Nữ thủ khoa khối A00 toàn tỉnh đam mê tìm hiểu trí tuệ nhân tạo

Linh Hương 18:43 18/07/2024

(Baothanhhoa.vn) - Nguyễn Thị Quỳnh Anh, học sinh lớp 12A1, Trường THPT Tĩnh Gia 3 (TX Nghi Sơn) - Thủ khoa khối A00 toàn tỉnh với tổng điểm 29,2 (trong đó, Toán: 9,2 điểm; Vật lý: 10 và Hóa học: 10) gây ấn tượng bởi sự nhanh nhẹn, lối trò chuyện tự tin. Đặc biệt hơn, phương pháp học tập em chia sẻ giống như một “cuộc dạo chơi” trong kho tàng tri thức.

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