MICHELIN Guide

Eat Like A Chef: Taiwan 2024

15 August 2026 · 0:30 watch

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Join Michelin-starred chefs Kai Ho and Richie Lin alongside international peers as they delve into Taiwan's rich culinary landscape, decoding the precise science behind 'Lu' (braising) and 'Q' (bouncy textures).

Key takeaways

  • Understand 'Lu' as an emulsification process where low simmering binds rendered fats and collagens into a glossy glaze.
  • Achieve the sought-after 'Q' texture in fish proteins by whipping paste over ice to build an elastic, moisture-trapping matrix.
  • Manage starch gelatinisation in glutinous rice doughs with controlled water temperatures to prevent stickiness.
  • Utilise traditional Taiwanese street food profiles, such as slow-braised beef and pork, to inspire high-end cross-cultural menus.

Taiwanese cuisine is celebrated for its deep complexity, but for the professional chef, its true genius lies in the mastery of two fundamental culinary concepts: Lu (滷 - braising) and Q (bouncy or chewy texture). In this editorial overview of the MICHELIN Guide’s 'Eat Like A Chef' series, we join top-tier culinary minds—including Kai Ho of three-starred Taïrroir and Richie Lin of MUME—as they take international peers on a deep-dive exploration of Taiwan's street-level gastronomy to decode these core principles.

The Mechanics of 'Lu': Precision Braising and Emulsification

The term Lu refers to a sophisticated style of master-stock braising, epitomised by classics like braised pork rice (lu rou fan) and beef noodle soup. For chefs, mastering Lu is an exercise in fat emulsification and collagen extraction. The process relies on slow, low-temperature simmering to break down tough connective tissues into rich gelatin, which binds with rendered pork fat to create a glossy, clingy sauce.

The primary pitfall here is rapid boiling, which causes the fat to separate and leaves the sauce greasy rather than velvety. Furthermore, balance is key: the heavy salinity of dark and light soy sauces must be meticulously countered with rock sugar and warming five-spice aromatics to build a layer of umami that coats the palate without overwhelming it.

Decoding 'Q': The Science of Bouncy Textures

Perhaps the most distinct textural marker in Taiwanese cuisine is Q (or Q-tan). Representing a springy, elastic rebound, this mouthfeel is central to items like fish balls and tangyuan (glutinous rice dumplings).

Achieving a perfect Q texture in savoury applications like fish balls requires precise protein manipulation. Chefs must vigorously paste or beat fish meat—frequently over ice—to align myofibrillar proteins, creating a tight, springy matrix that traps moisture. In starch-based preparations like tangyuan, the texture is governed by the starch gelatinisation of glutinous rice flour. Mixing the dough with precise ratios of boiling and cold water determines the degree of starch swelling, ensuring the final dumpling is soft yet yields a distinct, clean bite rather than a sticky paste. Under-kneading or improper water temperature leads to a structural collapse, resulting in a soggy, unappealing product.

Questions from the pass

Frequently asked questions

What exactly does 'Q' texture mean in Taiwanese gastronomy?

Q refers to an elastic, bouncy, and chewy mouthfeel that offers pleasant resistance to the bite without being tough or dry. It is highly prized in Taiwanese dishes like fish balls, noodles, and glutinous rice dumplings, serving as a critical indicator of freshness, starch quality, and precise manual preparation.

How do you prevent a 'Lu' braising liquid from becoming greasy?

To prevent greasiness, maintain a gentle, sub-boiling simmer rather than a rolling boil. This allows the collagen from the meats to slowly dissolve and naturally emulsify the rendered fats into the soy-based liquid, creating a cohesive, velvety sauce that clings beautifully to ingredients.

Why is temperature control critical when preparing 'Q' textured fish balls?

Keeping the fish mixture cold, often by working over ice, prevents the proteins from denaturing prematurely during the whipping process. This temperature discipline ensures the proteins form a tight, elastic web that traps water, yielding the classic bouncy 'Q' snap when cooked.

How is starch gelatinisation controlled when making traditional tangyuan?

Controlling gelatinisation requires balancing hot and cold water additions to glutinous rice flour. Hot water pre-gelatinises a portion of the starch to provide structural elasticity and binding strength, while cold water keeps the remaining starch intact, preventing the dough from turning into an unworkable, sticky glue.

Original video by MICHELIN Guide. This overview is written independently by The Chef's Circle editorial desk — watch the original on YouTube.

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