(function(){
var CN = 'menthorq_utm_params';
var LK = 'menthorq_utm_params';
var UK = ['utm_source','utm_medium','utm_campaign','utm_term','utm_content','utm_id'];
var CK = ['gclid','fbclid','msclkid','ttclid','twclid'];
var CD = 30;
var AK = UK.concat(CK);function sC(n,v,d){var e=new Date(Date.now()+d*864e5).toUTCString();var c=n+'='+encodeURIComponent(v)+';expires='+e+';path=/;SameSite=Lax';if(location.protocol==='https:')c+=';Secure';document.cookie=c;}
function gC(n){var m=document.cookie.match(new RegExp('(?:^|; )'+n+'=([^;]*)'));return m?decodeURIComponent(m[1]):'';}
function sv(d){var j=JSON.stringify(d);sC(CN,j,CD);try{localStorage.setItem(LK,j);}catch(e){}}
function hk(o){if(!o)return false;for(var i=0;i<AK.length;i++)if(o[AK[i]])return true;return false;}
function nm(d){if(!d)return null;if(d.first)return d;if(hk(d))return{first:d,last:d};return null;}
function ld(){var r=gC(CN);if(r){try{var n=nm(JSON.parse(r));if(n)return n;}catch(e){}}try{var s=localStorage.getItem(LK);if(s){var n=nm(JSON.parse(s));if(n)return n;}}catch(e){}return null;}var ps = new URLSearchParams(window.location.search);
var fd = {}, has = false;
for (var i = 0; i < AK.length; i++) {
var v = ps.get(AK[i]);
if (v) { fd[AK[i]] = v; has = true; }
}if (has) {
fd.captured_at = new Date().toISOString();
var ex = ld();
sv(ex ? {first: ex.first, last: fd} : {first: fd, last: fd});
return;
}var raw = gC(CN);
if (raw) {
try {
var p = JSON.parse(raw);
if (!p.first && hk(p)) sv({first: p, last: p});
} catch(e) {}
return;
}try {
var s = localStorage.getItem(LK);
if (s) { var n = nm(JSON.parse(s)); if (n) sv(n); }
} catch(e) {}
})();
var breeze_prefetch = {"local_url":"https://menthorq.com","ignore_remote_prefetch":"1","ignore_list":["/account/","/login/","/thank-you/","/wp-json/openid-connect/userinfo","wp-admin","wp-login.php"]};
//# sourceURL=breeze-prefetch-js-extra
Leveraging Implied Volatility and Open Interest to identify Sticky Strikes
This model aggregates Implied Volatility and Open Interest by strike. It helps to confirm which strikes are more sticky from an Open Interest and Implied Volatility perspective. Spikes help identify strike levels that have both high Open Interest and high Volatility. Those strikes generally become sticky strikes. This chart can be used in conjunction with the Menthor Q Key Levels and Net Gamma Exposure for confirmation.
How can you benefit from this quantitative model?
Sticky Strikes
By identifying strikes with both high Open Interest and high Implied Volatility, traders can pinpoint ‘sticky strikes’ that are likely to influence market behavior.
Risk Management
Understanding where significant positions and volatility converge allows traders to better anticipate potential price movements and adjust their risk.
Reaction Zones
Combine open interest (OI) and implied volatility (IV) to better confirm reaction zones.
Trading Strategies
By leveraging data on sticky strikes, traders can develop and refine strategies that take advantage of predictable market behaviors.
Sticky Strikes
Higher IV reflects increased demand for options at specific strikes. Open interest (OI) confirms the “stickiness” of these strikes.
Monitoring IV and OI helps identify market trends by showing the level of trading activity and investor interest in specific strikes.
A spike indicates significant open interest (OI) nodes and high volatility at that strike.
Market Sentiment
Tracking open interest and IV provides insights into investor sentiment and potential price direction.
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