Gabriele Muza

Looks like an important post, not sure why you'd put it behind a paywall

The moustache is epic mate

Work in progress. Can you guess what you're seeing?

#b3d #engineering

Thanks! Bringing VFX to scicomm is going to be more of a thing in 2025

Modern day labor indeed

Can we bring scientific communication to the 21st century?

Commercial companies invest heavily in communicating their products.

Imagine if peer reviewed research was promoted with similar rigor?

Here's our attempt to bring research to the social spotlight with relevant content

#Scicomm #b3d

Generating Photonic Clusters - The Quantum Source approach YouTube video by Quantum Source

Glad you liked it!
The full video is available on the studio's website and on YouTube:
youtu.be/UectIvzO_Lg?...

I couldn't find one so I made one. Scientists who blend starter pack! Follow all the coolest #b3d science renders! I don't know everyone (or really anyone) so self-nominate and I'll add you in! (Bonus points if you post a cool render) go.bsky.app/S253qJN

nice image. I wish my institute had similar contests when I was doing my master's.

Instead, they just had science-themed singing contests 🤷

I'm very curious what in your opinion is the reason/explanation for this lack of sanctions?

This attention to detail does something else too – it signals to all audiences that your research communication is thoughtfully crafted, not an afterthought.

When viewers sense this care, they engage more deeply with your science.

Both these effects combine together to largely increase your explainer’s impact on the target audience.

The key to Re-watch value?

Hidden details, subtle references, and carefully crafted backgrounds that reveal new insights with each viewing.

When your audience revisits your explainer video multiple times, it signals to algorithms that your content is worth spreading.

And by rewarding these repeat viewers with carefully crafted details, you're deepening their engagement with your scientific concepts.

Want to know what separates good scientific explainers from unforgettable ones?

Here's a secret many overlook:
The power of rewatchability value through background details.

Thanks Mario!
Cheers

The world is ready for better scientific communication, and that's exactly why I work on my studio every day.

Here's our 2024 showreel

#science #scicomm #blender3d

Love this!

The Simple System That Prevents Project Miscommunication YouTube video by Muza Productions

As Chemist-turned-studio-manager I had to re-invent the wheel several times. The one wheel I'm most proud of re-inventing is the custom project page we make for each client.

It's simple to build, yet it completely transforms the customer experience. Can be applied to any field

youtu.be/cMtK0-m_SRA

Thanks Shahab, glad you like it!

I'm always trying to bring the human touch to science explainers. Part of that is including real humans (in this case, myself) in the CGI environment.

#science #scicomm #blender3d #quantum

Yes it's in room temp, ultra-low pressure (but from my understanding, not low enough to be ultra expensive).

RSG's shouldn't be interfering in this approach and they expect to have several dozens of generation + entanglement couples (as shown in this video) on the same tiny chip.

The more complex the science, the simpler the visuals should be.

Here is a short clip from an explainer video I did for a new approach to quantum computing, using a combination of photons and atoms for the entanglement process.

#quantum #scicomm #blender3d #science #engineering

Introduction to Photonic Quantum Computing YouTube video by Quantum Source

youtu.be/ustVvxJ8t-s?...

Earlier this year I got to create a short explainer about a very surprising approach to quantum computing - using photons (instead of atoms) as qubits for better scalability.

The science behind it turned out fascinating!
Full video in comments

#quantum #blender3d #scicomm

Funny, that was the first thing I checked after I joined

Ever wonder how quantum entanglement actually happens? Here's the magic: Send two photons through some clever optical setups (like this beam splitter), and they become deeply connected.

This connection is so unique it powers next-gen quantum computers.

#Quantum #SciComm #blender3d

Why 'erasure' could be key to practical quantum computing A new method for correcting errors in the calculations of quantum computers potentially clears a major obstacle to a powerful new realm of computing.

read the full article on Eaurekalert:
www.eurekalert.org/news-release...

The analogy of a biological cell as a city is a little overused, but in most cases it just works too well to ignore.

#cellbiology #scicomm #blender3d #science

here's an example of how we can use the infinity symbol to indicate that entanglement is generated in the specific component of the quantum computer that we are presenting.

The concept of 'quantum entanglement' however still doesn't have a widely accepted visual language.

The symbol '∞' is often used, but if the entangled objects are far apart the visualization can become challenging.

#quantum #scicomm #blender3d