Microwave Molten Chocolate Lava Cake for Two
Among the many types of this hip new recipe I have tried, I like this one the best!
Among the many types of this hip new recipe I have tried, I like this one the best!
- Carbohydrate 51.4483241815025 g
- Cholesterol 256.943452384172 mg
- Fat 44.0393054815788 g
- Fiber 3.6771459891234 g
- Protein 10.8230970725979 g
- Saturated Fat 26.058361081577 g
- Serving Size 1 1 Serving (187g)
- Sodium 7266.47254206692 mg
- Sugar 47.7711781923791 g
- Trans Fat 3.774840374456 g
- Calories 640 calories
Step-by-step
- In a small bowl, melt the butter and dark chocolate. Stir in the cocoa powder and the vanilla extract (make sure you do this after the mixture is completely melted).
- In another bowl, whisk together the sugar and the eggs until smooth and creamy. Add the melted chocolate mixture and keep whisking so you don't have scrambled eggs!. Then add the flour, baking powder, and salt and combine well.
- Divide batter into 2 coffee mugs.
- Microwave for approximately 40 seconds. Insert the chunks of chocolate into the cakes (push down into them) and then microwave for another 30-45 seconds until the cake looks done. These times are highly dependent on your microwave. Some say 50% power for 45 seconds, stir then another 45 seconds at 50%, then insert chocolate chunks, and then microwave 50% power for another 45 seconds. Again, it is really up to your microwave. You will need to experiment to get this perfect (ain't that a shame? LOL)
- These will be screaming hot, so let them cool for a minute or two and dig in!
A properly executed molten chocolate cake yields an exterior with the crumb of a light sponge while housing a fluid, thermal core of heavy chocolate syrup that immediately escapes upon the first breach of the spoon. Jean-Georges Vongerichten famously invented the original baked restaurant version in New York City during the late 1980s by accidentally undercooking a chocolate sponge cake, realizing that precise thermal management could keep the center liquid while setting the perimeter. Adapting this luxury-dining staple for the microwave requires substituting dry heat with dielectric heating, which excites water and fat molecules rapidly to cook the batter from the inside out within seconds.
Whisking the sugar and eggs until pale and creamy introduces essential air bubbles that expand under microwave radiation, creating the necessary structural lift since rapid steam generation alone will result in a dense, rubbery fudge rather than a true cake. Incorporating the melted dark chocolate and cocoa powder mixture into the egg base must happen gradually to prevent the residual heat from curdling the proteins, a technical safeguard identical to tempering an anglaise. Integrating the flour, baking powder, and salt afterward provides just enough gluten network to support the rising crumb without turning the batter tough.
Dividing the mixture into standard ceramic coffee mugs creates cylindrical vessels that promote even thermal distribution, though microwave wattages vary wildly between 600 and 1200 watts and demand careful observation during the initial forty-second cooking phase. Inserting milk chocolate chunks midway through the process introduces a secondary melting phase that guarantees a pooling interior even if the surrounding crumb bakes slightly past the fluid stage. Letting the mugs rest for two minutes allows the internal starches to gelatinize fully and prevents steam burns from the extremely hot chocolate fats.
Pairing these rich desserts with a tart element like fresh raspberries or a cold scoop of unsweetened vanilla bean gelato cuts through the high butter and sugar content, balancing the palate after every rich bite. Because the high fat ratio prevents proper structural freezing, these single-serving desserts cannot be pre-baked and stored, meaning the batter must be mixed fresh and cooked immediately before consumption.
