Boston 1700s (AI Reconstruction)

Journey through pre-Revolutionary Boston, a city on the brink of dramatic change in American history. From a crowded colonial port to the streets, taverns, and meeting halls that shaped resistance, this exploration reveals a city defined by trade, tension, and everyday life on the edge of revolution. Using modern AI video tools and original 18th-century paintings, maps, and engravings, this video reconstructs Boston as it existed before independence with striking realism. By reimagining period artwork and historical records, we bring the scale, atmosphere, and character of colonial Boston back to life — allowing us to move through the city as it once was, and to compare these historic locations with how they appear today.

Quantum Computing – How It Will Change Everything

Quantum computing is set to change the world in ways traditional computers never could. In this video, we explain what quantum computing really is and why it matters so much. By using quantum bits, or qubits, that can exist in multiple states at once, quantum computers can solve problems that would take today’s most powerful supercomputers thousands of years.

I Made A Short Film About Taking Risks with Gemini 3, Nano Banana 2 & Veo 3

PRODUCTION WORKFLOW & AI TOOLS: This short film was created entirely using state-of-the-art Generative AI tools to push the boundaries of narrative consistency and cinematic realism.

Direction & Prompt Engineering: Powered by Gemini 3. The AI acted as the Cinematic Director, utilizing custom-build custom gems to generate complex, scene-aware prompts for every shot.

Video Generation: Generated using Veo 3. We utilized Veo 3’s advanced physics engine and Frames to Video & Ingredients to Video capabilities to solve complex character blocking, object permanence, and facial fidelity across cuts.

Visual Aesthetics & References: Master reference plates and character sheets were synthesized using Nano Banana 2, establishing the film’s distinct “Liminal ” aesthetic and 1990s film stock texture.