That's "Genera" not "Geneva". See https://en.wikipedia.org/wiki/Genera_(operating_system), and note in particular the description of "Dynamic Windows".

Did you try the .OPTION commands that replaced the pokes?

The C64 port took a long time because of the reduced number of page zero registers available. The biggest problem was that location 0 and 1 were used for the parallel bus port, and there were lots of places where we assumed the CAR of NIL was NIL but instead it was random dat. I had a kernel ROM listing to help with the register usage, and later a 6510 Andy Finkel had fabbed for me to use with a logic analyzer to disassemble and set breakpoints on memory access for the 0 problem.

I never got the interrupts right for doing setspeed with the sprites... sorry about that.

Did you ever try the 6502 assembler I put on the MIT (Terrapin) utilities disk?

EINE is Not EMACS from the late 1970's followed by ZWEI Was EINE Initially in about 1978, for the MIT Lisp Machines.

The hangers are the adult stage, and if you open your closet very quickly sometimes you can catch them mating.

I told this joke in Japan once and got a polite explanation that (1) socks don't go missing because Japanese people usually hang up their laundry to dry (2) they don't keep other people's pens because they are other people's property and besides they have their own pens (3) hangers don't accumulate because they return them to the cleaners.

I was one of the leading team members at System Development Corporation (SDC) in the 1970's on various secure operating system and secure networking projects for various US and UK governmental bodies.

Some of that work was classified, much was not.

In late 1974 David Kaufman and I were working on network security, particularly on the then monolithic TCP (there was at that time no formalized underlying datagram IP layer.) Among other things we were designing and building a multi-level secure nework, with multi-level verifiied secure switches/routers, for a goverment agency.

In our work we split an encrypted datagram layer off from the underside of TCP. Because of nature of packet ordering, packet loss, retransmissions, as well as aspects of various security algorithms this was not as straightforward as one might think.

What we came up with was a precursor to what are today encrypted VLANS, IPSEC, and key distribution infrastructures.

However, we were not able to publish our work widely. In fact now, 40 years later, there is scarcely anything visible on the public web. Even our work that was published via the then National Bureal of Standards (now NIST) is not easily found. (I have been searching for years for a copy of some work I did on debugging hooks for secure operating systems.)

We also worked on things like capability based computers and operating systems with formal verfication of security properties. During that time I designed and wrote what is aguably the first formally verified secure operating system.) That work, also, tends to remain hard to find.

Vint Cerf was a consultant to our group. He helped. But the major thrust and principle design work was done by our team at SDC.

The US Dept of Defense (which includes several agencies) funded much of this work - and really helped move things along - but their institutional resistence to wide publication meant that many of the ideas and implementations we did in the mid 1970's were invisible to most of the world until they were re-invented decades later.

Probably looks like this.

This modulation scheme is called QRSS and can also be used to send very low power (milliwatt and microwatt) signals around the world ionospherically, and on bands such as VLF (very low frequency). Here the open source from a couple of projects by Hans Summers from a book I edited for the ARRL on the Arduino: http://hamradioprojects.com/authors/g0upl/+qrss-attiny/ http://hamradioprojects.com/authors/g0upl/+mm-shield/ and plenty of links about QRSS from there.

Voltage? Not 5V? I took a quick look through the USB Power Delivery docs and didn't see that.
Wikipedia doesn't mention it either, though it does discuss the raising of the pre-negotiation current limit from 0.5A to 1.5A, and the max negotiated limit at 5A, which would be 25W.

http://en.wikipedia.org/wiki/USB#Power

Do you have any links on the higher voltages?

You probably already understand, but many do not, that you cannot push or provide current at 5V that the device doesn't want. If your device will draw only 500mA due to its internal design, attaching it to a 2A or 5A port won't do anything.

Chrome: https://www.quixey.com/search?q=rot13&platform=8675384
Firefox: https://www.quixey.com/search?q=rot13&platform=8675382

Carl Hewitt's "Actor" model, which is the basis for Erlang, was first implemented on multi-server systems on Symbolics Lisp Machines at the MIT-AI lab. The CADR machines could not be produced fast enough to dedicate enough to the project but when commercial ones were available Carl got a grant and bought 6 of them and they called it the Apiary. They didn't use it all the time so i thought of it mostly as a source of free machines, and we are now only just getting to the point where the multi-CPU network based shared nothing architecture begins to be a mainstream approach.

In late 1999, we tested a product by rolling the date forward to 2000-01-01 and it worked fine. Then we rolled the date back to the normal date, and files that got touched during the test period caused trouble, because their modification date was "IN THE FUTURE!?!?!?" as one piece of code put it. The most broken was the timestamp data for a time-based UID generator, which flat out refused to run, saying that it was in danger of generating collisions.

Try Quixey app search (where I work):

https://www.quixey.com/search?q=science+games+for+3+year+olds

Or search for sciency things you might want to do with a three-year old:

https://www.quixey.com/search?q=identify+flowers
https://www.quixey.com/search?q=name+animals

Yes, that's in the original submission, as you see above. For the record, Brewster Kahle (who founded Archive.org), Jeff and Danny (who did this project), and I are all MIT alums, and the "Internet Archive scanning robot" is from a company called Kirtas, which also has ties to Xerox.