TEMPO.CO, Jakarta – Professor Anuraga Jayanegara from the Faculty of Animal Husbandry at IPB University has been named as one of many 5 recipients of the 2025 Habibie Prize. This award is given to people who’re deemed to have made excellent contributions to the event of science and know-how. Anuraga was chosen because the recipient in the sector of engineering science.
The 42-year-old man admitted he didn’t anticipate to be named the recipient of the celebrated award, sometimes called the “Nobel Prize of Indonesia.” “I myself did not know the process. Suddenly, I was contacted and informed that I was chosen for the Habibie Prize. At first, I thought it was a hoax,” stated Anuraga throughout the award ceremony on Monday, November 10, 2025.
The 2025 Habibie Prize is a collaboration between the Habibie Center and the National Research and Innovation Agency (BRIN) with funding assist from the Indonesia Endowment Fund for Education (LPDP). The choice and evaluation course of includes varied nationwide and worldwide establishments, together with researchers from overseas.
“I also do not know what the indicators are, but maybe it’s because my research has been continuous since my master’s degree until now. Maybe that’s what is acknowledged,” stated Anuraga, who can be the Director of Strategic Studies and Academic Reputation at IPB University.
Anuraga defined that his analysis has centered on feed science and know-how, notably in engineering livestock feed to scale back greenhouse gasoline emissions. This matter has been his focus since his research in Germany and Switzerland, and he has been growing it for greater than 15 years.
“We engineer animal feed to ensure that the livestock remain productive while producing lower methane emissions,” he stated, including, “So the contribution is not only for the livestock sector but also for climate change mitigation.”
In his research, Anuraga extensively used pure plant compounds, reminiscent of polyphenols and tannins, elements of tea which might be recognized for their well being advantages. “The active compound in tea is tannin. We utilize this active compound in livestock feed to suppress methane emissions,” he stated.
According to him, IPB University has supplied extraordinary assist via a conducive analysis ecosystem. “The team works like man-to-man marking, accompanying lecturers from proposal submission to grant acquisition,” he stated.
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