What seems to stand out above anything else is that death is different for each of us.

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One of the most contemplated questions across all of the man kind is “what happens when we die?” And while we may not have all of the answers, scientists have recently found that death may not be as cut and dry as we all may have thought.

Many of us have heard the notion that our life flashes before our eyes as we die. Others talk of crossing over from life into the afterlife, and some even say there is light at the end of a tunnel. We all have ideas and beliefs surrounding what happens during our final moments, but what happens?

For a long time, scientists have worked to provide answers to this very question. And up until recently, we didn’t know that the mind continued to work consciously, even after our heart had stopped.

The technology relies on Bayesian inference to reduce the training time for complex tasks.

For the first time, scientists were successful at driving at a thousand shots per second a so-called plasma.

Plasma is one of the four fundamental states of matter, along with solid, liquid, and gas. It is an ionized gas consisting of positive ions and free electrons. It was first described by chemist Irving Langmuir in the 1920s.

Play a science word game by The Scientist inspired by Wordle. Guess the science-related word in six tries.

The ill-fated queen was a flower fanatic. Here’s how her Versailles garden dazzled then and continues to inspire today.

What image does the name ‘woolly mammoth’ bring to your mind? Huge, majestic creatures with giant tusks walking an Earth yet untouched by modern humans.

They last walked that walk a million years back and since then the majestic animals have lain silent and mostly undisturbed in their permafrost graves. But, now curious scientists have decided to disturb their slumber and attempt to ‘reawaken’ ancient, Stone Age viruses.

Huawei has patented one component used in EUV lithography systems that is required to make high-end processors on sub-10 nm nodes. It solves the problem of interference patterns created by the ultraviolet light that would otherwise make the wafer uneven.