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News Wire / technology

Pterosaur Flight Capabilities Tested in Wind Tunnel

RTHK Radio 1 Cantonese Hong Kong 16d9d Impact 5

The Hong Kong Science and Technology Innovation Cooperation Zone has commenced operations for its first three buildings. Hong Kong has opened three new buildings designated for human capital, funding, and data. Professor Michael Pisman of the Chinese University of Hong Kong's School of Life Sciences has shared new research findings regarding pterosaurs. The study reveals that these winged dinosaurs utilized advanced aerodynamics for flight. The research is based on fossil evidence analyzed by the professor. This discovery provides new insights into the biological mechanics of prehistoric flight. Professor Man Ka-ki describes new findings regarding pterosaur aerodynamic capabilities. Research indicates a shift from the previously understood two-pair wing configuration to a single-pair model. Fossil discoveries in Liaoning and Hebei provinces in China support these evolutionary changes.

The Hong Kong Science and Technology Innovation Cooperation Zone has commenced operations for its first three buildings. Hong Kong has opened three new buildings designated for human capital, funding, and data. Professor Michael Pisman of the Chinese University of Hong Kong's School of Life Sciences has shared new research findings regarding pterosaurs. The study reveals that these winged dinosaurs utilized advanced aerodynamics for flight. The research is based on fossil evidence analyzed by the professor. This discovery provides new insights into the biological mechanics of prehistoric flight. Professor Man Ka-ki describes new findings regarding pterosaur aerodynamic capabilities. Research indicates a shift from the previously understood two-pair wing configuration to a single-pair model. Fossil discoveries in Liaoning and Hebei provinces in China support these evolutionary changes. New fossil evidence from Liaoning and Hebei provinces in China suggests pterosaurs transitioned from two pairs of wings to a single pair. Researchers at the Chinese University are using specialized wind tunnel equipment to study the flight mechanics of early pterosaurs. The study aims to understand how these prehistoric animals achieved flight and how their functional capabilities evolved over time.

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innovation infrastructure Hong Kong

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Sources · 7 independent

RTHK Radio 1 Cantonese

“首批三座大樓已投入營運 全力實驗人樓、資金樓、物樓 和數據樓”

RTHK Radio 1 Cantonese

“全力實驗人樓、資金樓、物樓 和數據樓 創新要素跨境變質流動 打造世界級創科書樓 建設國家關鍵創新基地”

RTHK Radio 1 Hong Kong

“His research reveals that pterosaurs were able to use advanced aerodynamics. He is Assistant Professor Michael Pisman from the School of Life Sciences at the Chinese University of Hong Kong.”

RTHK Radio 1 Hong Kong

“His research reveals that pterosaurs were able to use advanced aerodynamics, and he is Professor Michael Pisman, Assistant Professor at the School of Life Sciences, Chinese University of Hong Kong.”

RTHK Radio 1 Hong Kong

“不如先請文嘉琪教授 介紹一下多翼恐龍 一種怎樣的恐龍 全部都有兩對翼的 一個在手,一個在腳 這個是一個變化的 經過很多大部分的發現 是在我們中國的遼寧省、河北省 找到很多有語無的恐龍”

RTHK Radio 1 Hong Kong

“Professor Wen Jiaqi introduces the multi-winged dinosaur... we see a single pair of wings... many feathered dinosaurs were found in Liaoning and Hebei provinces in China.”

RTHK Radio 1 Hong Kong

“Many feathered dinosaurs were found in Liaoning and Hebei provinces in China... we see a single pair of wings.”

RTHK Radio 1 Cantonese

“His research reveals that the earliest pterosaurs had two pairs of wings, one from the hands and one from the feet, with beautifully preserved feathers and skin.”

RTHK Radio 1 Cantonese

“亦都放動物的模型在不同的儀器裡面 一個就是Wind tunnel的隧道 我們來看看這個動物”

RTHK Radio 1 Hong Kong

“We are not just using a regular wind tunnel, but we want to go deeper at the Chinese University to understand these early flying animals.”

RTHK Radio 1 Cantonese

“We are using a wind tunnel... we want to go deeper at the Chinese University to understand more about these early flying animals.”

RTHK Radio 1 Cantonese

“We want to go deeper at the Chinese University to understand more about these early non-avian animals, why they could fly, and how their flight functions evolved.”

RTHK Radio 1 Hong Kong

“But why do this? Because we want to do many, many, many different tests to understand why the airflow hits the liquid surface and allows it to fly.”

RTHK Radio 1 Cantonese

“We are not using a regular wind tunnel, but other advanced research that hasn't been done. At the Chinese University, we've spent years discovering how the wing allows for flight.”

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