Bekhzod Yuldoshev

Born on 9 May 1945 in Tashkent, Yuldoshev initially worked as a junior researcher at the Institute of Nuclear Physics of the Academy of Sciences of the Uzbek SSR after he graduated from Tashkent State University in 1968. After defending his thesis in 1971, he went on to work as a senior researcher at the Budker Institute of Nuclear Physics.[1][2][3][4][5]

Having defended his thesis for his doctorate of physical and mathematical sciences in 1981, he went on to be head of a laboratory Physicotechnical Institute of the Academy of Sciences of Uzbekistan, holding that post from 1984 to 1990. In June that year, he became the director of the Institute of Nuclear Physics, where he remained until 2006. Meanwhile, he became a corresponding member of the Academy of Sciences in 1994, and then a full member in 2000. That year, he was made president of the Academy of Sciences, but he was removed from the post on 21 November 2005. Earlier that year on 24 January, he had been appointed a member of the Oliy Majlis by decree of Karimov. In 2006 he was demoted to laboratory head in the Institute of Nuclear Physics. In the course of his work, he conducted research outside Uzbekistan, becoming a visiting professor at Stanford University and the University of Washington as well as working on projects with Fermilab and TRIUMF. In addition, he worked as a consultant for the IAEA for four years. Eventually, on 10 January 2017, he was elected to be the president of the Academy of Sciences again, and in 2022 he was elected as a member of the Russian Academy of Sciences. As of 2022 he has authored over 400 papers, trained 9 doctoral students, and 30 candidates of sciences.[2][6][7][8][9][3][4][5]  

The author of over 300 scientific works, including 3 monographs and 20 inventions, has supervised the research of 9 doctoral candidates and more than 30 candidates for scientific degrees.[4] Yuldashev experimentally proved for the first time the existence of a unified mechanism of quark hadronization in interactions between neutrinos (leptons) and high-energy hadrons with nuclei. He was the first to obtain and interpret experimental evidence for the existence of a new type of hadronic matter - narrow dibaryon resonances (dibaryon). He discovered the presence of local properties within nuclear matter.[10]

• Laureate of the State Prize of the Uzbek Soviet Socialist Republic named after Beruni (1983).[3][4]
• Foreign member of the National Academy of Sciences of Kazakhstan.[11][4]
• Member of the American Physical Society, fellow of the State University of Indiana and Cambridge University, and honorary professor at Samarkand State University.[4]
• Member of the Islamic World Academy of Sciences in Amman, Jordan.[4]
• Honorary Doctorate from the United Institute for Nuclear Research (2005).[4]
• Recipient of the " Mehnat shuhrati " (Labor fame) Order (August 22, 2003).[12][4]
• Recipient of the ESO International Prize (2004).[4]
• Recipient of the "El-yurt hurmati" (To the Honored People and Homeland) Order (August 28, 2011).[13]
• Honorary title of "O'zbekiston Respublikasida xizmat ko'rsatgan fan arbobi" (Distinguished Scientist of the Republic of Uzbekistan) (August 28, 2018).[4]