China is a leader and it is showing why it is a global superpower right now. For all the complains that China is copying, the world is not giving the dragon a lot of credit. China leads in many technology areas and continues to advance to new ones.

China has managed to build the world’s first ever quantum computer, which clocks in at a whopping 24,000 times faster than its international counterparts.

Created by researchers at the University of Science and Technology at Hefei in the Anhui province, the quantum computer is a highly advanced machine, capable of performing multiple complex calculations simultaneously, like predicting the movement and behaviour of subatomic particles.

The basic idea behind quantum computers is that they perform calculations by keeping the system’s memory in a quantum state. So what exactly does that mean? Traditional computers store data in bits, which are represented by a 1 or 0, the foundation of binary. Quantum computer however, seek to apply the phenomenon of superposition and entanglement from quantum physics to the equation. In this case, each quantum bit (or qubit) can store a 1, 0 or any superposition of the two.

The short of it is that traditional computers process one operation at a time, whereas quantum computers can look at multiple states of data and calculate their outcomes simultaneously.

While the theory behind quantum computing has been around for decades, actually building the architecture required has proven to be a challenge. So far, researchers have only been able to replicate the technology with very small amounts of memory, less than what’s in your smartphone.

That’s why China’s development is so important; it marks the first single photon-based quantum computing machine that goes beyond the early classical computer.

Imagination Technologies Group disclosed Thursday  that it has started a “dispute resolution procedure” with Apple, as their negotiations have stalled. With the potential loss of Apple — which accounts for about half of the U.K.-based company’s revenue — looming large, Imagination is fighting for its survival.

Not coincidentally, the company revealed plans to sell two businesses. Going on the block are MIPS, whose CPU business is focused on embedded processor market, and Ensigma, which offers IP licensing for connectivity in mobile computing.

These moves mark the end of Imagination’s ambitious dream to compete with its rival ARM as an IP licensing powerhouse with GPU, CPU and connectivity technologies.

Imagination today says it now hopes to “concentrate its resources on PowerVR and strengthen Imagination’s balance sheet.

The Challenge

Imagination said last month that Apple had notified the firm it was developing its own graphics chips, Apple would no longer use Imagination’s processing designs in 15 months to two years’ time.

Imagination’s discussions with Apple thus far apparently yielded very little progress. In a statement issued Thursday, the company said, “Imagination has been unable to make satisfactory progress with Apple to date regarding alternative commercial arrangements for the current licence and royalty agreement.” Imagination “has therefore commenced the dispute resolution procedure under the licence agreement with a view to reaching an agreement through a more structured process,” the company added.

It’s widely understood that Imagination would face major challenges proving that Apple is infringing Imagination’s graphics engine IP. This is largely because Apple’s own new graphics chips — which Apple claimed do not use Imagination’s processing designs — won’t reach the market for more than a year. While Apple has every incentive to stall negotiations, it’s hard to imagine how Imagination could possibly make any breakthrough in discussions with Apple.

The Senate has passed the bill for the establishment of Nigerian Maritime University in Delta State, thereby bringing the proposed school close to gaining statutory status, three years after its foundation was laid.

The groundbreaking of the proposed school at Okerenkoko in Warri south-West local government area was done by former President Goodluck Jonathan in 2014 and, according to the Minister of State for Petroleum Resources, Ibe Kachikwu, physical assets were on site.

However, there was no law backing the establishment of the university.

The bill for its establishment was passed by the Senate on Thursday, following the report of the committee on tertiary education and TETFUND chaired by Barau Jibrin, APC-Kano.

The bill will now be transmitted to the House of Representatives for concurrence and the later for President Muhammadu Buhari’s assent, before it becomes law, which woul allow the school access to funding from the annual budget.

Apple has a lot of weapons to compete and make sure that the good reviews on Samsung Galaxy S8 does not last. It has to use the best weapon which is innovation to achieve its purpose.

According to recently filed patents, Apple is experimenting with new forms of wireless charging technology for iPhones in the future.

The tech giant is tinkering with a particular method that could perhaps one day let you wirelessly charge your iPhones from your home internet router, Apple Insider reports. The patent application in question is for a “Wireless Charging and Communications Systems With Dual-Frequency Patch Antennas” a technique for transferring power to electronic devices over data communications frequencies.

According to the report, the WiFi router in question may be used to wirelessly transfer power at microwave or millimetre wave frequencies, using the patch antennae as a way to ‘steer’ the power beams. However, Apple’s patent doesn’t go into any details of in-house research, it merely covers the theoretical applications of the technology to their purpose.

However, wireless charging for the iPhone has been a rumour that’s been circulating for a while now, though we’re not likely to see this particular feature in the upcoming iPhone Edition. A patent filing is only an indication of what avenues the company is exploring, and whether or not the technology ever actually manifests depends on both feasibility, as well as the manufacturing efficiency possible when including it in a new device.