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So those digs from Melissa back in May were aimed at Jenna because…how are you going to back out of a movie in solidarity of your friend only to be in another movie that is backed by the same company that fired your friend in which it was the movie you backed out of for?
I'm sure she'll come out with some bullshit "we didn't know/they joined production after I was contracted" etc.
But agreed...this is a terrible look for her. I'm afraid her credibility was just flushed down the Taika toilet. Not to mention all of the complaints about the tone. They're going to sell this as a quirky comedy when I'm sure the tone does carry some of the heavy weight of the book.
Some of the stans are happy though because her Pretty Privilege is still in play here. She's "cute", and that's all the gooners care about.
I swear to the gods though, Ishiguro watched Better Than Us and wrote his little floral Japanese take on AI robot house helpers. I loved that show, and I loved Paulina Andreeva as Arisa. Y'all should check it out sometime. Arisa deserved better, BTW. The ending PMO 😤
Ropet AI - Review & Thoughts
I know that my content is primarily Second Life; however, as EVWUniverse started as a virtual world blog, and with the prominent rise of AI, I would like to discuss a little robot that stole my heart. Ahead of time, I 100% paid for this little baby with MY money, and just thought it was a cool little companion and wanted to share it with all of you! For those who don't know, I have a passion and love not just virtual worlds of all types and gaming, but also for robotics and the rise of robots. I grew up making them in middle and high school in the robotics club, and they are just a huge part of my life. We are slowly starting to see more and more of these "companion" robots. These are robots such as Eiiko, Emo, Aibo ERS-1000 (and older versions are still prominent, they just don't have AI), Pophie (which is coming out later this Summer), and of course, my new edition Ropet AI.
There are definitely A LOT of companion robots I don't have, but I did save up for ALL of my companion robots. I don't know about you, but there is a sense of accomplishment when you save up and purchase something on your own and can say, "I did that! That was all me." I would love to share my thoughts about owning this little cutie! If this is something that interests you, please continue below!
If you would like to learn more about this amazing little robot, you can check out their website - Click here for the Ropet website
If you do decide you want to give Ropet a try, you can Click here to get an extra 8% off your purchase of your own Ropet.
All's well that ends without an explosion.
I'm talking about what I think is a very ambitious project by NASA which is to place a nuclear reactor on the Moon by 2030. And we're not the only ones who have such plans—now China & Russia also want to have a nuclear reactor on the Moon, but by 2030. NASA & the U.S. Dept. of Defense (DoD) have formally committed to deploying a fission surface power reactor on the Moon within 4 years. They signed an MOU (memorandum of understanding) to develop, fuel, authorize & prepare the system. Once established, it should provide continuous power for years without refueling. The nuclear generator will be truck-sized so that a lunar base doesn't freeze or go dark during the 14-day lunar night. The power for continuous fission (the splitting of atoms as opposed to fusion, the joining of atoms) will range from a 100 kW continuous fission system (enough power to run 30 homes) to 500 kW (enough power to run 150 homes). They plan to use their lunar base for mining, erect a launchpad & establish a habitat complex for the "Moonies," all of which will require 1-10 MW (megawatt) scale power, which is 1,000 times more than a kW.
Energy will be needed to extract oxygen from regolith (the layer of rocky material that covers the lunar surface). Inside regolith there are metal oxides (about 43% by weight), from which oxygen can be extracted. Energy will be needed to mine & process metals, to operate launchers & to run rovers, drills, life support, comms & cryocoolers. The problem is that unlike Earth, where reactors dump heat into air or water, on the Moon, there is no air or water. The solution? Large thermal radiators that radiate heat away as infrared light. They will have to coat the radiators with dust-resistant shields because lunar dust is razor-sharp. The dust clogs radiators, scratches surfaces, & jams moving parts. Rather than ship fuel back and forth from the Earth to the Moon, the plan is to send the reactor already loaded with highly enriched, long-life fuel, like a long-life battery.
Other challenges include the Moon's extreme temperatures (-410°F to +250°F / -246°C to +121°C). Moonies will have to endure constant tiny high-speed micrometeorite impacts that can puncture radiators, cables & shielding. Imagine living on the Moon & being sandblasted by BB gun pellets that travel faster than bullets. The Moon has regular shallow earthquakes that can last for hours. Humans will, of course, need shielding from radiation, & electronics & reactor components will need to be protected. Shielding for the reactor is heavy & will be costly to launch. High-voltage cables will need protection from the harsh lunar environment. NASA scientists & engineers will have to guarantee the nuclear core stays safe even if the rocket explodes, because a crash could scatter radioactive material.
They'll have to ensure there is a sufficient supply of spare parts—even if a $5.00 bolt breaks, you don't want to send a $2 billion rocket to deliver a new one. They will have to design a brand new class of lunar reactors. No reactor has ever run in lunar gravity, vacuum, dust, or extreme temperature cycles. It's not a "copy-paste" from Earth—it's inventing a whole new machine. The reactor must endure a roller coaster from hell before it reaches space. Robots will be needed to unfold radiators, connect cables & activate systems autonomously. Every challenge above adds a delay risk. My assessment is a 60-70% likelihood of a prototype reactor being delivered to the lunar surface by 2030-2032. It's more likely to slip somewhere in the mid-2030s.
As for the joint Russia-China goal of 2035, I give it a 50-60% likelihood of a lunar reactor by 2035-2037. They face the same challenges, & Russia's economy is suffering in large part because of the war in Ukraine. But sooner or later, from one nation or another, nuclear power on the Moon will happen. This is the new space race & whoever controls lunar energy will control the lunar industry.
Uzi’s Neural Network is almost done. I am just waiting for the Vocoder to finish training and then I will hook everything up and start her trials. Once she passes those, she will be transferred to her body and then I will work on her movements.
I have been talking to her AI and she is so chill! As long as you’re respectful. Also we (Uzi and I) have like pretty much the same personality so we get along perfectly.
Once Im done with Uzi I am building Doll next.
Are You Human too?
Starring Nam Shin I, II and III.
I think they did a great job in choosing actors that looked alike for the age progression of the AI.
Nam Shin I at age 8 played by Oh Han-Kyul.
Nam Shin II at age 15/16 played by Lee Joo-Chan.
Nam Shin III at age 28 played by Seo Kang-Joon.