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This story is a part of MIT Technology Review’s What’s Next series, where we look across industries, trends, and technologies to give you a first look at the future

In 2023, progress in quantum computing will be defined less by big hardware announcements than by researchers consolidating years of hard work, getting chips to talk to one another, and shifting away from trying to make do with noise as the field gets ever more international in scope.

What it means to be conscious is more than just a philosophical question. Researchers continue to investigate how conscious experience arises from the electrochemical activity of the human brain. The answer has important implications for the way brain health is understood—from coma, wherein a person is alive but unable to move or respond to his or her environment, to surgical anesthesia, to the altered thought processes of schizophrenia.

Recent research suggests that there’s no one location in the brain that causes consciousness, pointing to a network phenomenon. However, tracing the various linkages between regions in the brain networks that give rise to awareness and wakefulness has been elusive.

A new approach using functional MRI, an imaging technique that allows you to see and measure brain activity through changes in blood flow over time, provides new insight into how we describe and study conscious states.

Summary: Time spent in a novel environment causes neural representations to grow in a surprising way.

Source: Salk Institute.

Young children sometimes believe that the moon is following them, or that they can reach out and touch it. It appears to be much closer than is proportional to its true distance. As we move about our daily lives, we tend to think that we navigate space in a linear way.

Let me assure you that my intent in this article is not to refute any empirical data or established theories about telomeres. Instead, I will explain why I believe that the historical course of scientific discoveries and an outdated paradigm about the biological cause of aging have led to the use of inaccurate language in describing the roles and functions of telomeres.

Artificial intelligence can be impressive to the extent that people think it might one day acquire human intelligence and, with it, consciousness. But AI can be far more intelligent than humans without ever being conscious. And apart from us having no idea how to create conscious AI, it might not even be that desirable. We fool ourselves if we think conscious beings are the exemplar of intelligence in the universe, argues Susan Schneider in this interview with iai News.

Forty-six representations of ancient Egyptian goddesses were found in a mural completely covered in bird dung in an ancient temple.

During ancient times, the ancient Egyptians built Esna on the west bank of the River Nile: the city that served as a center of power in Upper Egypt. While they were in office, public buildings and temples were decorated with ornate murals dedicated to gods from the sacred pantheon. Over time, the ancient ceremonial centers became covered in sand, dust, and animal feces.

Can We Stop the Sun from Destroying Earth?
Isaac Arthur returns to Event Horizon for his annual discussion with John Michael Godier about everything from alien machine civilizations, saving earth from the suns eventual expansion, and the future of humans in this universe.

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What percentage of your battery is used…


AMHERST, Mass. – 5G wireless technology is just starting to take off worldwide, but a new study is already speculating on the future of 6G! Researchers from the University of Massachusetts-Amherst say, unlike older technology, 6G could end up using people as antennas.

Specifically, 6G telecommunications could possibly take advantage of Visible Light Communication (VLC), which is like a wireless version of fiberoptics. Right now, fiberoptics use incredibly thin glass or plastic strands to transmit information on flashes of light. These wires are extremely small, but also extremely fragile.

The UMass Amherst team says they have created a low-cost and innovative way of harvesting waste energy from VLC — using the human body as an antenna. Their invention can recycle waste energy to power wearable devices and possibly larger electronics as well.