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Virtual Lab Simulations and Virtual Reality

For Educational Purposes mainly, but also for Scientific Research and Clinical Applications

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Currently Under Construction.... In Progress...

 

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Also see www.CognTech.net and www.BioNeuroTech.com for related developments and information.

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NOTICE: Please have a look at these other ones below for now (which are not produced by anyone affiliated with Scientifically.org.uk, but illustrate the type of work that I am working on building and that will be available on this website in the near future).

 

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            The above is a 3D rendition of the human brain, 

              showing clearly various major sub-structures. Ultimately this should be implemented in mobile smartphone augmented reality Apps as well as used in 360 3D VR (Virtual Reality) glasses/goggles.

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 credit to: 

lifesciencedb (http://lifesciencedb.jp/bp3d/) [CC BY-SA 2.1 jp (http://creativecommons.org/licenses/by-sa/2.1/jp/deed.en)], 
https://commons.wikimedia.org/wiki/File%3ARotating_brain_colored.gif

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Screenshot images below all taken by HM (owner of this site) and adapted/commented on.

 

 

 

Virtual Labs

http://www.hhmi.org/biointeractive/explore-virtual-labs

(by the Howard Hughes Medical Institute)

 

 

Red arrows clockwise: Current V-Labs; Resource Types; Collections; Description.

Review: Excellent resources to learn techniques in experimental bio-sciences and molecular biology. Strongly recommended for first year undergrads.

 

 

 

Excellent interactive ANN simulator for education

(http://playground.tensorflow.org/)

also see BioNeuroTech.com

 

(by: Tensorflow, GitHub, Alphabet/Google)

 

Build up your own ANN; make it learn information (train it); then test it.

 

 

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(Example)

At T = 0

And After 100 iterations:

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Review: Introduction to artificial neural networks and how they learn and compute information. Real-time analysis of data. It can be modified with open-source code on GitHub. Great for Computational Neuroscience and Machine Learning.

 

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For waves and wave interference:

(Java needed)

 

https://phet.colorado.edu/en/simulation/wave-interference

(University of Colorado, Boulder)

 

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Review: Check out the original website. It's excellent.

 

 

http://www.cabrillo.edu/~jmccullough/Applets/Applets_by_Topic/Superposition_Interference.html

(Cabrillo College, California)

 

 

 

Review: The 2 sites above are very helpful for the topics below:

 

Waves Simulators are for (some examples):

--- Mathematics: A review of frequency, wavelength, periods, graphical trigonometry.

--- Physics: Sound, Light, Water. Interference patterns in classical and quantum mechanics.

--- Geology: Seismic waves.

--- Visual Neuroscience: Fourier transformations, patterns of light densities on the retina.

--- Hippocampal grid cells and place cells - Neural navigation coding, using oscillatory activity

--- Computing  design: point-based 3D rotation of objects

--- BioEthology - prey/predator models

--- Statistical Economics - stock fluctuations

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