Nobel Vật lý 2018 vinh danh các nhà khoa học Mỹ, Pháp, Canada

08:15 03/10/2018

Vào lúc 17 giờ chiều 2/10 (theo giờ Việt Nam), Viện Hàn lâm Khoa học Hoàng gia Thụy Điển tại Stockholm đã công bố giải Nobel Vật lý năm 2018 thuộc về 3 nhà khoa học Arthur Ashkin (Mỹ) cùng Gerard Mourou (Pháp) và Donna Strickland (Canada) vì những phát minh mang tính đột phá về lĩnh vực vật lý laser.

SyrDleG7jOG7rCnhu5zDo8Oj4buGw5LDoMSCJsSDKVfDkkzhu6d74buwVynhu4xDxq/Eg+G7jCnDqeG7jMOU4buOw5XGoOG7jGMmPirhu4zhu67hu5w+KuG7jOG7rOG7ouG7rOG7jD4q4bue4buMKCp74buc4buMKl3hu6zhu4zhu6XDqsOM4buMw4Aq4buiw6DDjOG7jG/hu5w+4buc4buu4bucSy8qw5VMS8Og4buM4busKeG7nMOjw6Phu4bDksOg4bufV+G7nOG7rsOSTEPhu5574buMKeG6seG7rOG7jMOV4buW4buMJSY44buM4busKibhu7jhuq/hu4zDlC/DleG7juG7jMSoxIMqV3vhu4wlJjjhu4xDJkDEg+G7jOG7p+G7nDxKw4zhu4xDJkA+4buM4buf4buePuG7jCnhu6Q84buMw7oqe+G7nOG7jCpd4bus4buM4bufe+G7nj4l4buMJSbhu5zhu4zEgirhurNl4buMw7ImIz7hu4zEg+G7oCbhu4zDg8SDe+G7rCgqeyk84buMVlHhu4zhu6wwPiXhu4zhu7Ax4buMJSZQJuG7jOG7p3vhu7BXKeG7jEPGr8SD4buMKcOp4buMPlI84buMw5Thu47Dlcag4buMxIMq4bqvM+G7rOG7jGPhu7jhu4zhu5Dhu4w+KuG7nuG7jCgqe+G7nOG7jCpd4bus4buM4bq/4bqjxIMq4bqv4bqj4buM4bq/w6MqKCY+4buMxKjhu6XDqkrhu4zhu6zhurc+JeG7jOG7o1fhuqPhu5zhuqPhu67hu4zhu6V74bqv4bqje+G6r+G7jMSow4Aq4buiw6BK4buMY+G7nuG7jMOzez4+4buc4buMw4PEg+G6oybhu6woKeG7nD7hu67hu4zEqG/hu5w+4buc4buu4bucSuG7jGM64buMPipiPiXhu4zDoCrhu6LEg+G7jDwmPirhu4w84bucPiXhu4zEgz8+KuG7jFYzxIPhu4zDoCrhu6Lhu4xj4bu44buMKS4+KuG7jGPhuqnhu6zhu4xjxq/Eg+G7jCnDqeG7jCnhu5zDo1fhuqPhu4pLL8OgTEvDoOG7jOG7rCnhu5zDo8Oj4buGw5LDoG574buuZcOSTEsmPCXhu4zDo+G6o+G7rOG7hsOSLy/hu6zhu4rhu64q4busPuG7imM+LyY8JS/hu65Xw6MoxIN7w6Av4buuLeG7sOG7nHvEgyrhu5w+Kip74buc4buKYz4vPldkw6Mvw5XGoOG7kuG7ji/hu5LGoOG7ruG7kOG7jsagw5Xhu5jDleG7ksSDxqDhu5Dhu5bhu5Ypw5Thu4pkV+G7sMOgw5Lhu4wvTOG7jEvDoOG7jOG7rCnhu5zDo8Oj4buGw5LDoG574buuZcOSTOG7jMOy4bukZeG7jCnhu57hu4wlJlAm4buMxIMq4bqlYT4l4buMxIMq4bqn4buMKuG7nCbhu4zhu6zhurXhu5zhu4w84bq34buc4buMJSZQJuG7jOG7p3vhu7BXKeG7jD5SPOG7jD7hu5xl4buMVuG6pTnhu6zhu4zhu6wwPiXhu4zhu7Ax4buMY+G7nuG7jCnhu57hu4wlJlAm4buM4bune+G7sFcp4buMQ8avxIPhu4wpw6nhu4zEgyrhuqfhu4zDlcOVw5Thu4xW4bqlOeG7rOG7jMSD4bqj4buce+G7jCgj4buMxIPhuq3hu4w+Ujzhu4zDleG7muG7jsOV4buMY+G7nuG7jFbhu7Y+4buMPuG7nGXhu4w8Nybhu4zhu6wqLOG7jOG7rH3hu4zhu5Dhu4zDoCrhurPhu4w+YuG7jD4qxq8+4buMJSZQJuG7jOG7p3vhu7BXKeG7jEPGr8SD4buMKcOp4buK4buMxILhuqPhuqU34bus4buMVn3DjOG7jD4l4bueZeG7jMOVL8OV4buOw4zhu4zhu58zJuG7jFYyPiXhu4zhu6d74buwVynhu4zEgyrhuq8z4bus4buMQyZAPuG7jMO64buc4bqjeykmPsOjKOG7nOG7jOG7rOG6teG7nOG7jMSCKuG6s2Xhu4zDsiYjPuG7jFZR4buM4busMD4l4buM4buwMeG7jOG7rCrhurXhu4w+KuG7pD7hu4zhu6zhurXhu5zhu4wlJlAm4buM4bune+G7sFcp4buMReG7jCpd4bus4buMPlI84buMw5Thu47Dlcag4buMKeG7nuG7jCrhu5wm4buMPirhu57hu4w8Jj0+4buM4buuO+G7rCrhu4wqXeG7rOG7jHXhu5w8V8Oj4buMw4Dhu4rhu4zhur8pKSbDo3s+4buMxKg+JeG6pTgm4buM4bulw6pK4buMY+G7nuG7jMSC4bucw6Phuq8o4bqv4buM4bufez4he+G7jMSoPiXhuqU4JuG7jOG7pyrGr8SD4buMblA+SsOM4buMYzcm4buM4busMD4l4buMxIPhuqM6Pirhu4w+JSom4bu0PuG7jOG7rOG6p+G6r+G7jFYm4bu44bqv4buMxIPhuqM74buM4bqvPiXhu4zEgyrhuqXhu4zhu7BUPiXhu4xjJkDhu6zhu4zhuqfhu6zhu4zhu6wq4bu24buMPCY9PuG7jOG7rjvhu6wq4buM4bukPOG7jMSDPz4qw4zhu4w8M8SD4buM4bus4bui4busKuG7jMSDJuG7tsOg4buM4busxq8+4buMPOG7nD4l4buMxIM/Pirhu4zhu6zhu6Lhu6wq4buMPOG7oD4l4buMxIPhuqN7PiXhu4zhu6wqYuG7nOG7jMSD4bqjO+G7jOG7sEA+KuG7jOG6rz4l4buMxIMq4bql4buK4buM4bunUjzhu4w+JXvhu6Imw4zhu4wlJlAm4buM4bune+G7sFcp4buMQ8avxIPhu4wpw6nhu4zDlOG7jsOV4buW4buMVlHhu4xW4bqlOeG7rOG7jMSD4bqj4buce+G7jOG7rCp74buM4buQ4buMPirhu57hu4woKnvhu5zhu4wqXeG7rOG7jOG6ouG7nCY+V+G6o+G7jERXJsOjw6PDjOG7jG7hu5zhuqPhuqNl4buMb+G7iuG7jG7hu5zhuqMmw6Mq4buMY+G7nuG7jMO6JsOg4buMw4Phu4rhu4zEgip74bqjPlfhu4xjNybhu4zhu6wwPiXhu4zEg+G6ozo+KuG7jCgq4buiPOG7jMOgKuG7ouG7jMOjfT4l4buMKuG7psOg4buM4buu4buqPuG7iuG7jG8q4bq14buMPirhu6Q+4buM4bus4bq14buc4buM4bus4bui4bus4buMJSZQJuG7jOG7p3vhu7BXKeG7jMSD4bqjez4l4buMPlI84buMPuG7nGXhu4zDo+G7suG7jFbhuqU54bus4buMxIPhuqPhu5x74buMJSbhu6Zl4buM4busKuG6pz4l4buMPirGrz7DjOG7jCrhuq9l4buM4busKuG6pTY+JeG7jGPhu54+JeG7jOG7rOG6tz4l4buMw6Aqxag+4buMxIMq4bqlYT4l4buMxIMm4bu4PuG7jDxVxIPhu4rhu4zDuT3hu4zEg+G6o+G7nHvhu4zhu6zhu6Lhu6zhu4wlJlAm4buM4bune+G7sFcp4buMReG7jCpd4busw4zhu4xDxq/Eg+G7jCnDqcOM4buM4buffeG7nOG7jCpd4busw4zhu4zDuiY+KuG7jMSD4bu24buMw6Phu7Lhu4xW4bqlOeG7rOG7jMSDNOG7jOG7rCrhuqfhu6zhu4xj4buee+G7jFbFqOG6r+G7jMSDKuG7oj4l4buMw5XDlOG7jMSDNybhu4zEg+G7oCbhu4zDg8SDe+G7rCgqeyk84buK4buM4bqiJuG7tD4l4buMJSZQJuG7jOG7p3vhu7BXKeG7jOG7n1vhu5zhu4zhu7A6Pirhu4zDo+G7suG7jFbhuqU54bus4buM4bq0ZeG7jOG7sOG7nD7hu4zhu6d74buwVynhu4zhu6zhurXhu5zhu4zhu6fhu5zhu4zhuq5l4buM4busMD4l4buM4buwMeG7jGPhu57hu4zEg+G6o+G7nHvhu4zEgyrhuqVhPiXhu4zEg+G7oCbhu4zEgyrhurXhu4xWMOG7jMWpw6Mpe+G7iuG7jMSC4bqjez4l4buMPlI84buMPuG7nGXDjOG7jCUmUCbhu4zhu6d74buwVynhu4xDUj7hu4wqXeG7rOG7jMOU4buOw5XGoOG7jMOj4buy4buMKCowPiXhu4xW4bqlOeG7rOG7jOG7rDA+JeG7jOG7sDHhu4xj4bue4buMKntRPuG7jMSDNybhu4w84bq34buc4buM4bune+G7sFcp4buMw5Thu47DleG7muG7ii/hu4pLL8OgTEvDoOG7jOG7rCnhu5zDo8Oj4buGw5LDoG574buuZcOSTMSCKld74buMxILEgsSQQ+G7p0svw6BM