https://www.stephnass.com/blog/startup-financial-model

Need a financial model for your startup? Fear not. I have extensively compared the top 12 templates, free and paid, so you don’t have to do it.
Personal collective of ideas, thoughts and notes
https://www.stephnass.com/blog/startup-financial-model

Need a financial model for your startup? Fear not. I have extensively compared the top 12 templates, free and paid, so you don’t have to do it.
Good practical Python Quantum workbook
https://livebook.manning.com/book/learn-quantum-computing-with-python-and-q-sharp/chapter-1/v-8/
QCodes Github is what a lot of experimenters are using to control machines.
https://github.com/QCoDeS/Qcodes
Quantum Jobs
UC Berkley Course – Vazirani
MIT Open Course on Quantum
Qiskit Hello
https://mybinder.org/v2/gh/QISKit/qiskit-tutorial/master?filepath=community/games/Hello_Qiskit.ipynb
As an industry, we’ve gotten exceptionally good at building large, complex software systems. We’re now starting to see the rise of massive, complex systems built around data – where the primary business value of the system comes from the analysis of data, rather than the software directly. We’re seeing quick-moving impacts of this trend across the industry, including the emergence of new roles, shifts in customer spending, and the emergence of new startups providing infrastructure and tooling around data.
In fact, many of today’s fastest growing infrastructure startups build products to manage data. These systems enable data-driven decision making (analytic systems) and drive data-powered products, including with machine learning (operational systems). They range from the pipes that carry data, to storage solutions that house data, to SQL engines that analyze data, to dashboards that make data easy to understand – from data science and machine learning libraries, to automated data pipelines, to data catalogs, and beyond.
RSA
A good simple overview: https://simple.wikipedia.org/wiki/RSA_algorithm
https://www.npmjs.com/package/big-integer
https://www.youtube.com/watch?v=vgTtHV04xRI
A fun trip to Virginia to do some riding! Travel post.
| Day 1 | Massanutten Trails, super rocky | 
| Day 2 | Shuttle Reddish Knob | 
| Day 3 | Massanutten Bike Park | 
| Day 4 | Shuttle Reddish Knob | 













This was a fun build on a Aero bike frame that a buddy gave me. Since I now had a bike, it got me into doing my first 70.3 Ironman event in 2021 (Augusta). It took a lot of searching and scouring the web, eBay and local sellers on Craigslist, but aside from a couple mistakes here and there, it turned out great. The bike is really light compared to my more modern Canyon Speedmax.
Below is a list of part numbers, references, purchases and photos I was using during the build.
To figure out what crank lengths I should by my inseam is 85cm (33.5”) & a second remeasure was roughly 33 – 33 & 1/3. Using this a general crank length formula is: 1.25 * inseam (in cm) + 65 = 171.25. Majority of cranks coming in 170cm and 172.5. So I decided on the slightly longer 172.5cm cranks.
Source: https://www.susanjfowler.com/blog/2016/8/13/so-you-want-to-learn-physics
Over the past few years, ever since writing a blog post called “If Susan Can Learn Physics, So Can You”, I’ve been contacted by people from all backgrounds who are inspired and want to learn physics, but don’t know where to start, what to learn, what to read, and how to structure their studies. I’ve spoken with single mothers who want to go back to school and study physics, tenured philosophy professors who want to learn physics so that they can make significant and informed contributions to philosophy of physics, high school students who want to know what they should read to prepare for an undergraduate education in physics, and people in dozens of various careers who want to really, really learn and understand physics simply for the joy of it.

I recently purchased a Concept2 rower and started doing some indoor rowing to change up my workout routines. I was considering developing a live rowing platform to compete with friends and make the workouts more interactive. It turned out there were already a few options on the market, so I shelved the idea.
But, since the Concept2 allows 3rd party connectivity, I still was curious how integration, discovery, and notifications would work from an iOS device. I was able to find a nice SDK, but it was considerably outdated (5 years) so I decided to use that as a foundation and port the application to Swift 5 and get it working for anyone else interested in developing a rowing app for iOS.
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