chop garlic in literally 3 seconds

Quick Overview

The fastest way to mince garlic, as demonstrated in the video, involves a three-level technique using a Chinese cleaver: first, smashing the clove to remove the root and crush it; second, mincing it into a rough paste using the flat side of the blade with salt; and third, continuing the mince for about 30 seconds to achieve a fine paste suitable for stir-fries or braises, which is faster and less risky than using a garlic press.

Key Points: The demonstrated technique uses a Chinese cleaver (specifically a 'shibazi') to mince garlic quickly, achieving a paste consistency superior to a garlic press. The process involves three main levels: Level 1 is slicing off the root, smashing the clove once, and then smashing again, followed by mincing in two directions (00:46, 00:58). Level 2 involves adding salt (about 1/16th of a teaspoon) to the crushed garlic and smearing it with the side of the knife for about 30 seconds to create a rough paste (09:49). Level 3 requires continuing to mince and smear the garlic/salt mixture for another 30 seconds to achieve a fine, restaurant-style paste (09:55). The presenter notes that this method minimizes the risk of garlic 'explosion' compared to the Western method of smashing and then chopping. The presenter references other videos, including one by Chef Wang demonstrating a similar technique with a Chinese cleaver and another by Chinese Cooking Demystified showing garlic added to a wok (01:53, 09:19, 09:38). The resulting finely minced garlic paste is ideal for stir-fries and braises, providing excellent aromatic flavor (10:02).

Context: The video provides a detailed culinary tutorial on the fastest and most effective way to mince garlic without a garlic press, focusing on a technique commonly employed in Chinese cooking using a heavy cleaver. The presenter contrasts this method with Western techniques and references other cooking videos to illustrate the concept of achieving a fine garlic paste, emphasizing efficiency and flavor extraction.