Snoop Dogg Microwaves His Blunts For The Maximum High — There's Actually Science Behind His Method
Introducing microwave-infused joints, a groundbreaking technique that claims to “trap all the ingredients” and elevate your high to unprecedented heights. And who else but the legendary blunt connoisseur Snoop Dogg brings this extraordinary method to light?
As a true trailblazer, Snoop Dogg delved into the realm of organic chemistry to unveil the magic behind his microwave experiments. In this world, one term stands out: decarboxylation. It’s the process of harnessing the potent compounds in cannabis through the alchemy of heat.
Despite decades of pushback in the cannabis industry, the industry has continued to produce a number of surprising innovations. Startups like Chow420 are pioneering tech-forward approaches to fully-compliant and completely automated dispensaries. Meanwhile, mainstream figures in the space like Snoop Dogg continue to grow in prominence.
Decarboxylation
While decarboxylation might sound like an elaborate laboratory experiment or require specialized equipment, Snoop Dogg reveals that your humble microwave can serve as a do-it-yourself decarboxylation machine in your own kitchen.
With a 900-watt microwave capable of reaching temperatures up to 104º, Snoop Dogg places his prized blunt inside for 11 seconds. At this carefully calculated temperature, albeit on a smaller scale, a touch of decarboxylation takes place, unlocking the hidden potential of his cannabis creation.
This chemical reaction involves the release of carbon dioxide from a carboxylic acid. In the case of cannabis, tetrahydrocannabinolic acid (THCa) plays a pivotal role. Heating THCa sheds a carbon atom and two hydrogen atoms, resulting in the formation of carbon dioxide (CO2). Decarboxylation also converts cannabidiolic acid (CBDa) into the popular cannabinoid CBD.
Here’s where the magic comes into play: In its natural state, THCa lacks the ability to stimulate cannabinoid receptors and induce a high. But with the application of heat during decarboxylation, THC undergoes a structural transformation into delta-9 THC, a compound capable of interacting with the endocannabinoid system and unlocking the euphoria smokers seek. In other words, when Snoop Dogg ignites his blunt, he’s already armed with readily available psychoactive THC, alongside the THCa that undergoes conversion to THC with each puff. The end result? An amplified and more potent high.
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But why did Snoop Dogg specifically choose the microwave for this unconventional practice? Originally introduced in 1947 as the Radarange by Raytheon Technologies Corp. 
RTX, microwave ovens were behemoth devices costing a hefty $5,000. As technology advanced and sizes dwindled, they swiftly became a household staple in the 1970s, adorning the countertops of the middle class.
Unlike conventional ovens that generate heat from within, microwaves target the moisture present in food or any other item you place inside. This unique mechanism, which relies on exciting water molecules, creates a swift and efficient heat transfer. And now it seems that the microwave’s ability to generate heat quickly and evenly has caught the attention of Snoop Dogg and his experimentation with decarboxylation.
People unwittingly decarboxylate their cannabis every time they light up. The heat from the flame or lighter activates the THC, enabling them to experience the desired effects. While microwaving might be a fun experiment for those seeking a stronger high, it’s not an absolute necessity.
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Pieces of this story were previously covered on Benzinga here.
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