Hooray! Another legit good Terminator sequel! Nutso revenue requirements. Linda Hamilton and Arnold physique maintenance. Arnold appreciation as always.
No spoilers but wow what a way to begin. CG face replacements. Terminator battle plans. More alternate timelines.
Grace. Imposing! “Design” considerations. Relying on human tissues. Comparing and contrasting with the Terminator Salvation’s Sam Worthingtonbot. Bio-aumentation. More than muscle! Nervous system response shortcuts.
Robots taking our jobs
Robot literally taking the guy’s job this time. Learning to work with the robots. Extended robot anxieties throughout the history of the Terminator franchise. Robots surveilling and monitoring our jobs and making it easy for Terminators to find us.
New Terminator! The Rev-9 taking the best bits of previous no-longer-canon sequels. Infiltrating and cracking wise.
Synet rebranded. AI built on human data and maybe no matter which platform becomes sentient it will come to similar conclusions and methods. Cyberwarfare platforms.
Becoming human. Understanding humanity. What happens to a Terminator after their mission is complete? Post-mission Terminators getting creative.
James Cameron blank checks and record-breaking budgets and payouts.
Getting re-jacked to your original shape at 56 years old. Screening your movie at Saddam’s palace.
The broadness of the term “nanotechnology.” Upgrading your liquid-metal nanotechss32 robots.
Placing this movie in the data collection timeline: after the dawn of big data digital government spying, but before smartphones when we willingly began to give up all the data. But there’s a Terminator movie for that too!
Direct linkages in car systems. Driving by-wire. Hacking automobile computer systems. Wired hacking and modern wireless car hacks.
Finally, a Terminator in the age of the ubiquitous cell phone! Still not smartphones yet, but it’s a start! Hydrogen fuel cell failure modes and the danger of tiny hydrogen bombs. MRI dangers.
AI escape scenarios. Supercomputing at “60 teraFLOPS” and wth is a “teraFLOPS” anyway? Computing power measurement and FLOP precisions. Recognizing the actual utility of supercomputers only becoms apparent with very paralellizable tasks.
James Cameron’s first film! And Arnold is amazing! The possibility of casting O.J. Simpson as the T-100. Harlan Ellison lawsuit.
The thawing of the AI winter of the 70s. Robots finally showing up in our lives and in the workplace. Terminator bootstrapping. Robotics and machine learning.
The possibility of AI becoming “self-aware” or “conscious” and whether we even know what those things really mean. Big data feeding skynet.
Jacked-up and oiled beefcake “infiltration” models. Franco Columbu. Robotic Ahhhhhnold blending in. The “rule of cool.” Feeding and maintaining a terminator’s “living tissue.”
Persistence of information
The persistence of human knowledge after the nuclear apocalypse. The fragility of magnetic storage media. Storing your data under a mountain. The weakness of encryption over time.
How to not sound crazy when telling people in the past that you’re from *the future*. Meatball time travel. Using the “living tissue” time travel rule to transport large weapons into the past. Stuffing a whale or elephant. Realizing that maybe (probably), no one (not even SkyNet) has the slightest clue what they are doing with the time travel.
Compounding acceleration in the relative vacuum of space. Incredible efficiencies versus chemical rockets, and the very low force produced making it only appropriate once spaceborn. The differing problems solved by chemical rockets and ion drives. The benefit of ion drive once out of Earth’s gravity well and going far away. Earth’s tectonic plates, slowly building up to escape velocity. That beautiful blue glow. “Ionic wind” aircraft in-atmosphere: a completely silent aircraft motor with no moving parts!
Landing in spaaaaace
Methods of landing on Mars: Aeroshells, parachutes, rockets, and balloons. Past examples. Different bodies in space and their particular atmospheric densities, atmospheric conditions, and gravitational acceleration.
Nuclear power solutions
Nuclear power vs solar cells. People’s presumption of full-on nuclear reactors rather than the smaller and less-efficient radioisotope thermoelectric generators like on Curiosity. Wondering why we don’t use tiny nuclear robots to blow the dust off of the solar robots. NASA, call us for more great ideas.
Martian dust storms. The low density and force of Martian dust storms, contrary to popular depictions. The visual impressiveness of huge Martian dust storms from space relative to actual effect. The (low) density of the Martian atmosphere and its make-up. How 60mph dust storms are are actually not that powerful: with low gravitational acceleration, static charge, it is very very easy it is to keep dust particles aloft.
Orbital centricity words
The revelation that “geocentric” and “geostationary” apply very specifically to only Earth and there are other words particular to the other major bodies in our solar system. All of the other centricity classifications, including Arecentric for Mars as in the film (though they don’t use it).
Hypoxia and inability to give detailed instructions to your AI on how to disperse the spirit of humanity into the universe.
2036 Origin Unkown: Netflix | Amazon | iTunes
Why You Should Put YOUR MASK On First (My Brain Without Oxygen) by Smarter Every Day: YouTube
How Do Ion Engines Work? The Most Efficient Propulsion System Out There by Fraser Cain: YouTube