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The experiment mirrored the principles of the quantum bomb tester, where a photon’s wave-particle behavior was theorized to detect the presence of a bomb without directly interacting with it.


A new study demonstrated how a droplet’s behavior imitates certain behaviors predicted for quantum particles — particularly photons.

It’s hard to believe, but generative AI — the seemingly ubiquitous technology behind ChatGPT — was launched just one year ago, in late November 2022.


Still, as technologists discover more and more use cases for saving time and money in the enterprise, schools, and businesses the world over are struggling to find the technology’s rightful balance in the “real world.”

As the year has progressed, the rapid onset and proliferation has led to not only rapid innovation and competitive leapfrogging, but a continued wave of moral and ethical debates and has even led to early regulation and executive orders on the implementation of AI around the world as well as global alliances — like the recent Meta + IBM AI Alliance — to try and develop open frameworks and greater standards in the implementation of safe and economically sustainable AI.

Nevertheless, a transformative year with almost daily shifts in this exciting technology story. The following is a brief history of the year in generative AI, and what it means for us moving forward.

Fusion-powered engines might drastically reduce travel time to the Moon and Mars.


California-based startup Helicity Space has successfully raised $5 million in a recent seed funding round.

Prominent space companies Airbus Ventures, TRE Ventures, Voyager Space Holdings, E2MC Space, Urania Ventures, and Gaingels have all invested in Helicity, according to a press release.

The start-up’s work focuses on the development of nuclear fusion propulsion technology for deep space missions. Unlike traditional chemical propulsion systems, fusion propulsion offers the potential for significantly higher energy efficiency and speed.