u/anildaniel90

Hi everybody, I'm happy to share that my book has become 0 price as a promotion on Amazon. Please give a try and review my novel. It's great for a debut author.

link : https://books2read.com/u/477lZE

its totally free.

and about free time. It may vary according to regions.

Americas

• US (United States): Mon, Aug 17, 2026, at 12:00 AM PDT (West Coast) / 3:00 AM EDT (East Coast).
• CA (Canada): Mon, Aug 17, 2026, at 12:00 AM PDT / 3:00 AM EDT.
• MX (Mexico): Sun, Aug 16, 2026, at 11:00 PM CST.
• BR (Brazil): Mon, Aug 17, 2026, at 4:00 AM BRT.

Europe

• UK (United Kingdom): Mon, Aug 17, 2026, at 8:00 AM BST.
• DE (Germany): Mon, Aug 17, 2026, at 9:00 AM CEST.
• FR (France): Mon, Aug 17, 2026, at 9:00 AM CEST.
• ES (Spain): Mon, Aug 17, 2026, at 9:00 AM CEST.
• IT (Italy): Mon, Aug 17, 2026, at 9:00 AM CEST.
• NL (Netherlands): Mon, Aug 17, 2026, at 9:00 AM CEST.

Asia Pacific

• IN (India): Mon, Aug 17, 2026, at 12:30 PM IST.
• JP (Japan): Mon, Aug 17, 2026, at 4:00 PM JST.
• AU (Australia): Mon, Aug 17, 2026, at 5:00 PM AEST (Sydney).

Hello guys, as I discussed earlier, now I am sharing my Amazon link. as my book becomes 0 price for one day. Please give it a try, read it, and give a review. A review totally depends on you; it's bad or good, whatever, but for a debut author, it's all fine. I will definitely learn from it.

here is the link
https://books2read.com/u/477lZE

about the free period. It's different in different regions.

Americas

• US (United States): Mon, Aug 17, 2026, at 12:00 AM PDT (West Coast) / 3:00 AM EDT (East Coast).
• CA (Canada): Mon, Aug 17, 2026, at 12:00 AM PDT / 3:00 AM EDT.
• MX (Mexico): Sun, Aug 16, 2026, at 11:00 PM CST.
• BR (Brazil): Mon, Aug 17, 2026, at 4:00 AM BRT.

Europe

• UK (United Kingdom): Mon, Aug 17, 2026, at 8:00 AM BST.
• DE (Germany): Mon, Aug 17, 2026, at 9:00 AM CEST.
• FR (France): Mon, Aug 17, 2026, at 9:00 AM CEST.
• ES (Spain): Mon, Aug 17, 2026, at 9:00 AM CEST.
• IT (Italy): Mon, Aug 17, 2026, at 9:00 AM CEST.
• NL (Netherlands): Mon, Aug 17, 2026, at 9:00 AM CEST.

Asia Pacific

• IN (India): Mon, Aug 17, 2026, at 12:30 PM IST.
• JP (Japan): Mon, Aug 17, 2026, at 4:00 PM JST.
• AU (Australia): Mon, Aug 17, 2026, at 5:00 PM AEST (Sydney).

So thank you so much for all your efforts.

I've been working on this book for a number of years now and I'm at the stage where I can actually share it with people.

I am a first time author and PROJECT FIRST LIGHT is my first hard sci-fi novel.

It all started with a simple question: what if humanity sent a spacecraft out of the Solar System with everything it needed to go on without a human crew?

The year is 2060 and humanity is sending the UES Dawnstar on an autonomous interstellar mission.

Its purpose is simple: to find alien life, preserve scientific knowledge and continue humanity's journey beyond the Solar System.

But the mission eventually takes it to places where the original assumptions don't hold.

Dawnstar comes across the Alpha Centauri system, unknown planetary settings, extreme dangers, and finally the a binary system, where the mission takes on a whole new level of difficulty.

Somewhere along the way, the spacecraft finds something that changes the mission:

alien life surviving.....

I tried to anchor the science throughout the course of the story. I did a lot of research on astronomy, spacecraft engineering, orbital mechanics, astrophysics, astrobiology and current scientific theories while writing it. I also used AI as a tool to challenge my ideas and to see if the scientific concepts I was using were actually defensible, rather than just assuming that something works because it is science fiction.

This is my first novel and I know there are things I can do better. But after years of working on the story, researching the science, and putting it all together, I finally thot it was time to let other people read it.

PROJECT FIRST LIGHT will be FREE on Amazon Kindle for ONE DAY - August 17, 2026.

Search for:

PROJECT FIRST LIGHT – Anil

on Amazon August 17 and download the Kindle version for $0 during the promotion.

If you are really interested in reading it but cannot find the link or promotion in your region, feel free to DM me and I will send you the appropriate Amazon link.

You can read the ebook on the Kindle app or a Kindle device.

And if you do read it, I would really appreciate an honest review. As a first time author, I would greatly appreciate any constructive criticism to better my writing in the future.

Thanks to anyone who will take a chance on a new independent author. 🚀

I've been working on this story for several years, mostly because I couldn't stop thinking about what a serious interstellar exploration mission might actually look like.

I'm a first-time author, and PROJECT FIRST LIGHT is my debut novel.

I spent a lot of time researching spaceflight, orbital mechanics, astrophysics, AI systems, astrobiology and different ideas in physics while developing the story. I also used AI as a research and reasoning tool to challenge my ideas and check whether the science behind a scene made sense. Whenever possible, I wanted the technology in the story to have some connection to real scientific principles rather than simply being “future technology, so it works.”

The story begins in 2060.

Humanity launches the UES Dawnstar, an autonomous spacecraft designed to travel beyond the Solar System without a human crew aboard.

Its mission is simple on paper:

Search for extraterrestrial life.
Preserve scientific knowledge.
Continue humanity's exploration beyond the Solar System.

But the further Dawnstar travels, the less predictable the mission becomes.

It eventually reaches Alpha Centauri and encounters environments that were never part of the original mission assumptions. Later, in the V-88 binary system, the mission encounters a young and violently evolving stellar environment.

And eventually, something much more important than another planet is discovered:

evidence of surviving extraterrestrial life.

The book is basically my attempt to explore what happens when scientific discovery, mission survival, artificial intelligence and the preservation of life begin to conflict with each other.

On August 17, 2026, PROJECT FIRST LIGHT will be available for FREE for one day as a Kindle ebook.

If you'd like to read it, you can search PROJECT FIRST LIGHT by Anil Daniel on Amazon on August 17.

I'll also share the direct link if the subreddit rules allow it. If not, anyone seriously interested can DM me and I'll send you the link privately.

You will need the Amazon Kindle app or a Kindle device to read the ebook.

I'm not expecting everyone to like it. This is my first novel, and I'd honestly appreciate reviews and constructive criticism from people who actually read it. It would help me understand what worked, what didn't, and what I should improve in whatever I write next.

Thanks to anyone willing to give a first-time author a chance.

I’ve never done a book promotion like this before, so I hope it’s okay to share this here.

After several years of writing, researching, rewriting, and trying to make the science in my story as convincing as possible, I finally published my first novel:

PROJECT FIRST LIGHT

This is my debut as a novelist.

The story began as an idea I had years ago, and over time it grew into a full-length hard-science-fiction novel. While writing it, I spent a lot of time researching astronomy, spacecraft engineering, orbital mechanics, interstellar travel, planetary environments, extraterrestrial life, and different scientific theories that could realistically support the situations in the story.

Whenever I introduced a scientific concept, I tried to understand the real science behind it first rather than simply using it because it sounded futuristic.

The story begins in 2060, when humanity launches the UES Dawnstar on an autonomous mission beyond the Solar System.

Its mission is to search for extraterrestrial life and expand humanity's scientific knowledge beyond our immediate stellar neighborhood.

Eventually, the mission reaches Alpha Centauri and encounters environments and problems that were never part of the original mission assumptions.

And the further the spacecraft travels, the more complicated the question of what an exploration mission is actually supposed to preserve becomes.

📚 The book is already published on Amazon as an ebook.

On August 17, I’m making PROJECT FIRST LIGHT FREE for 24 hours.

It will be free as an ebook, not a physical book. You can read it using the Amazon Kindle app on a phone, tablet, or computer.

On August 17, you can simply search:

PROJECT FIRST LIGHT — Anil Daniel

on Amazon and the ebook should show a $0.00 price during the promotion.

I'll also share the direct link if the subreddit permits it.

If you're genuinely interested in giving a first-time author a chance, I'd really appreciate you reading it. And if you finish it, an honest review or constructive feedback would mean a lot to me as I continue writing.

This is my first novel, so I'm still learning.

Thank you to anyone willing to give it a chance.

The past few days I've been asking questions here about spacecraft navigation, molecular clouds, orbital mechanics, young stellar systems, debris hazards, planetary environments.

All those questions actually did serve a purpose.

They are connected to the science fiction novel I have been working on for years.

PROJECT FIRST LIGHT is my first hard sf novel.

The story follows the UES Dawnstar, an autonomous interstellar vessel launched by humanity in 2060.

There is no human crew on board.

The spacecraft must work for decades using autonomous systems, onboard intelligence, scientific models, navigation systems, engineering systems and all the information it can get on the way.

One of the things I was most concerned with in writing was trying to make the technological problems feel like engineering problems, rather than convenient plot devices.

I spent a lot of time studying real astronomy concepts, orbital mechanics, spacecraft engineering, stellar environments, planetary science and astrobiology and then asking myself:

If humanity actually tried something like this what would the spacecraft have to face?

Eventually, this brings the story to the V-88 binary system, where the mission finds an environment far more dangerous than originally expected.

And eventually, it comes across something even more important:

life outside our planet.

This is my first novel and I know there will be things that can be improved, inevitably. That’s actually part of why I’ve enjoyed talking about the science here on Reddit.

So I'm giving the book away for 24 hours on August 17th.

PROJECT FIRST LIGHT will be FREE on August 17 as a Kindle ebook.

You don’t need a Kindle e-reader. You can also use the free Kindle app on your phone, tablet, or computer.

August 17, search on Amazon:

PROJECT FIRST LIGHT — Anil

aand the ebook should be marked at the promotional $0.00 price.

https://preview.redd.it/v2i4y3qdrcjh1.png?width=1023&format=png&auto=webp&s=fe092b7e218637c4f064a7b5738a27bc60579af6

If direct promotional links aren't allowed here anyone who really wants to read it can also message me and I will give the link directly.

If you do read it I'd love an honest review or some technical feedback. I’m especially interested in hearing where the science works, and where it could be better.

I’ve been writing and developing a science-fiction story for several years, and I’ve finally published it as my debut novel: **PROJECT FIRST LIGHT**.

The story begins in **2060**, when humanity launches the **UES Dawnstar** beyond the Solar System.

There is no human crew aboard.

Instead, Dawnstar is designed to operate autonomously for decades, using the distributed **AION-CORE** intelligence architecture and a network of specialized systems responsible for navigation, engineering, scientific analysis, maintenance, and mission ethics.

The mission itself is relatively simple:

**Search for extraterrestrial life. Preserve scientific knowledge. Continue humanity’s exploration beyond the Solar System.**

But the farther Dawnstar travels, the more complicated those objectives become.

After reaching Alpha Centauri, the spacecraft encounters environments that were never part of the original mission assumptions. It survives a violent metallic storm, crosses a molecular cloud, and eventually enters the **V-88 binary system**, a young and extremely unstable planetary environment.

There, Dawnstar discovers something that changes the mission entirely:

**a surviving extraterrestrial organism.**

It is not simply a matter of collecting a biological sample.

Preserving the organism requires Dawnstar to enter an environment containing extreme debris hazards, rapidly changing gravitational conditions, powerful stellar plasma activity, and a planet that is itself becoming increasingly hostile to the organism's survival.

The central question becomes:

**Should an autonomous exploration mission accept significant risk to preserve a form of life that humanity has never encountered before?**

That question is explored through the interaction of the different AION-CORE systems, particularly the scientific, engineering, and ethical reasoning involved in deciding what the mission should do.

I wanted the novel to feel less like a story where advanced technology simply solves every problem and more like a long-duration scientific mission where every solution creates another constraint.

The science-fiction elements I focused on include:

• autonomous spacecraft and AI
• interstellar travel and relativistic effects
• planetary geology
• orbital mechanics
• extraterrestrial biology
• spacecraft engineering
• autonomous exploration
• AI decision-making and ethics
• the long-term consequences of humanity becoming an interstellar species

**PROJECT FIRST LIGHT** is my first novel, and it is now published as an ebook.

I'm sharing it here because this community is specifically interested in science fiction as a form of storytelling. I'm interested in hearing what readers think about the premise, the scientific approach, and the idea of an exploration mission having to make decisions without humans present.

I won't drop a purchase link unless the subreddit permits that kind of self-promotion. If anyone is interested in the book, I can share more information in the comments.

I’ve been writing and developing a science-fiction story for several years, and I’ve finally published it as my debut novel: PROJECT FIRST LIGHT.

The story begins in 2060, when humanity launches the UES Dawnstar beyond the Solar System.

There is no human crew aboard.

Instead, Dawnstar is designed to operate autonomously for decades, using the distributed AION-CORE intelligence architecture and a network of specialized systems responsible for navigation, engineering, scientific analysis, maintenance, and mission ethics.

The mission itself is relatively simple:

Search for extraterrestrial life. Preserve scientific knowledge. Continue humanity’s exploration beyond the Solar System.

But the farther Dawnstar travels, the more complicated those objectives become.

After reaching Alpha Centauri, the spacecraft encounters environments that were never part of the original mission assumptions. It survives a violent metallic storm, crosses a molecular cloud, and eventually enters the V-88 binary system, a young and extremely unstable planetary environment.

There, Dawnstar discovers something that changes the mission entirely:

a surviving extraterrestrial organism.

It is not simply a matter of collecting a biological sample.

Preserving the organism requires Dawnstar to enter an environment containing extreme debris hazards, rapidly changing gravitational conditions, powerful stellar plasma activity, and a planet that is itself becoming increasingly hostile to the organism's survival.

The central question becomes:

Should an autonomous exploration mission accept significant risk to preserve a form of life that humanity has never encountered before?

That question is explored through the interaction of the different AION-CORE systems, particularly the scientific, engineering, and ethical reasoning involved in deciding what the mission should do.

I wanted the novel to feel less like a story where advanced technology simply solves every problem and more like a long-duration scientific mission where every solution creates another constraint.

The science-fiction elements I focused on include:

• autonomous spacecraft and AI
• interstellar travel and relativistic effects
• planetary geology
• orbital mechanics
• extraterrestrial biology
• spacecraft engineering
• autonomous exploration
• AI decision-making and ethics
• the long-term consequences of humanity becoming an interstellar species

PROJECT FIRST LIGHT is my first novel, and it is now published as an ebook.

I'm sharing it here because this community is specifically interested in science fiction as a form of storytelling. I'm interested in hearing what readers think about the premise, the scientific approach, and the idea of an exploration mission having to make decisions without humans present.

I won't drop a purchase link unless the subreddit permits that kind of self-promotion. If anyone is interested in the book, I can share more information in the comments.

Imagine a human exploration crew has landed on an alien planet to extract a rare and extremely valuable mineral.

The landing site is stable, and autonomous mining vehicles are operating several kilometers away from the spacecraft.

Then a remote sensor detects a rapidly approaching storm.

This isn't an ordinary dust storm.

The atmosphere is carrying large amounts of metallic dust, rock fragments and surface debris. Some of the larger fragments could cause serious damage to exposed equipment.

The storm is still several kilometers away, but atmospheric conditions are changing rapidly. Your crew has limited time to react.

You have:

• a spacecraft capable of leaving the surface,
• several autonomous mining vehicles away from the landing site,
• valuable extracted material,
• limited information about the planet's weather,
• and no guarantee that the landing site will remain safe.

What should the human crew do first?

Do you:

A) immediately abort mining and recall every vehicle?

B) prioritize getting the crew and spacecraft airborne?

C) try to recover the mining equipment and material before leaving?

D) seek shelter and wait for the storm to pass?

E) do something completely different?

I'm particularly interested in the decision-making hierarchy. When the crew doesn't fully understand an alien environment, how should they balance human safety, spacecraft survival, equipment recovery and the mission objective?

Imagine you're designing a scientific spacecraft for a very young binary star system.

The system is still forming, and the spacecraft has to operate inside a highly unstable environment.

There are three major hazards:

1. Hypervelocity debris

The protoplanetary disk contains large amounts of silicate dust, metallic fragments and planetesimals moving on different trajectories. The spacecraft could face continuous high-velocity impacts rather than a single collision.

2. A constantly changing gravitational environment

Two stars and several forming planets produce a complicated gravitational field. The spacecraft's trajectory cannot simply be calculated once and left unchanged; orbital perturbations continuously alter the predicted path.

3. Violent stellar plasma eruptions

The primary star periodically produces powerful magnetized plasma eruptions. These can interfere with sensors, communications and spacecraft electronics while the spacecraft is operating inside the system.

Assume the spacecraft has advanced propulsion, autonomous systems, shielding and onboard computing, but its resources are still finite.

If you were designing the mission, how would you deal with these three hazards?

Would you prioritize:

• physical shielding against high-velocity debris,
• continuous trajectory correction,
• radiation-hardened electronics,
• redundant navigation and communications,
• autonomous repair systems,
• or simply designing the mission to avoid the most dangerous regions?

I'm particularly interested in the engineering trade-offs. Which of these three hazards would you consider the hardest to survive, and why?

I'm thinking about a hard-SF scenario involving a spacecraft entering a chaotic multi-body planetary system.

Imagine a binary-star system containing several planets with unstable or evolving orbital relationships. The spacecraft cannot simply follow a conventional straight trajectory because the combined gravitational fields produce rapidly changing perturbations.

One possible strategy would be to continuously calculate temporary regions where opposing gravitational influences partially balance each other. The spacecraft could enter one of these transient regions, reduce gravitational stress, then transition to another predicted equilibrium region as the first one collapses.

The interesting part is that these regions wouldn't be stationary. Their positions would continuously change as the planets orbit.

So, from a real orbital-mechanics perspective:

Could a spacecraft realistically exploit short-lived gravitational equilibrium regions in this way to reduce the amount of corrective propulsion required?

And if the system's planets were also strongly magnetized, could the spacecraft then use a planetary magnetic "umbra" as temporary protection from a predicted coronal mass ejection?

I'm particularly interested in where this concept breaks down physically—especially regarding the stability of the equilibrium regions, navigation precision, tidal forces, and the amount of Δv required to transition between them.

Imagine an interstellar spacecraft entering a dense molecular cloud.

Within minutes, the stars disappear. Optical navigation loses its reference points, cameras become useless, and even infrared observations are severely attenuated.

The spacecraft still needs to maintain its trajectory and detect potential collision hazards.

One possible approach would be to combine gravitational measurements with radar-based reconstruction of the surrounding volume. But there is another problem: the dust itself can distort or scatter radar returns, making the reconstructed objects uncertain or even misleading.

So I'm curious:

If you were designing the navigation system for such a spacecraft, what combination of sensors and techniques would you use?

Would you rely on gravitational mapping, radar, inertial navigation, pre-existing stellar coordinates, or several independent systems working together?

And how would you handle situations where the sensor data itself cannot be trusted completely?

Imagine an interstellar spacecraft entering a dense molecular cloud.

Within minutes, the stars disappear. Optical navigation loses its reference points, cameras become useless, and even infrared observations are severely attenuated.

The spacecraft still needs to maintain its trajectory and detect potential collision hazards.

One possible approach would be to combine gravitational measurements with radar-based reconstruction of the surrounding volume. But there is another problem: the dust itself can distort or scatter radar returns, making the reconstructed objects uncertain or even misleading.

So I'm curious:

If you were designing the navigation system for such a spacecraft, what combination of sensors and techniques would you use?

Would you rely on gravitational mapping, radar, inertial navigation, pre-existing stellar coordinates, or several independent systems working together?

And how would you handle situations where the sensor data itself cannot be trusted completely?

Hear me out.

Top Indian creators like Total Gaming, Raistar, Gyan Gaming, and many others are now trying ML5v5. It has already hosted a national tournament and even sent an Indian team to EWC.

What stands out to me isn't just esports. ML5v5 is also hiring scriptwriters, video editors, VFX artists, and content creators, and it regularly runs creator contests that let people earn beyond just playing.

I know Free Fire and PUBG are still huge, and I'm not saying ML5v5 will overtake them tomorrow. But if it keeps this pace until 2030, could it become the better platform for players and creators?

Curious to hear both FF and PUBG players' opinions.