magnetized

In my day all we 'ad was a magnetized needle and a very steady hand!

How does this differ than using a magnetized needle and a steady hand?

Real programmers use a magnetized needle and a steady hand.

The thing I spend most of my waking life doing is flipping some bits on a spinning magnetized piece of metal. Is that really all there's going to be to life?

I'll be more impressed when I see it done truly manually - with a magnetized needle and a steady hand

\nAre they using some form of magnetized containment? Excited to see this funded.

Indeed, magnetized needle and a steady hand is the only tool a full-stack developer needs.

I hadn't heard of magnetized liner inertial fusion before. Is it really as promising as the article makes it seem?

We start replacing them with magnetized nails that are pounded into the asphalt in intervals. Sensors in the car could recognize the lanes even in deep snow or pea-soup fog.

A pointed needle can be magnetized to point either North or South. But you definitely want some way of distinguishing between the two ends, and making one end pointed seems like the easiest way to do so.

CPath=122 I'd like to try two rings: one magnetized through the thickness, and the other magnetized through the diameter. That would let me sense two orthogonal vectors from the surrounding field.

Also focus fusion, Helion, magnetized target fusion, and levitated dipole.

Look at fusion research: can we say even now which of tokamaks, laser inertial confinement, Focus, Polywell, magnetized target fusion, sonofusion, and even cold fusion is likeliest to produce results? I know lots of people have opinions, but the fact is, we don't know.

Just make sure, when converting existing partition, you use at least "3-pass wipe" mode since todays hard disk drives can keep "second layer" of magnetized data you were converting for months giving law enforcement access to your pure data pre-endryption. In my example, I have about 10TB across 8 HDD with my CAD/3DStudio Max work.

I quote from the abstract: > An Eulerian compressible flow solver suitable for simulating liquid-lead flows\ninvolving fluid-structure interaction, cavitation and free surfaces was developed and applied to investigation of a magnetized target fusion reactor concept. The numerical methods used and results of common test cases are presented.

But if you were the sort of person who bought individual audio components, you probably also avoided those things, because you recognized that the function of projecting a moving image on a screen was independent of the function of reading a signal from a strip of magnetized tape, and so keeping them in two separate devices bought you flexibility, expandability, and robustness. Now, apparently, those old lessons are still useful.