Tablet Science

Apps on the boundary of science, education, games, art and science again. Written in C# using Microsoft .NET MAUI. Recent AI MSc at Uni of Kent. That was fun.

[Tablet Science @TabletScience]

Bored of #Wordle? Try #WordyBlob!
#IndieDev #DotNetMAUI #DotNetMauiGames #MAUIUIJuly #WordGame #FreeGames

Android
https://t.co/I3SkqaRxVL

iOS
https://t.co/fENqT9kORR

[Tablet Science @TabletScience]

My current #DotNetMAUI and #NeuralNetworks project: Design + train NN in #GoogleColab and transfer it to a #CrossPlatform app using #ONNX. Principle established. Next I have to think of a genuinely useful and (the hard part) original NN to go in the app.

https://t.co/X8570GVRTH

[Tablet Science @TabletScience]

My current #DotNetMAUI and #NeuralNetworks project: Design and train neural networks in #GoogleColab and transfer them to a cross-platform app using #ONNX. Follow my progress here:

https://t.co/X8570GVRTH

[Tablet Science @TabletScience]

Level 8 on #MaxwellsDemon has been called impossible. Here's one way to do it.
https://t.co/kNqWcftlMj
#DotNetMAUI #PhysicsGames #FreeGames #PhysicsFun #MauiDay #IndieDev #GameDev

[Tablet Science @TabletScience]

This is how the #Wavicle app works. All the wave effects emerge from applying this simple principle over and over again.

#Physics #ITeachPhysics #PhysicsFun #STEM #DotNetMAUI

https://t.co/TeGNNJmxUt

[Tablet Science @TabletScience]

Maxwell's Demon, and more.

https://t.co/kNqWcftlMj

#DotNet #PhysicsGames #FreeGames #PhysicsFun #Mauiay #IndieDev #GameDev

[Tablet Science @TabletScience]

Ever wondered why the microwaves don't escape through the holes in the metal grill in your microwave oven door, but the light waves do? Find out using the #Wavicle app's "microwave oven door" pre-saved sim.
#Physics #ITeachPhysics #PhysicsFun #DotNetMAUI
https://t.co/TeGNNJmxUt

[Tablet Science @TabletScience]

@InterestingSTEM The new #Wavicle app, developed using #DotNetMAUI, is finally available for Android phones! It simulates a ripple tank, allowing you to play around with dippers and barriers. That's the wav(e) side of things...

#Physics #TeachPhysics #PhysicsFun #STEM

https://t.co/TeGNNJmxUt

[Tablet Science @TabletScience]

The new #Wavicle app, developed using #DotNetMAUI, is finally available for Android phones! It simulates a ripple tank, allowing you to play around with dippers and barriers.

#Physics #TeachPhysics #ITeachPhysics #PhysicsFun
#STEM

Download here:
https://t.co/TeGNNJmxUt

[Tablet Science @TabletScience]

@cqcqcqdx B, assuming the stool is an insulator. It's the only one where there's no circuit so current can't flow.

[Tablet Science @TabletScience]

Fantastic #MauiDay in London today showing some of the great work using it to create innovative cross-platform apps. I was particularly impressed by the talk about #MotiMe. Great example of the way technology can be used to help with child physiotherapy.
https://t.co/Urhpsh4dEh

[Tablet Science @TabletScience]

To support my new #Wavicle app (#TeachPhysics) designed using the fabulous #DotNetMAUI I'm creating a video to explain the whole wave/particle debate. Or some of it. Here's a little timeline I made to go in it. #Physics #ITeachPhysics #PhysicsFun #PhysicsLovers #STEM

[Tablet Science @TabletScience]

#genuary #genuary2026 #genuary20 - "One line. An artwork that is made of a single line only." Didn't Picasso do stuff like that sometimes? This one is 1705992 pixels long. At 300 dpi that would be about 158 yards.

[Tablet Science @TabletScience]

@dsa157 If there's more than one adjacent node equally un-visited, pick one at random?

[Tablet Science @TabletScience]

#genuary #genuary2026 #genuary18 -
"Unexpected path. Draw a route that changes direction based on one very simple rule."
Simple rule: "Follow the letters in Winnie-the-Pooh".
This being a somewhat different style and age to Shakespeare, will there be a noticeable difference? No.

[Tablet Science @TabletScience]

@ulyssepence I like the look of that. Like a late 70's music video.

[Tablet Science @TabletScience]

#genuary #genuary2026 #genuary18 -
"Unexpected path. Draw a route that changes direction based on one very simple rule."
The simple rule: "Follow the letters in Macbeth".
As you can see, Macbeth drifts left and down like Hamlet did. Probably pretty much what you were expecting.

[Tablet Science @TabletScience]

#genuary18 - "Unexpected path. Draw a route that changes direction based on one very simple rule."
The simple rule: "Follow the letters in Hamlet".
As you can see, with this letter-wheel Hamlet drifts left and gently down. Make of that what you will. Other texts later.
#genuary

[Tablet Science @TabletScience]

@PhilosophyOfPhy Very Plato's cave. Doesn't seem massively relevant to the observer effect in quantum physics though. But it's a lovely video.

[Tablet Science @TabletScience]

In a #DotNetMAUI app, why use the OS's built in keyboard when you can make your own? Fun to design, easy to draw onto an ICanvas and, once that little bit of effort is out of the way, infinitely configurable and unique. Don't follow the crowd. #ReinventTheWheel!