Introduction: A Digital Journey Through the Ancient Agora: Sensory Reconstruction of Historical Sites

This project reimagines the Ancient Agora of Izmir through an engaging blend of handmade models, AI-generated visuals, and sound design. Visitors can explore realistic reconstructions of ancient Greek market life using QR codes that lead to informative presentations. A DIY hologram device and immersive visuals made with tools like Kling AI and Sora by ChatGPT turn a passive visit into a vivid journey through time.

The goal is to create an accessible, educational experience especially tailored for younger generations and school trips.

Supplies

  1. Handmade Hologram Viewer: Created with cwood, scissors, black paint and acetate paper
  2. Gamma and QR Code: For creating informative visual presentations (linked via QR code)
  3. Sora & Kling AI: To animate 2D realistic, cinematic short scenes from static images
  4. Mishy AI: To animate 3D version of Agora Ancient City in the past
  5. CapCut: For video editing and adding subtitles/sounds
  6. tablet for reflect to 3D video

Step 1: Research & Design

I analyzed the original structures of the İzmir Agora and collected reference images and historical data. I chose the Agora as the focus for the historical recreation, aiming to present market scenes and ancient daily life in an engaging way.

Step 2: Create Visuals

I captured and sourced images of the Agora, then used Mishy AI, Kling AI, and Sora by ChatGPT to create smooth, lifelike animations. I designed 3D-style rotating videos that are compatible with the hologram projector, making the visuals appear more realistic when reflected inside the device.

Step 3: Build a Hologram Device

I built a 350mm x 350mm wooden hologram box using laser-cut parts. After assembling it, I painted the interior black to improve image clarity. I placed an acetate sheet inside at a 45-degree angle to reflect the visuals. To project the 3D rotating video I had prepared earlier, I cut an opening to fit my tablet screen. When the video plays, the reflection on the acetate creates a floating hologram effect.

Step 4: Audio Integration

I downloaded ambient sounds and ancient Greek voiceovers from YouTube, including marketplace noise and traditional music. Using CapCut, I synced these audio tracks with the animated visuals, carefully matching the timing of the narration and background sounds to enhance the immersive experience of the hologram projection.

Step 5: Educational Layer With QR Codes

To offer a better and more engaging experience, I created interactive Gamma presentations in English and Turkish and linked them using QR codes made with an online generator. These codes are placed next to the hologram viewer so visitors can easily access the historical context on their phones.

Step 6: Result

Thanks to the handmade hologram device and 3D visuals displayed on a tablet, viewers can witness the Ancient Agora in its former glory. Accompanied by ancient Greek narrated texts and period music, the experience immerses visitors in the atmosphere of the era, making them feel as if they have truly traveled back in time.

Additionally, AI-generated 2D videos symbolically showcase daily life in ancient times, allowing users to visually connect with the past in a unique way. Through QR codes I created, visitors can also learn about the historical significance and stories of different sections of the Agora.

This transforms what might be a dull and meaningless museum visit into an engaging journey through time—bringing history to life and creating a vivid, memorable experience.

Attachments