Skip to Main Content
홈으로
닫기

Open Access

What is SCOAP3?

SCOAP3

SCOAP3는 고에너지 물리학 분야의 저널을 오픈액세스로 전환하는 글로벌 컨소시엄 사업으로 유럽합동원자핵연구소(CERN)에서 주관하며 한국과학기술정보연구원(KISTI)가 대한민국 대표로 참가하는 글로벌 오픈엑세스 컨소시엄입니다.
DGIST 구성원은 SCOAP3(Sponsoring Consortium for Open Access Publishing in Particle Physics) 컨소시엄 가입에 따라, 고에너지 물리학 분야 11종의 OA(Open Access) 저널의 원문을 자유롭게 이용할 수 있습니다. 또한, 투고시 저자가 부담해야할 논문투고비(건당 평균 $2,000)가 면제되오니 관련 분야 연구자들은 참고하시기 바랍니다.


SCOAP3 is a one-of-its-kind partnership of over three thousand libraries, key funding agencies and research centers in 44 countries, regions or territories and three intergovernmental organisations. Working with leading publishers, SCOAP3 has converted key journals in the field of High-Energy Physics to Open Access and continues to support OA publishing in these journals at no cost for authors. In addition, existing Open Access journals and even books and monographs are centrally supported, removing existing financial barrier for authors and allowing a free and easy scientific discourse in High-Energy Physics. Each country, region or territory contributes in a way commensurate to its scientific output in the field. 

SCOAP3 journals are open for any scientist to publish in without any financial barriers. Copyright stays with authors, and a permissive CC-BY license allows text- and data-mining. SCOAP3 addresses Open Access mandates at no burden for authors. All articles appear in the SCOAP3 repository for further distribution, as well as being Open Access on publishers’ websites. Metadata are freely available and an API (SCOAP3 partner exclusive) allows easy ingestion of all articles in national or institutional repositories.

(SCOAP3 : https://scoap3.org)

SCOAP3 Journals

Publishers and journals participating in the second and third phase of SCOAP3 (2017-2024) are listed here together with the number of articles funded to date (updated daily). The journals published by the American Physical Society joined SCOAP3 in January 2018.

Journals which participated in the first phase of SCOAP3 (2014-2016), are shown here.