SShortSingh.
Back to feed

Over 8,750 Quantum Computing Jobs Open Globally With Salaries Up to $180,000

0
·3 views

More than 8,750 specialized quantum computing roles are currently open worldwide, with Quantum Software Engineer positions alone accounting for over 7,000 of those listings. The talent pool has not kept pace with demand, creating favorable conditions for technical professionals seeking roles in the field. Salaries range from $90,000 to $180,000 depending on the specialization, and positions are being offered by established employers including IBM, Google, Microsoft, defense contractors, and well-funded quantum startups. Unlike the crowded data science market, which lists over 667,000 open roles globally, the quantum sector's limited candidate pool means applicants are more likely to be recruited than to face mass competition. Employers are reportedly willing to hire strong software engineers and train them in quantum concepts, reducing the barrier to entry for those without a physics background.

Read the full story at DEV Community

This is an AI-generated summary. ShortSingh links to the original source for the complete article.

Discussion (0)

Log in to join the discussion and vote.

Log in

Related stories

0
ProgrammingDEV Community ·

How to Run Docker Compose as a Managed Linux Service Using systemd

A technical guide published on DEV Community explains how to integrate Docker Compose with systemd to manage application stacks on a single Linux server. The setup ensures that Compose projects start automatically on boot, shut down cleanly, and recover from failures without manual intervention. The guide outlines a clear division of responsibilities: Docker runs containers, Compose defines the stack, and systemd handles lifecycle management on the host. Project files are organized under /opt/myapp/, with the systemd unit file placed at /etc/systemd/system/myapp.service and persistent data stored separately. The approach is recommended for small to medium self-hosted services, internal tools, and staging environments, while multi-node or large-scale workloads are advised to consider Kubernetes or similar orchestration platforms.

0
ProgrammingDEV Community ·

Write Code for Your Worst Day, Not Your Best: A Case for Readable Code

A software developer argues that programmers routinely make a flawed assumption — that they will always be at their sharpest when maintaining their own code. Using the example of a colleague whose cryptic, uncommented codebase turned a five-minute fix into a six-hour ordeal, the author illustrates the real cost of prioritizing cleverness over clarity. The piece contends that code is most often read under pressure — at 3 AM, before a demo, or while sleep-deprived — making readable, well-documented code a practical necessity rather than a stylistic choice. Even developers who rely heavily on AI coding tools are urged to provide clear context and documentation, as it benefits both human collaborators and the AI itself. The author concludes that writing understandable code is ultimately a sign of professional self-respect, not a lack of technical skill.

0
ProgrammingDEV Community ·

React Performance Guide: Profiling, Virtualization, Concurrency, and Testing Explained

A developer tutorial published on DEV Community walks through advanced React optimization techniques using a shopping mall analogy to explain complex concepts. The guide covers using the React DevTools Profiler to identify slow re-renders before attempting any fixes, emphasizing measurement over guesswork. It explains list virtualization, which renders only visible items instead of thousands of DOM nodes at once, alongside debouncing, bundle size management, and the useLayoutEffect hook. Concurrent React features such as useTransition, useDeferredValue, and automatic batching are also addressed to help keep interfaces responsive under heavy load. The tutorial concludes with testing strategies including unit testing, mocking, and integration testing to verify that components work correctly together.

0
ProgrammingDEV Community ·

Developer Builds Dating App Designed to End Swiping, Not Encourage It

A developer based in Belgrade is building a dating app intentionally designed to get users off their phones and into real-world conversations as quickly as possible, in contrast to mainstream apps optimized for prolonged engagement. Key design principles include psychological grounding for every mechanic, fully symmetrical interactions to avoid placing either user at a disadvantage, and a monetization model that charges venues rather than users to prevent money from influencing romantic access. The developer rejected freemium pricing on ethical grounds, arguing that paid advantages corrupt a dating product's core promise. Rapid prototyping in a single HTML/JS file proved essential, as only interactive testing revealed whether mechanics produced the intended emotional response. The app is being validated locally in Belgrade first, with the US market targeted last, given that location-dependent products require sufficient user density to function.