![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEirifGyaPUidduGfRxckNF_tgQnqFlBu_C_CiCopJv_36_NhgFDq7YiWQVfan2zcf4GYNcd9A3AJIcKT-dD-7Mw5xkd1pNHM-2gATxT1O38aJz8CWwfM3SO4MYyCzXsEIAa550DnoGZ3rU/s400/the_telectroscope.jpg)
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEh57VIqx267VeFANKh5-q74EU4R4H4kuxAAyfdChZUS57zYcZQtFg1Qk9YBwmsjvJLOgrtvvoe5IaWa7zIJe1ATpOar3B-XEO0YVq528fJEyOqf7D5Nlmrx8oqCSosJbnri5PCNHAUccMA/s400/telectroscope.jpg)
The Telectroscope: an 11.2-meter-(37 feet) long by 3.3-meter-(11 feet) ,a device allowing people on one side of the Atlantic to look into its person-size lens and, in real time, see those on the other side via a recently completed tunnel running under the ocean. And all the credit goes to British artist Paul St. George. If he had not been rummaging through great-grandpa Alexander's personal effects a few years ago, the Telectroscope might still exist only on paper, hidden away deep inside some old box
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