cpheinrich

Polycam | Graphics Engineer & 3D Tools, Computer Vision, Full Stack | Remote in USA

Polycam is the leading 3D capture app for iPhone and Android, with great traction in terms of both revenue and users. Our core 3D capture technology is used by 3D creators, architects and enthusiasts alike.

Polycam is backed by outstanding investors including Sequoia Capital, Chad Hurley (Co-Founder of YouTube), and Adjacent.

We are primarily hiring for senior software engineering roles with expertise in computer graphics, computer vision, 3D tools, and C/C++ development, as well as full stack software engineering (React, Typescript), growth and UI/UX design.

Apply to one of our open roles here: https://poly.cam/careers, or email me at chris@polycam.ai

Polycam | Senior iOS Engineer & Senior CV Engineer | Full-time remote | $100-$180k + equity

Polycam is 3D capture startup that uses the LiDAR sensor on new mobile devices to enable accurate and rapid 3D scanning. We raised a seed round from Sequoia Capital in December, along with other top-notch investors. Our iOS application is extremely popular with a wide range in folks ranging from 3D enthusiasts to architects to video game developers. We are a small team on a mission to build the best 3D capture and visualization platform on the planet.

iOS Engineer:

- Full stack iOS development (3+ years), including fluency with frontend frameworks, working with the filesystem and interacting with a web server - Swift - Bonus: Experience working with augmented reality, computer graphics of computer vision frameworks - Bonus: C++

Reach out to Chris at careers@polycam.ai or apply on Angel.co: https://angel.co/company/polycam-2/jobs/1151952-senior-ios-e...

CV Engineer:

- Strong math, 3D geometry and linear algebra fundamentals - Strong c++ skills - Numerical optimization - Bonus: running heavy computation on mobile devices - Bonus: Geometry/mesh processing - Bonus: Machine learning

Apply at: https://angel.co/company/polycam-2/jobs/1151922-senior-compu...

While any proposal for finding quantum computing in the brain should be met with skepticism, this paper by a very well respected physicist does an excellent job of exploring one possible route to quantum computing in the brain. It will be up to experiments to add strength to, or disprove, this claim.

If you wish to transmit quantum information then you need a quantum link (or entanglement plus a classical link -- google quantum teleportation). One use case is to do distributed quantum computing -- if the quantum computers are not colocated then they will need to be connected with some sort of quantum network

I think the idea is that if you want to transmit quantum information you need a quantum internet.

There are many cases where you would want to transmit quantum information besides using it as an encryption scheme. For example, if a scientist wants to run a quantum simulation in the cloud, and then they want the quantum state to be communicated back to their local quantum machine _without_ collapsing the wave function, then you would need some kind of quantum link to do so. If you want to send it through the classical internet you would have to collapse the wave function and send classical information.