Friday, February 28, 2020

Tardigrade: How best in 1 #RealisticVirtualCosmos > /Astronomy at WUaS - #RealisticVirtualUniverse re #RealisticVirtualEarthForSTEM & #RealisticVirtualEarth to model in #GoogleStreetView with TIME SLIDER the #AuroraBorealis, for ex. re 'Deep Learning in the Cosmos' * * And in a related vein, how could one best explore the cosmos of the brain at the cellular and molecular (atomic) levels with machine learning in or from the Harbin Hot Springs' warm pool - via STEM research into meditation regarding the relaxation response, and regarding enjoyment too, and 'Flow: the Psychology of Optimal Experience' and ethnographically as well - in terms of Actual<>Virtual, Physical<>Digital research? * * * in a related vein, how could one best explore the cosmos of the brain at the cellular and molecular (atomic) levels with machine learning in or from the Harbin Hot Springs' warm pool - via STEM research into meditation * * * Harvard - Smithsonian Illustris simulation of the universe * * * Here's Google Research Football re a remarkable basis for learning machine learning ... and the related: Home ONLINE #LegoRobotics in #RealisticVirtualHarbin w #ScratchProgramming & #MachineLearning HOW? Special WeDo2 Scratch BOXER https://youtu.be/HjD1zAWToYU MIT Lego Robot Competition '99 https://youtu.be/SXH-bBw3uxg * And here this principle 'adversarial-ness' Robotics with competition with machine learning is in WeDo 2.0 for learning * * And how best to combine the above 3 approaches to Machine Learning and Robotics, with Lego Robotics, with the following MIT CSAIL approach to informing a virtual earth for virtual Lego Robotics?


How best in 1 #RealisticVirtualCosmos > https://wiki.worlduniversityandschool.org/wiki/Astronomy #RealisticVirtualUniverse re #RealisticVirtualEarthForSTEM & #RealisticVirtualEarth to model in #GoogleStreetView with TIME SLIDER the #AuroraBorealis, for ex. re 'Deep Learning in the Cosmos' https://twitter.com/rzembo/status/1232870974049202176?s=20?



https://twitter.com/WorldUnivAndSch/status/1233055619877195776?s=20



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Deep Learning in the Cosmos: Ranking 3 Machine Learning (ML) Applications

https://towardsdatascience.com/deep-learning-in-the-cosmos-ranking-3-machine-learning-ml-applications-f45c2ae74432



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How best in 1 #RealisticVirtualCosmos> https://wiki.worlduniversityandschool.org/wiki/Astronomy  #RealisticVirtualUniverse re #RealisticVirtualEarthForSTEM & #RealisticVirtualEarth to model in #GoogleStreetView with TIME SLIDER the #AuroraBorealis, for ex. re "Deep Learning in the Cosmos" https://twitter.com/rzembo/status/1232870974049202176?s=20 …? https://twitter.com/Tatiana5oz/status/1216416959631450122 …



https://twitter.com/WorldUnivAndSch/status/1233056753715052545



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The latest The MIT OpenCourseWare Daily! https://paper.li/WorldUnivAndSch/1474335157?edition_id=f7a88410-5a93-11ea-99c6-002590a5ba2d … Thanks to @emmaiarussi #realisticvirtualcosmos #realisticvirtualuniverse



https://twitter.com/WorldUnivAndSch/status/1233566790996852738



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And in a related vein, how could one best explore the cosmos of the brain at the cellular and molecular (atomic) levels with machine learning in or from the Harbin Hot Springs' warm pool - via STEM research into meditation regarding the relaxation response, and regarding enjoyment too, and 'Flow: the Psychology of Optimal Experience' and ethnographically as well - in terms of Actual<>Virtual, Physical<>Digital research?

 http://www.scottmacleod.com/research-group.html





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And searched on Harvard - Smithsonian Illustris simulation of the universe from a few years ago and found:


Astronomers Create First Realistic Virtual Universe
https://www.cfa.harvard.edu/news/2014-10


Simulations run on Odyssey lead to first realistic virtual universe

https://www.rc.fas.harvard.edu/news-home/feature-stories/simulations-run-on-odyssey-lead-to-first-realistic-virtual-universe/

  • The Illustris Simulation

    Towards a predictive theory of galaxy formation.
    www.illustris-project.org
https://www.illustris-project.org


Watch the Universe Evolve Over 13 Billion Years

A new computer simulation, called Illustris, can take you on an epic journey through space and time

https://www.smithsonianmag.com/science-nature/watch-universe-evolve-over-13-billion-years-180951366/



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And, again, in a machine learning vein, and here regarding robotics ...

Here's Google Research Football re a remarkable basis for learning machine learning - https://youtu.be/F8DcgFDT9sc ... and the related:

Home ONLINE #LegoRobotics in #RealisticVirtualHarbin w #ScratchProgramming & #MachineLearning HOW? Special WeDo2 Scratch BOXER https://youtu.be/HjD1zAWToYU
MIT Lego Robot Competition '99 https://youtu.be/SXH-bBw3uxg
Google Research Football https://youtu.be/F8DcgFDT9sc https://wiki.worlduniversityandschool.org/wiki/Machine_Learning -

https://twitter.com/WorldUnivAndSch/status/1223721119191977984?s=20




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And here this principle 'adversarial-ness' Robotics with competition with machine learning is in WeDo 2.0 for learning -

ONLINE Lego Robotics' Tournaments from HOME at WUaS (with Scratch programming language?) HOW? Special WeDo 2.0 + Scratch Project BOXER https://youtu.be/HjD1zAWToYU ? #ActualVirtual #PhysicalDigital #RealisticVirtualEarthForRobotics #RealisticVirtualEarthForLego https://wiki.worlduniversityandschool.org/wiki/Robotics ~

https://twitter.com/sgkmacleod/status/1222625242515771392?s=20


And the MIT Professor Emeritus of Robotics' name, I mentioned, is Rodney Brooks -

https://people.csail.mit.edu/brooks/ - now living I think in the SF Bay Area. And at the very end of this MIT Lego Robot Competition '99 https://youtu.be/SXH-bBw3uxg I think this may be his son, Lane Brooks, - and the ideas these two share - attack or block - may be great initial robotics' principles too. Am curious if he and Harry Cheng (https://research.ucdavis.edu/harry-cheng-cstem/) know each other.




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And how best to combine the above 3 approaches to Machine Learning and Robotics, with Lego Robotics, with the following MIT CSAIL approach to informing a virtual earth for virtual Lego Robotics?

Again, the idea regarding the 'Brick Street View' - https://experiments.withgoogle.com/brick-street-view (where 'brick' refers to a Lego brick) -  and newly for Virtual Lego Robotics is kind of this:




Actual<>Virtual for #ActualVirtual #PhysicalDigital #RealisticVirtualEarthForRobotics with #RealisticVirtualEarthForLego Turn #ObstacleAvoidanceData @MIT_CSAIL https://twitter.com/MIT_CSAIL/status/994979618963755009 INTO 1 #RealisticVirtualEarth in #GoogleStreetView wi #AvatarBots re #SpotMini autonomous ROBOT




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in 1 #RealisticVirtualCosmos> #RealisticVirtualUniverse > https://scott-macleod.blogspot.com/2020/02/tardigrade-how-best-in-1.html https://wiki.worlduniversityandschool.org/wiki/Astronomy  re #RealisticVirtualEarthForSTEM & #RealisticVirtualEarth to model in #GoogleStreetView with TIME SLIDER  #AuroraBorealis "Deep Learning in the Cosmos" https://twitter.com/rzembo/status/1232870974049202176?s=20 ?




https://twitter.com/WorldUnivAndSch/status/1233944635044589568?s=20
https://twitter.com/WorldUnivAndSch/status/1233944236132667392?s=20

https://twitter.com/sgkmacleod/status/1233945437599490048?s=20
https://twitter.com/scottmacleod/status/1233945159680659458?s=20





https://twitter.com/CaptureNorth/status/1233907346566451201?s=20








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