The Math Says This Should Never Happen

Hi Folks, it's Brandon.

The statistics textbooks say it's rare.

A stock breaking three standard deviations should happen 0.3% of the time. That's roughly once every 1.3 years for any given stock.

I just ran the numbers on our squeeze candidates.

RGTI broke three standard deviations 10 times in the last 12 months. Nine times up, once down.

That should happen once. It happened ten times.

When "Rare" Becomes Routine

Here's what blew my mind during Friday's analysis:

I loaded up the expected move indicator on stock after stock from our high short-interest watchlist. 

Set it to three standard deviations - the "this should barely happen" zone.

RXRX touched or exceeded it 5 times in one year.

Every major AI stock with 20%+ short interest? Same story. Multiple moves that should take years to see.

But here's the wild part: The vast majority were upward moves.

The Options Market Can't Keep Up

You know what this means?

Every time you see 100%+ implied volatility on these stocks and think "too expensive," you're using broken math.

The Black-Scholes model assumes normal distribution. These stocks don't follow normal distribution.

They follow short squeeze distribution.

The Skew Knows

Pull up any of these stocks right now. Look at the option chain.

Call volatility rises as you move out-of-the-money. Put volatility falls.

The market is literally telling you: "Crash risk is to the upside."

But the pricing still assumes those crashes happen once every year or two.

Reality? They happen every few months.

Why This Matters Right Now

I've been tracking this mispricing for months. Every week, 2-3 stocks from our 104-name watchlist make moves that should take years to develop.

The pattern is consistent:

• High short interest + positive skew = underpriced calls

• Ghost Print activity appears first

• Stock follows with "statistically rare" move

• Volatility finally catches up (too late)

The 40 Delta Secret

Here's the specific edge I use:

On normal stocks, a 40 delta call 30 days out might cost you $2-3 for a $5 spread.

On these mispriced squeeze candidates? Same setup costs $0.50-0.80.

Why? Because the market prices in one big move per year. These stocks deliver 5-10.

Monday's Demonstration

I'm going to show you exactly how to identify when the math is broken in your favor.

Not backtested theory. Real-time identification using the console.

You'll see:

• How to spot positive skew indicating upside crash risk

• Why 84% implied volatility can still be "cheap"

• The exact criteria that separate real opportunities from noise

• Three current candidates showing the same mispricing patterns

The Numbers Don't Lie

After 18 months of tracking this, the data is clear:

Traditional volatility models break down completely on high short-interest stocks.

What should happen once every year happens monthly.

And every time it does, call buyers profit while put buyers and shorts get destroyed.

Join me Monday at 2 PM Eastern. I'll hand you the systematic approach that turns statistical rarity into consistent edge.

REGISTER FOR MONDAY'S LIVE SESSION

Talk soon,

Brandon Chapman

P.S. The three candidates I'm tracking right now? All showing implied volatility pricing in their annual big move. The data says they'll deliver 3-5 moves that size. Monday, you'll see exactly how to position before "rare" becomes routine.