• Tweets
• Followers
• Following

need set extendedValue is not photostdClass Object ( [display_url] => pic.twitter.com/DLac05hQbx [expanded_url] => https://twitter.com/t_andy_keller/status/1684157324716576769/photo/1 [ext_alt_text] => Depiction of our proposed Neural Waves Machine encoding a rotating MNIST digit (left), representing the transformation with traveling waves in its hidden state (middle), and reconstructing the transforming input (right). The recurrence relation of the network is defined to follow the second order ODE (top) which defines a network of locally coupled oscillators known to exhibit complex wave-like dynamics. [id_str] => 1684143239761371142 [indices] => Array ( [0] => 280 [1] => 303 ) [media_key] => 16_1684143239761371142 [media_url_https] => https://pbs.twimg.com/tweet_video_thumb/F19HWoTaIAY-OnT.jpg [type] => animated_gif [url] => https://t.co/DLac05hQbx [ext_media_availability] => stdClass Object ( [status] => Available ) [sizes] => stdClass Object ( [large] => stdClass Object ( [h] => 200 [w] => 488 [resize] => fit ) [medium] => stdClass Object ( [h] => 200 [w] => 488 [resize] => fit ) [small] => stdClass Object ( [h] => 200 [w] => 488 [resize] => fit ) [thumb] => stdClass Object ( [h] => 150 [w] => 150 [resize] => crop ) ) [original_info] => stdClass Object ( [height] => 200 [width] => 488 [focus_rects] => Array ( ) ) [video_info] => stdClass Object ( [aspect_ratio] => Array ( [0] => 61 [1] => 25 ) [variants] => Array ( [0] => stdClass Object ( [bitrate] => 0 [content_type] => video/mp4 [url] => https://video.twimg.com/tweet_video/F19HWoTaIAY-OnT.mp4 ) ) ) )