Brown and Gracja Dudgeon, a possibile colleagues, began their journey into researching the Corythosaurus as part of their study on the advanced dinosaur species. Their research, known as Rawr!, was initially focusing on the sound hiding mechanisms. In Rawr!, Brown utilized a mechanical larynx, requiring people to blow into a mouthpiece to produce sounds, which would unfortunately appear in a hygienic environment, posing a significant safety hazard. This realization led to a shift in their approach, prompting Brown to explore a more digital and computational method. This reasoning was further佐en by the recent COVID-19 pandemic, which highlighted the need for more than physical interaction with the creatures involved.
The collaboration between Brown and Gracja Dudgeon began in 2021, with Brown traveling to Canada where the Corythosaurus was believed to have lived. Gracja, a paleontologist at the University of Toronto and the Royal Ontario Museum, and Brown, along with Brown, operated a study group focused on advancing their research. Gracja taxed the data obtained from selfies, CT scans, and 3D models in Canada, creating a robust foundation for their digital skull project. The digital skull model they created was scale-reduced in 3D using materials like clay andadanui and extruded with HD clay to approximate the JNIEnv of a real-sized skeletal taxable.
After constructing the digital skull, the next step was to dissect the discrepancies inobservations and test the computational models. Brown was particularly inspired by recent studies on ankylosaur larynx, which had been overlooked as it was primarily associated with birds, not mammals or crocodiles. This led to a hypothesis suggesting that non-avian dinosaurs might possess a vocal innovation unlike mammals and crocodiles. These findings contributed to their interest in understanding the vocalemit mechanisms of evolution.
Over time, Brown and Gracja developed a system of digital tools capable of modeling vocalizations mathematically. This involved tying the mechanics of voice generation—such as air pressure changes over time—and integrating various factors, including the affective impacts ofaging—and how humans produce vocalizations. Their approach required significant computational power, ultimately leading to the creation of a digital representation of an adult Corythosaurus’sroat and lung features.
Their research has informed advancements in paleontological studies, particularly those involving non-avian dinosaurs. This work has implications for understanding the evolution of vocalization and the potential loss ofCi during human evolution. Brown expresses excitement about their next steps, which include further simplifications and innovations. As they continue to explore the fascinating world, they hope to shed new light on the hidden complexities of dinosaur歌唱. Their work serves as a reminder of how progress in scientific research can inspire curiosity and continue pushing boundaries.
