During our visit
to Studiokitchen, we were able to watch Chef Shola make chocolate mousse,
butterscotch foam, lemon and brie meringues made with liquid nitrogen, fresh
pasta and pizza. In addition, Chef Shola took the time to show us
demonstrations illustrating different chemical properties, including putting
watermelon in the vacuum sealer and letting us taste both the vacuum sealed
watermelon and the regular watermelon and cooking a perfect soft boiled egg. Throughout
the day, Chef Shola explained what he was doing and the chemistry behind it and
answered all of our questions about molecular gastronomy.
Chef Shola centered the day on
showing us differences in texture of food. First, we made the chocolate mousse,
since it would take the longest. To make the mousse, we mixed together melted
chocolate, heavy cream, and glucose. Next, we poured agar into water and boiled
the mixture, since, as Chef Shola explained, the agar needed to be brought to a
boil in order to hydrate it. Once the agar and water mixture was boiling for a
few minutes, we added it to the chocolate mixture in a blender. Then, we put a
sheet of gelatin into the blender with the chocolate and agar mixtures after it
had been soaking in an ice bath. Once all the ingredients were mixed together,
we poured the mixture into an isi canister and added two charges, and then put
the chocolate mousse into a sealed vacuum vessel in the chamber vacuum machine.
When the put the mousse into the chamber vacuum machine, the mousse rose as the
air was lifted up. To show how the chamber vacuum machine worked, Chef Shola cut
two slices of watermelon, both seasoned with salt, and put one of the pieces of
watermelon into the chamber vacuum machine. As a result, the vacuum-sealed
watermelon changed from a light pink to a dark red, giving it the appearance of
raw tuna. When we ate the vacuum-sealed watermelon, it was much juicier and had
a slight salty taste throughout, as opposed to the regular watermelon, where
you could only taste the salt on the outside.
Once the mousse filled the
container, we froze it in a sealed vacuum container in the blast chiller. After
we had eaten the pasta and pizza, the chocolate mousse was ready to eat. After
being in the blast chiller, the frozen mousse looked closer to an ice cream
than a mousse, but as soon as you ate it, the mousse dissolved inside your
mouth. Served with butterscotch foam that resembled whipped cream, the dish
featured an intriguing mix of textures.
The other dessert that Shola made
for us was a lemon and brie meringue. The meringues were made using a lemon and
brie mixture that Shola had prepared before we arrived and liquid nitrogen.
Once the cream mixture was dropped into the liquid nitrogen, a hard outer shell
formed. However, when you bit into the meringue, the shell broke and revealed a
liquid interior that dissolved in your mouth.
Looking back at our discussion on
Shola before we left for Studiokitchen, I think that Shola should be considered
a chef because of his level of innovation in the kitchen. Though he does not
manage a hectic restaurant kitchen, Shola formulates his own recipes, experiments
with food science, and consults with budding restaurants to create a menu.
I also thought it was interesting that you could taste the salt throughout the watermelon that he put in the vacuum sealer. I had never thought of using a vacuum sealer to change the appearance and flavor of something; I thought it was only to keep food fresh. The other watermelon just had salt on top and was less juicy. Also, I agree with you that Sola should be considered a chef because although he does not run a kitchen in a restaurant, he makes menus for other restaurants. I feel like this is just as important as a chef managing a restaurant because he is creating all of the dishes. He also is very passionate about cooking and experimenting with different ingredients.
ReplyDeleteHis level of innovation is phenomenal, and not just in his food, but in the fact that he consults with scientific companies to see if there are home or commercial kitchen uses for equipment that would normally only be used in labs. Do you think the passion drives his innovation or the innovation drives his passion?
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