<h1 class="pTitle">Đọc có trách nhiệm</h1><p class="pHead">PTĐT- Lâu rồi hội lớp cũ chúng tôi mới lại hẹn nhau chiều cuối tuần. 3 giờ chiều, cả nhóm gần như đã đông đủ, chỉ thiếu cậu bí thư đoàn. Gần tàn cuộc mới thấy ông bạn vàng tất tả đi vào, vừa đi vừa phân trần: "Xin lỗi mọi người. Mình đưa bà xã đi mời gia sư về dạy Văn cho thằng út sang năm vào lớp 10". Thế là cả hội lại nhao nhao hạch tội cậu bạn: Thằng cu nhà ông học giỏi Toán thế, đi thi hết trong Nam, ngoài Bắc sao giờ lại bắt nó học Văn. Hay ông muốn con ông làm thần đồng song toàn cả Văn lẫn Toán à? Chờ cho bạn bè bớt nhiệt, cậu bí thư mới từ tốn: "Kỳ vọng gì đâu. Chỉ là mong cháu nó biết học cách để sống nhân ái hơn, chứ xã hội giờ nhiễu nhương quá". Cả hội lại như té ngửa. Thế là câu chuyện của những ông bố, bà mẹ phút chốc chuyển hướng sang chuyện học, chuyện đọc của bọn trẻ ngày nay.</p><p class="pBody">Ai cũng bảo bọn trẻ ngày nay sướng quá. Chỉ một cái “click chuột” là mọi thứ cần tìm đều có. Không như bọn mình ngày xưa có được cuốn sách tham khảo cô giáo cho mượn thì truyền tay nhau cắm đầu cắm cổ đọc đọc chép chép. Lạ là tài liệu khan hiếm thế, vậy mà hỏi đến dẫn chứng nào cũng làu làu dù là thơ hay văn, nói về tác giả nào cũng thông thạo cả năm sinh lẫn sự nghiệp sáng tác. Sách truyện thì khỏi phải nói, say mê từ sách tây đến sách tàu. Có bộ truyện "Ba chàng lính ngự lâm" của Aleck Xăng - Đuyma cả lớp thi nhau đọc, đến những đứa cuối cùng mà bộ sách vẫn được giữ gìn cẩn thận. Bọn trẻ bây giờ thì chỉ thích đọc mấy cuốn truyện tranh, giở cuốn sách kín đặc chữ là than buồn ngủ, đau đầu. Cần tài liệu gì thì chỉ cần tra bác "Gúc - gồ" là ra hết. Vì thế cứ cảm giác chúng nó học hành thụ động sao ấy, không biết kiến thức nào là của con, kiến thức nào là vay mượn từ Internet nữa. Việc "ghét đọc" nhất là xu thế không thích học Văn dường như làm cuộc sống của bọn trẻ cũng trở nên khô cứng hơn. Phụ thuộc quá nhiều vào các thiết bị điện tử thay vì các cuốn sách khiến không ít bậc phụ huynh cảm thấy thiếu yên tâm cho con em mình vì thế.</p><p class="pBody">Thực tế thì việc thu thập thông tin từ Internet hay qua sách báo in không khác gì nhau. Chỉ là khi đọc các cuốn sách in, người đọc thường đọc chậm, đọc kỹ và nghiền ngẫm hơn... nói chung là mang tính khám phá và hưởng thụ rõ rệt hơn. Còn khi sử dụng các thiết bị điện tử người đọc lại có tâm lý giải trí kiểu tìm kiếm và cập nhật thông tin nhiều hơn. Mặt khác sự đa dạng sống động của thế giới Internet cũng khiến cho người đọc khó duy trì sự tập trung, dễ tìm đến với các thông tin, chương trình giải trí khác khiến cho mục đích học tập, nghiên cứu hay đơn giản chỉ là cập nhật thông tin cũng dễ dàng bị sao nhãng. Rõ ràng khi chúng ta không thể cưỡng lại được xu thế phát triển của kỷ nguyên 4.0 thì việc học hay đọc bằng cách nào sẽ không quan trọng bằng việc học, đọc như thế nào.</p><p class="pBody">Cuộc sống ngày càng phát triển, mỗi bạn đọc văn minh sẽ phải là người biết đọc có trách nhiệm. Nghĩa là người ta sẽ phải biết đâu là kiến thức cần trau dồi, đâu là thông tin cần tham khảo, biết phân biệt thứ gì là văn hóa và thứ gì chỉ là giải trí để tìm đến các phương tiện cung cấp thông tin cho phù hợp. Trong xã hội thông tin hiện đại, thời gian đọc sách của độc giả bị co hẹp lại, dù chỉ là tương đối. Tuy nhiên, điều quan trọng là sách vẫn có những tính năng không thể thay thế được. Vì thế, giới trẻ cần phải có một nhận thức rộng rãi về sách để có cho mình một cách học, cách đọc có trách nhiệm.</p><p class="pAuthor">Kim Thư</p>