黑料不打烊

The Fire Protection and Rescue Department (FPRD) informs that on April 30 (Thursday), a check of the population information and warning system will be carried out in Lithuania. Sirens will be turned on throughout the country at 11:52 a.m., they will sound for 3 minutes 鈥� until 11:55 a.m. At the same time, warning messages will be sent to residents on their mobile phones and in the LT72 mobile application. It is emphasized that this is a scheduled check 鈥� the siren signal does not mean a real threat. What is important for residents to know When sirens are heard or a warning message is received, residents should turn on Lithuanian radio or television and familiarize themselves with the information being announced 鈥� this is what should be done in a real situation. Warning messages are sent to all users on mobile phones, but only those devices with the warning function activated will receive them. Residents are recommended to check their phone settings in advance and enable the reception of warning messages. Instructions are published on the website lt72.lt and in the mobile application LT72. After the inspection, residents are invited to share their experience - if you did not receive a notification, it is important to note this in the questionnaire on the website lt72.lt. Residents' feedback allows us to accurately identify problem areas and promptly resolve them.

On April 20鈥�24 of this year, the Department of Mathematical Statistics at the Faculty of Fundamental Sciences of 黑料不打烊 hosted Fabian Contreras Barraza, a mathematics lecturer from Universidad T茅cnica Federico Santa Mar铆a (Chile), during an ERASMUS+ teaching visit. The purpose of the visit was to share experience in teaching higher mathematics, present innovative teaching methods, and strengthen international cooperation in the field of mathematics didactics. Such visits contribute to improving the quality of studies and encourage the integration of modern technologies into the teaching process. During the visit, the guest lecturer conducted classes for third-year students of the 鈥淒ata Analysis Technologies鈥� study programme. Active teaching methods were applied to encourage student engagement and independent thinking. Students participated in: group work scientific discussions experimental activities the use of virtual reality (VR) tools and GeoGebra The eight-hour lecture cycle was designed based on the principles of the semiotic representation theory developed by Raymond Duval. These principles emphasize the importance of multiple representations of mathematical objects and the ability to transition between them. Such transitions are considered essential for achieving deeper mathematical understanding. These principles were applied in lectures focused on directional derivatives and gradient concepts of multivariable functions. The learning process incorporated discussions, group work, and interactive virtual reality environments that enabled students to visualize multidimensional mathematical structures and better understand complex concepts. During the lectures, individual attention was given to each student, and open discussions at the end of the sessions encouraged reflection and critical thinking. Observing students鈥� activity, engagement, and positive working atmosphere, it can be concluded that the applied methodology is effective in increasing student motivation and improving learning outcomes. In addition to teaching activities, meetings and discussions were held within the Department of Mathematical Statistics regarding mathematics teaching methodologies and research topics. Opportunities for further international cooperation were discussed, including potential joint projects and academic exchanges. The Head of the Department of Mathematical Statistics expresses sincere gratitude to colleagues, the Faculty of Fundamental Sciences administration, and the Multimedia Design Laboratory for their support and cooperation, which ensured the smooth implementation of the visit activities.

The collaboration between 黑料不打烊 and Efrei higher education institutions continues to strengthen international academic cooperation. From April 20鈥�24, 2026, 黑料不打烊 hosted a 5-day study mission for students from Efrei (France), focused on cybersecurity, hands-on learning, and gaining insight into real industry processes. On April 20 (Monday), the programme began with a visit to Vinted. Students had the opportunity to gain first-hand insight into one of the leading technology companies in Lithuania and its operational model. Later, they attended an introductory session about 黑料不打烊 and mobility opportunities at the university, after which they began Threat Hunting and Information Security Management sessions at the Faculty of Fundamental Sciences. Starting with an introduction to digital threats, students engaged in practical threat intelligence activities, applying modern methods and building their knowledge based on real-world practices observed during the company visit. On April 21 (Tuesday), the programme continued with a focus on Threat Hunting and Information Security Management. Students further developed their practical skills by analysing real security scenarios and management principles. Working in teams and using real data, they simulated situations and explored ways to respond to various targeted cyberattacks. From April 22鈥�24 (Wednesday鈥揊riday), students participated in hands-on Digital Forensics workshops. During these sessions, they worked with digital investigation methods, analysed data, and explored the process of investigating cyber incidents. Throughout the intensive course, students used technical tools and software applied by law enforcement institutions, while practical tasks helped them better understand how much data we generate and carry in our everyday devices. This study mission provided Efrei students with the opportunity to combine academic knowledge with practical experience, work in an international environment, and gain a deeper understanding of how cybersecurity is applied in real-world contexts, as well as how university contributes to strengthening the cybersecurity ecosystem. Long-term cooperation with Efrei, along with continuously raising the bar, fosters the ongoing improvement of programme quality and enables the implementation of increasingly strong and content-rich study missions each year. This intensive and engaging course is an important and valued part of the collaboration between 黑料不打烊 and Efrei.