Why didn’t they simply make the car cheaper without software locking features?

Seems like a bit of a lousy move on the part of Tesla

Also that, according to the WHO, processed meat is carcinogenic and red meat is probably carginogenic so people are giving themselves cancer by eating it.

Source:

https://www.who.int/news-room/questions-and-answers/item/cancer-carcinogenicity-of-the-consumption-of-red-meat-and-processed-meat

Why a cure for ageing would benefit everyone and not solely the ultra wealthy

If you put aside ethical and humanitarian reasons for making a cure for ageing widely available, there is still economic considerations, i.e. if you are a government you will be presented with a choice between:

Do I pay to treat people for ageing, even though the treatment might initially be expensive, or do I let them age without intervention?

The former option might actually be significantly cheaper because people in an advanced state of ageing cost more money. They have more diseases, since many diseases are age related such as dementia, cancer and cardiac disease, and need more healthcare and also can’t work anymore.

If instead, the government pays for rejuvenation treatment they save on all the other healthcare costs and their people don’t have to stop being productive.

So perhaps in the future when a cure for ageing is actually developed it will be made available for everyone rich and poor alike

“Thus, rejuvenation by age reversal can be achieved, not only by genetic, but also chemical means.”

https://doi.org/10.18632/aging.204896

– Journal of Aging

Full journal article here

https://www.aging-us.com/article/204896/text

“Thus, rejuvenation by age reversal can be achieved, not only by genetic, but also chemical means.”

– Journal article abstract

The full journal article says “in vivo” not “in vitro”. They have already successfully regenerated mice which are organisms biologically similar to humans.

Edit

I was wrong about this. The journal article does only talk about results obtained “in vitro” but mentions other studies that have successfully reversed cellular ageing “in vivo”.

The ability of the Yamanaka factors to erase cellular identity raised a key question: is it possible to reverse cellular aging in vivo without causing uncontrolled cell growth and tumorigenesis? Initially, it didn’t seem so, as mice died within two days of expressing OSKM. But work by the Belmonte lab, our lab, and others have confirmed that it is possible to safely improve the function of tissues in vivo by pulsing OSKM expression [22, 23] or by continuously expressing only OSK, leaving out the oncogene c-MYC

So in this study the results were only in vitro but other studies have successfully reversed cellular ageing in vivo.

Can’t wait for this to be released. IIRC a lot of it was built in the rust programming language which is a bit of interesting trivia

To understand why you might want to use tmux try the following:

1. Open your terminal
2. Start editing a file with vim or nano but don’t save the file
3. Close then re-open your terminal

You will have lost your progress, next we can repeat but this time using tmux so you don’t lose your session:

1. Open your terminal
2. Start a tmux session using tmux
3. Start editing a file again using vim or nano
4. Close and re-open the terminal
5. Type tmux a to re-attach to the existing session

Note that this time none of your progress is lost.

Aside from enabling you to have a persistent session, tmux also allows you to have multiple terminal panes open so you can do more than one thing at a time in the window, to see what I mean try this:

1. Open your terminal
2. Start a new tmux session using tmux
3. Type top to begin listing processes
4. Press ctrl b then % to make a new split pane
5. Enter ls or other terminal commands

You will see that you can use more than one panel to do things. This can be useful for example if you want to watch run tests and also run other commands.