Try to understand the maths, apply the circle / sphere transform and you’ll see that naturally it converges to a stable state. MD is the hard way, spherical transform is the easy way (nature uses it)
My theory on maths shows that any shape can have its points on a circle edge and midpoints on that same circle edge morphing showing all possible paths through radius scaling (P=C). It’s all about constraints.
Transforming the protein through 3D coordinates aligns all forces so it is fundamentally different than MD, it’s a geometric solver, so it is super fast!
I don’t have publications, I was trying to solve the TSP problem and found a fundamental building block of reality.
It applies to many fields.
Here is the method to apply in 3D coordinates of the protein, everything else aligns naturally
Scrapes DOM at site of capture, parses DOM via LLM, ask the user which changes he wants to inject, generate js, provide js to be injected to the user in order to apply change
Niche needing this tool: Marketing people using AB Testing tools where they can copy past the code to create variations so the code is injected by the Ab testing tool at site loading
If you’re interested I work in this field, I code, we can launch in less than a month
1 - Would you use a calendar app offering basic web visio conference tied to the event link?
2- Do you expect high quality apps like meet and zoom to also handle calendar links?
Maybe the job interview niche as you pointed out is a good candidate for 1 no matter if the company also uses zoom or teams which is very interesting, I'll expand my investigation in this, it looks like zoom and some other popular service offer web integration so that could be a great combo (w/ calendar app) in term of easiness of implementation and market value
Thanks I'll benchmark this one, what kind of personalization most people need? URLs? Calendar design? I've embedded forms to fill (w/ image) before taking slots in my existing app in that sense
Very specific need, I would handle this by popping up a button when the meeting time approach to "join meeting" in a fast fashion when it's time. That's still 2 clicks away from the call starting from your inbox but at least you don't search among text and other links
Within the app I currently have, I handled this by adding validation tied to specific events. So basically you request a slot and get validated or canceled. Maybe there are other ways to make this happen
KPI when these don't follow this simple rule: Employee work toward company producing its maximum value.
Basically, if I don't reach KPI because I can produce more business value at equivalent time I'll go for option 2. If management wants me to go for option 1 without providing business justification I'm good to go.
Blockchain has public write rules and most of the time data is written once and is trustworthy due to decentralized nodes, you can also find who wrote and when. This is like a database but much more transparent by nature. When it comes to find where your food has grown, and how it came to your shop, this is useful
https://te-food.com/
This is blockchain usage for food traceability - used by big companies in Europe (Auchan). Take a look this might give you inspiration, I think the idea can go beyond food
(1) You won't deploy your first app to production.
Knowing this :
Back : firebase services (authentication / cloud firestore / cloud storage / cloud functions / hosting)
=> All is well documented - Easy to understand - Easy to use
Front : Angular + Angular Material, known as not being the easiest framework to learn but once you understand how components work you'll be able to develop very very fast. Which will be perfect once you realize that (1)
A big change in the reward system can be triggered by changing your environment. The efficient way is to live somewhere else and do new things. You can also break routine stuff selectively. Hobbies, friends, third place, work place, ...
If you don't want a change on your environment, you need to change how you perceive the current one
My theory on maths shows that any shape can have its points on a circle edge and midpoints on that same circle edge morphing showing all possible paths through radius scaling (P=C). It’s all about constraints.
Transforming the protein through 3D coordinates aligns all forces so it is fundamentally different than MD, it’s a geometric solver, so it is super fast!