Transparent Salmon Sushi

Ingredients

• 1 tangerine (Juice extracted and used to form approximately 500 orange spheres through molecular spherification; the spherification agent is not specified.)
• 1 slice sashimi salmon (One slice; separated into red protein fibers and white fat membranes.)
• 5 g protease enzyme (Used to liquefy the salmon structure.)
• vinegar (Injected into micro-molds with kelp broth to fabricate the rice grains; amount not specified.)
• kelp broth (Injected into micro-molds with vinegar to fabricate 500 transparent rice grains; amount not specified.)

Steps

1. 1

   Extract the juice from one tangerine. Use the juice for molecular spherification to form approximately 500 precise orange spheres, which replace roe.

2. 2

   Place one slice of sashimi salmon under an ultrasonic blade vibrating at 50,000 times per second. Separate the red protein fibers from the white fat membranes.

3. 3

   Add 5 grams of protease enzyme to the separated salmon material to liquefy its structure.

4. 4

   Process the salmon mixture in a centrifuge at 8,000 rpm.

5. 5

   Filter the processed solution until the salmon becomes a glass-like liquid.

6. 6

   Layer the salmon fat and muscle essence one by one to mimic the original grain of the fish.

7. 7

   Allow the reconstructed salmon body to solidify. The source states that this took 86,400 seconds, or 24 hours.

8. 8

   Inject vinegar and kelp broth into micro-molds to fabricate 500 transparent rice grains.

9. 9

   Assemble the transparent salmon, invisible rice grains, and tangerine spheres to finish the transparent sushi.

Notes

The source does not specify the spherification reagent, exact vinegar or kelp-broth quantities, mold dimensions, filtration equipment, temperature, or a safe food-grade procedure for the enzyme, ultrasonic blade, and centrifuge operations. This should be treated as a conceptual experimental recipe rather than a validated home-cooking method. Raw salmon should be sourced and handled according to food-safety guidance.

Nutrition per serving

• main
• sushi
• sashimi
• molecular gastronomy
• experimental
• no-cook
• seafood
• East Asian