Hi guys, i initially created this for myself for my own research, but since i was told it's very good i decided to share it with the world. this will always be a free to use open source web app. you can just download the code itself and look at it with f12 there is no obfuscation. link will be in the comments.

Every single Anthony of Boston paper they tried to erase from the internet and which have been saved in advance

https://archive.org/details/110621310 (2019 - 2024)

https://archive.org/details/2025-academiaedu-papers (2025)

All of Anthony of Boston's academic papers (260) from academia.edu. Numerous attempts have been made to remove all traces of these works from the internet because of the accuracy of the predictions which were laid out in 2019. This compilation includes the memorandums such as the 2023 memorandum to the state of Israel warning of October 7th.

I also went through my archives and found an early copy of Ares Le Mandat from October of 2019, which predates the earliest uploaded version from Nov 2019

https://anthonyofboston.substack.com/p/earliest-version-of-ares-le-mandat

Free open-source discrete-event simulation software OpenSIMPLY 4.1.1 has been released.

This version contains fixes for compatibility with the Delphi 12 compiler.

Homepage: opensimply.org | Explore OpenSIMPLY | Download ready-to-run models containing Queuing Theory examples for Windows and Linux opensimply.org/simulation-demo

Link to the .doe file

UPDATE: I got it fixed by simply changing my station 3 and 4 name

15 years ago I worked for a couple of haptic companies building state of the art software that ran with specialized (expensive) hardware to simulate the sense of touch for medical training and for games.

These companies eventually went under.

Now I'm wondering if the added interest in the metaverse and technology advancements over the years opens the possibility to simulating weight /mass in an efficient manner.

Has anyone heard of or know of hardware that can be purchased today that can stimulate weight?

I'm envisioning a bracelet type of device that a user straps on each of their wrists, and the device can get heavier or lighter programmatically.

Pretty straightforward question:

So I have a production line and one of the processes involves baking. There are 2 ovens with different capacities and each with their own batch modules. I’ve been tinkering around with the batch sizes entering the ovens and getting different outputs (as one would expect).

Is there a way to use OptQuest to find the optimum batch sizes that maximize the output?

It seems that one very prominent(And probably obvious) feature of the universe is that particles migrate from low density areas to high density areas with some threshold which gives rise to the water caustic look of the universe, when areas are too high density they either explode or collapse thus forming a kind of pseudo-cellularautomata effect.

Extra note: Instead of using particles one could simply use a gradient. And it seems that volume+particle density=compressive strength