A world that will be

A world that will be

A world that will be


On 15 February, skywatchers were gearing up for the close flyby of Earth by a large asteroid. But on the day of that pass, a different 10,000-tonne space rock burned up over Chelyabinsk, Russia, injuring more than 1,000 people as its shockwave shattered glass and rocked buildings.

This spectacular “cosmic coincidence” gave scientists an unprecedented opportunity to study the anatomy of an asteroid strike, in part thanks to the dashboard cameras — dashcams — installed by Russian drivers to combat insurance scams and police corruption. The largest chunk of the meteorite was later retrieved from the bottom of Lake Chebarkul.The BBC’s Daniel Sandford says people described a ball of fire in the sky.


In March, scientists had outlined their results showing that Nasa’s Voyager-1 spacecraft had left the heliosphere — the bubble of hot gas from our Sun — in August 2012. But officials from the space agency quickly countered the claims.

By September, the outlook had changed, and mission scientists published their own evidence — incorporating additional data — confirming the probe’s entry into the region between stars.Though a handful remain doubtful, Voyager-1 — launched in 1977 to study the outer planets — appears to be the first manmade object to reach interstellar space.


In May, BBC News broke the story of the world’s first 3D printed gun being successfully fired in the US. A controversial group tested the weapon at a firing range near Austin, Texas. Designer Cody Wilson, who described himself as a crypto-anarchist said he was “seeing a world where technology says you can pretty much be able to have whatever you want”.
The blueprint used to produce the plastic gun had been downloaded about 1,00,000 times in just under a week after it went online. The US government later demanded that blueprints for the firearm be removed from the web, amid criticism from anti-gun campaigners.


One advance in physics this year has the potential to spawn a new branch of astronomy. In May, the BBC News website was first to report that the IceCube experiment, buried in the ice at the south pole, had seen high-energy neutrino particles streaming in from outside our Solar System.

While existing branches of astronomy make use of different wavelengths of light, such as optical or infrared, this development makes it possible to picture the cosmos using particles. And there were delights for cosmologists, as a spectacular map of the oldest light was assembled from data gathered by the Planck telescope.


In September, a UN panel of experts released its long-awaited report detailing the physical evidence behind climate change. The scientists working with the Intergovernmental Panel on Climate Change (IPCC) said they were 95% certain that humans had been the “dominant cause” of global warming since the 1950s.

Despite this, and projections suggesting 2013 could be among the warmest years on record, the political process to reduce emissions remained precarious. And the warming “pause” continued to stump climate scientists, with the ban on CFC gases and natural cooling in part of the Pacific ocean among the reasons proposed.


A team of scientists at Stanford University unveiled the first computer made of carbon nanotubes in September. The device, known as “Cedric”, is only a basic prototype but could be developed into a new generation of digital devices that are smaller, faster and more efficient than today’s silicon models.

In another development, Nasa and Google agreed to share a $15m computer that reportedly uses quantum physics effects to boost its speed. 

The D-Wave machine had drawn scepticism from researchers in quantum computing until a scientific paper in April suggested it was indeed exploiting the strange behaviour of matter at quantum scales. However, the exact mechanism remains opaque.

D-Wave’s computer isn’t the only thing tapping successfully into the quantum world; bird migration and the mechanics of smell were targets for research in the nascent field of quantum biology.


In 2013, tests revealed that human remains found at County Laois, Ireland which, at 4,000 years old, could be the oldest bog body yet. 

Yet the chemistry which pickles bodies in bogs does not favour the preservation of DNA, which is unfortunate, given the potential information these bodies could give up.

This year saw the oldest human DNA sequence described as well as the most complete genome sequence from a Neanderthal. These studies revealed unexpected links between human groups, evidence for inbreeding and interbreeding, and the presence of a mystery early human species. But ancient DNA can also be put to use solving more recent puzzles about human migrations.


The UK chancellor George Osborne committed his support to companies involved in shale gas “fracking”, which has had a dramatic effect on the energy sector across the pond. So much so that in 2013, the US began exporting shale gas for the first time. But fracking is but one of a variety of technologies designed to extract difficult-to-reach hydrocarbon deposits.

But energy analysts will also have been closely monitoring the rapid transition to renewables in Germany. Despite huge opportunity, questions remain over who pays, the effects on tourism and the feed-in tariffs that could make renewable energy too expensive to store.

Potential energy sources such as nuclear fusion remain some way off, though physicists in California made a breakthrough in their efforts to achieve self-sustaining laser fusion this year.


Amid the sixth great mass extinction of life on Earth, researchers continue to find biological species previously unknown to science. This year’s stand-out discovery was the olinguito, a mammal living in the cloud forests of Colombia and Ecuador.

Whilst no antidote to the biodiversity crisis, scientific advances might make the revival of extinct species possible. While many dream of seeing ancient giants such as the woolly mammoth walk the Earth again, more recently extinct species - such as the gastric brooding frog and the bucardo - are better candidates in the near term.


A US-led venture to map the wiring of the human brain released its first results in March. The Human Connectome Project should help determine how a person’s brain structure affects their abilities and behaviour. The BBC’s Pallab Ghosh got to test out the group’s cutting edge imaging techniques on his own brain.

The BBC also reported that efforts were underway to understand the workings of the teenage brain, to identify changes to the brain’s wiring that controls impulsive and emotional behaviour as young people mature. 

One astonishing addition to the brain bonanza was the astonishing news that scientists in Japan had been able to use MRI scans to “read” the images people saw in their dreams.


A nascent “space race” heated up in 2013, as India launched an unmanned probe towards Mars and China successfully landed its Jade Rabbit rover on the Moon — the first “soft” landing on the lunar surface in 37 years.

Meanwhile, scientists at Imperial College London collaborated with the BBC to show how they would mount a manned voyage to Mars. 

Crewed missions to the Red Planet were all the rage in 2013: Space tourist Dennis Tito announced his search for a mature couple to undertake the journey, while the team behind the Mars One mission stated plainly that applicants for the venture would be on a one-way ticket.


No, we didn’t forget. Canada’s social-media friendly space station commander Chris Hadfield cemented his internet stardom when he handed over command of the outpost, popped a protein pill and hammered out a very competent rendition of David Bowie’s Space Oddity from Earth orbit in what had been dubbed the “first music video in space”.