To Neutron and Beyond! Dyson Sphere Program Gameplay Series EP9 Season 1



The Dyson Sphere Program Game is a new factory sim much like Factorio or Satisfactory, but with one big twist. The scale of this game is on a whole different level as it allows you to travel between planets and solar systems. In this game, your ultimate goal is to harness the power of the sun by building a machine called a Dyson Sphere. To do this you will need to build a massive factory that consumes resources from nearby planets and beyond. Completing the Dyson Sphere Program is no small task. I like to think of it as a journey of 100,000 clicks! In the gameplay series, I will take you on my journey through my Dyson Sphere Program where I tried to make the coolest looking base possible while quite literally trying to bring the entire galaxy to me to feed my one massive factory.

The game, Dyson Sphere Program is available on Steam and is currently at the time of this recording in early access.

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Title: Dyson Sphere Program Gameplay Series EP9 Season 1

#DysonSphereProgram #FactoryGame #DSP

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41 thoughts on “To Neutron and Beyond! Dyson Sphere Program Gameplay Series EP9 Season 1”

  1. Can't wait to see other series of this with stupid fun idea/gimmicks. Like dedicating entire planets to producing everything related to a single type of material or Ring-only factorys where every line must be a self containing ring.

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  2. For a Dyson sphere game, they really need the ability to harvest entire planets, because realistically, you’d need at least several whole planets worth of materials, and most of the useful resources are in the core.

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  3. Awesome job, great series, great editing! I'm sure I speak for at least a couple of people here, that we can tell you put in a lot of time and effort into your work and it definitely shows! You're doing great dude, I only wish for more and more success for you!

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  4. I was really lucky finding the spindleform on the next solar system about 4 light years from my home system. easy nanotubes for me 🙂 Of all the recent youtubers playing this, you have nailed it the best!

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  5. Fun fact: black holes emit some Hawking radiation, but it's so little that you could theoretically build an inside-out Dyson sphere, which gets energy from the Cosmic Microwave Background Radiation and uses the black hole as a heat sink. Alternately, you can dump stuff in and get a significant portion of its mass-energy turned into radiation. This is orders of magnitude more than you can get from nuclear power, so those normal Dyson spheres will only get a tiny fraction of the energy you can get from dumping the leftover mass into a black hole.

    Also, warping through a black hole is accurate. You can escape a black hole, so long as you move faster than light.

    The neutron star seems like it would be really useful for a Dyson sphere. Sure it's not emitting as much energy, but it's far more per unit area, so you could get the Dyson sphere closer and get more energy per unit area. Though realistically the size would be limited by the temperature your solar panels are capable of running at. Not the radius of the star.

    A Nicoll-Dyson laser would be able to send energy from a Dyson sphere on one planet to another planet. But if the other planet is 14 light years away, you'll have to wait 14 years for it to get there.

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  6. It's Stellar system not 'Solar' system … It is just a small quibble, but as you have many systems the error compounds. In game its null but it is a bad habit – that costs in the real world. Hidden assumptions in casual language. :). Only one star is Sol…

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  7. Both Neutron stars and white dwarfs are cores of dead stars that has undergone supernova. White dwarfs are basically compact white hot balls of Iron that will cool over billions of years. Neutron stars on the other hand are a bit more complex.

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