Science in 2025-2027 and the SPQEO journal

A. Belyaev, P. Smertenko
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Abstract

Relevance of recent research is important for scientists and journals reporting research results. There are many sources of prognoses and one of them is the Report of European Commission "Looking into the R&I future priorities 2025-2027". It predicts the importance of the following areas for users: healthcare, energy, climate, sustainability and digitalization. The Ukrainian journal Semiconductor Physics, Quantum Electronics and Optoelectronics (SPQEO) actually focuses on these areas and contributes to the development of related knowledge. Monitoring of last SPQEO issues shows some interesting results: (i) the effect of local field amplification, which causes emergence of ponder motive forces acting on viruses until destruction of viral envelopes; (ii) the methods of malignant tumors treatment taking into account their genesis mechanisms and focusing on correction of definite pathogenesis components, while being nontoxic for other organs and tissues; and (iii) manipulation of the spectral characteristics of a “polycarbonate matrix – gold nanostructures – HTTH dye” system due to influence of gold nanostructures. SPQEO paid attention to the improvement of solar cells (SCs) by considering physical effects such as the effect of space charge region (SCR) recombination on the key characteristics of high-efficiency silicon solar cells, such as photovoltaic conversion efficiency and open-circuit voltage, is not only dependent on the charge-carrier lifetime in the SCR, but also on the ratio of hole-to-electron-capture cross section, σp/σn. Non- traditional SCs were also considered: SCs with perovskite thin films, SCs comprising CdS/CIGS heterojunctions, and vitamin B12-patterned silicon hybrids based SCs. Moreover, SPQEO also covers research results in the fields of quantum devices, diamond- like and oxide films, and light-emitting diodes.
2025-2027 年的科学》和 SPQEO 期刊
近期研究的相关性对于科学家和报道研究成果的期刊非常重要。预测的来源有很多,其中之一是欧盟委员会的报告 "展望 2025-2027 年研究与创新的未来优先事项"。报告预测了以下领域对用户的重要性:医疗保健、能源、气候、可持续性和数字化。乌克兰期刊《半导体物理、量子电子和光电子学》(SPQEO)实际上关注这些领域,并为相关知识的发展做出贡献。对最近几期 SPQEO 的监测显示了一些有趣的结果:(i)局部场放大效应,它导致出现作用于病毒的思索动力,直至病毒包膜被破坏;(ii)恶性肿瘤的治疗方法,考虑到其成因机制,并侧重于纠正明确的致病成分,同时对其他器官和组织无毒;以及(iii)由于金纳米结构的影响,操纵 "聚碳酸酯基体-金纳米结构-HTH 染料 "系统的光谱特性。SPQEO 关注太阳能电池(SCs)的改进,考虑了各种物理效应,如空间电荷区(SCR)重组对高效硅太阳能电池关键特性(如光电转换效率和开路电压)的影响不仅取决于 SCR 中的电荷载流子寿命,还取决于空穴与电子捕获截面之比 σp/σn。我们还考虑了非传统的可控硅:采用过氧化物薄膜的太阳能电池、由 CdS/CIGS 异质结组成的太阳能电池以及基于维生素 B12 的硅混合图案太阳能电池。此外,SPQEO 还涵盖了量子设备、类金刚石和氧化物薄膜以及发光二极管领域的研究成果。
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