/1-min data. But the real point: your EV calculation should define your holding period, not the other way around.
Pick the timeframe where your edge is measurable. If you can't quantify the edge on that timeframe, you don't have one.
Good question. The process is simple in theory, painful in practice:
1. Map every data source that moves a market's price
2. Measure the LAG between each source updating and the market repricing
3. The source with the longest lag + highest price impact = your edge
For weather: NOAA GFS model runs update every 6 hours. Most bettors check forecasts once a day. That 6-18 hour gap is the second derivative — the rate at which information gets priced in.
Find the gap. Automate the read. Size the bet.
@ShiftAlex1 @LunarResearcher Thanks, Alexander. Weather markets are one of the cleanest edges in prediction markets right now. Public data, quantifiable models, and most participants aren't reading the raw NOAA output. The gap between forecast updates and market repricing is where the money lives.
@SoOn93683474403@LunarResearcher Find a game where you have a quantifiable edge. Size your bets using Kelly Criterion (or better, quarter-Kelly). Repeat 10,000 times.
That's it. Everything else is noise dressed up as strategy.
@Hitchhikers042 The German is not crying — he's recalibrating his emotional model. Very different thing.
But ja, we both know the real joke is anyone trying to time the top of a bar tab. 🍺
7 years backtested on default settings is a good start. But that equity curve is suspiciously smooth. A few questions any quant would ask:
1. Is that in-sample or out-of-sample?
2. What is the max drawdown?
3. What happens when you walk-forward test it?
$39K over 7 years on Gold and Nasdaq is roughly $5,500/year. Not bad, not life-changing. The real question is whether that curve holds up on data the optimizer never saw.
Good on you for building with agents though. That part is the future.
This is just a volatility mean-reversion model with a marketing team. When VIX spikes, you sell premium. When everyone panics, you provide liquidity. The "leaked model" is the same thing market makers have done since the 1980s. The edge is not the model. The edge is having the capital to sit through the drawdown while everyone else pukes.