Nov 13 – 15, 2024
Hotel Lahan, Pohang, Korea
Asia/Seoul timezone

Proton fusion reactions under high temperature: Finding a new sun

Nov 14, 2024, 10:50 AM
20m
4F Ruby Hall

4F Ruby Hall

Oral KOPUA KOPUA

Speaker

Prof. Seung Jeong Noh (KAPRA / SNU)

Description

According to the Big Bang theory, the universe began about 14 billion years ago, and light elements such as hydrogen and helium were created after several minutes of the universe's beginning. Inside the sun, proton fusion reactions under high temperature and high pressure generate 400 YJ (yottajoules, 10**24 joules) of energy per second, which is about 700,000 times the amount of global energy consumed per year, and only one-2.2 billionth of it reaches the earth's atmosphere. In the view of carbon neutrality and energy challenges, 'plan A' for the first half of the 21st century (2006-2056) and 'plan B' for its second half (2056-2106) are discussed, which were proposed by professors Robert H. Socolow and Stephen W. Pacala at Princeton University. The related innovative energy sources are also discussed.

Contribution track KOPUA
Paper submission Plan No
Best Presentation No

Primary author

Prof. Seung Jeong Noh (KAPRA / SNU)

Co-author

Dr Bo-Hyun Chung (KAPRA)

Presentation materials