BAOSHA BP-08 TOP PU Leather Laptop Backpack School College Rucksack Bag Black – Special

BAOSHA BP-08 TOP PU Leather Laptop Backpack School College Rucksack Bag Black

  • Bag Material: Top PU leather fabric, polyester lining;
  • Bag approx dimension: 12.9 x 18.1 x 6.2 inch / 33 x 46 x 16 cm
  • ✔MULTIFUNCTIONAL: it can be used as school backpack,everyday casual bag,laptop backpack, etc
  • ✔SCIENTIFIC and REASONABLE STRUCTURE: 1 Main Bag, 1 Computer Compartment Bag(13~15″ inch), 2 Open Wall Pockets, 2 Front Zipper Pocket, 2 Pen Positions, 2 Side Pockets (please refer to the pictures), make your goods lay in the bag systematically.
  • ✔LIFETIME WARRANTY: We stand behind our products and offer a 100% Lifetime Money Back Satisfaction Guarantee.

Baosha® BP-08 PU Leather Laptop Backpack School College Rucksack Bag

About Baosha:
-Baosha is specialized in creating various bag to satisfy with every customers need;
-The products include school bag,computer bags,travel bag, outdoor bag, handbag, tote,wallet, toiletry bag and so on.
-Our bags are upgraded fast to keep with global fashion. Also we develop our bags by studying the feedback data that receiving from our customers.
-We trust that we can be your best partner and give our best service for you! Thank you!

Product Features:
Manufactured from imported PU leather;
Thicken, breathable and comfortable shoulder straps;
Has padded protection for laptop;
Ergonomics design back, more fit and cozy;
Scientific and reasonable pocket lining design make your goods lay in the bag systematically.

What you can put in this PU Leather Laptop Backpack? You can put:
– A4 Magazine, books or clothes in the main bag;
– one 13-15″ laptop in the computer compartment bag;
– cell phone, document, wallet or cigarett in two open wall pockets
– iPad mini in the front zipper pockets
– water bottle or umbrella in two side pockets

How to maintain the PU leather bag?
– Don’t use hot water to clean it; Don’t dry the bag under sun exposure
– Recommend to use the rag to wipe it directly and avoid to wash the bag frequently.

Remarks:
1. Please confirm the bag size according to our description instead of photos;
2. Due to different measurement, it may exist 1-2CM error.
3. As the fabric of the bag is PU, there is smell when you receive the bag. Please use a wet cloth to
wipe it and put it in a ventilated place hours, the smell will fade away.



Find More Laptop Used Products

10 Pack Screen Protector/Guard/Film For Apple iPad Mini, iPad Mini 2 and iPad Mini 3 Tablet Includes Micro Fibre Cleaning Cloth – Clear – Special Price

10 Pack Screen Protector/Guard/Film For Apple iPad Mini, iPad Mini 2 and iPad Mini 3 Tablet Includes Micro Fibre Cleaning Cloth - Clear

  • Universal size; This range of screen protectors are designed for all version of the iPad
  • Clear protector; Crystal clear protection ensures no colour from the screen is lost & your visibility of the screen remains clear with the protector on
  • Micro fibre cloth; Cleans the screen of your iPad & to be used when installing the screen protectors

This brilliant 10 Pack of clear Screen Protectors for all version of the Apple iPad are designed to keep the screen of the iPad safe from unwanted marks, scratches and free from fingerprints and dust, keeping the screen clear and perfectly visible. Custom designed for the iPad, these screen protectors are cut perfectly for the iPads screen and cover every inch of the screen, ensuring the whole of the screen is kept protected. Also provided is a Micro Fibre Cleaning, to be used when installing the screen protector onto the iPad.



Related Tablet Used Products

IBM Inches Ahead of Google in Race for Quantum Computing Power

IBM believes it can demonstrate an experimental chip that will prove the power of quantum computers in just a few years. All kinds of things are hooked up to the Internet these days, but Jerry Chow s computer stands out. Chilled by liquid nitrogen, his superconducting processor uses quantum physics to circumvent rules of everyday reality that limit the power of conventional computers. Chow manages IBM s quantum computing group at the company s Thomas J. Watson research center in Yorktown Heights, New York. The team launched a website1 today with an interface that lets outside programmers and researchers test algorithms on the new chip. Chow says he wants to get them ready for the undetermined point in the future when this exotic kind of cloud computer is ready for practical use. We want to help people think differently and learn how to program a quantum computer, says Chow.

IBM, Google, Microsoft, and many academic groups are all trying to develop quantum computers because they should be able to solve problems that are practically impossible for conventional computers. Not many research groups can build chips like IBM s, and they are not usually made available to others beyond select collaborators, says David Corey2, a researcher at the Institute for Quantum Computing at the University of Waterloo, Canada. And making a chip reliable enough to be available 24/7 online is impressive, he says. I don t know any system that shows this robustness.

IBM Inches Ahead Of Google In Race For Quantum Computing PowerIBM s chip has five devices called qubits that can represent digital data using quantum physics.

Chow s group also published details of a second new quantum chip today. They claim it gets closer than any before to demonstrating all the error-correction features required to make a universal quantum computer, the type of quantum computer best understood by theorists. But no such machine exists because physicists haven t figured out how to fully tame the flakiness that comes along with the potential power of representing data using delicate quantum states. IBM s paper is not peer reviewed, but its latest chip would put the company just ahead of Google in the race for a universal quantum computer. The search and ads giant established a new lab to build quantum chips last year (see Google s Quantum Dream Machine3 ). Still, neither company expects to build a universal quantum computer very soon. Quantum computing chips are made up of devices called qubits that represent digital data using quantum effects. Their computational power comes from weird tricks like entering a fragile mode called a superposition that can be thought of as simultaneously 0 and 1. A practical universal quantum computer would require hundreds of thousands or millions of qubits because of the considerable weight of error-correcting code needed. The chips IBM announced today have five and seven qubits. The best chip Google s lead researcher has made has nine.

However, Chow s team is also aiming at a more limited kind of quantum processor that may offer a shortcut to computational riches. A so-called analog quantum computer could operate with less error-correcting code, and hence require a much smaller number of qubits. It would only be able to take on certain problems, but they would include chemistry simulations important to energy and materials research, and machine learning, says Chow.

Scott Aaronson4, an associate professor at MIT, says that s a worthy goal. He says a collection of just 50 qubits operated that way will likely be the first computer to demonstrate quantum supremacy the power to solve a computational problem immensely difficult and perhaps practically impossible for conventional machines. (Google last year reported a striking result using a quantum processor of a different design from startup D-Wave, but it fell short of quantum supremacy see Google Says Its Controversial Quantum Computer Really Works5. )

The first clear demonstration of quantum supremacy will be a huge milestone in the history of physics and computer science, says Aaronson. It’s plausible, though not certain, that it could be achieved in the near future. Chow says his team has that in its sights. We re not that far from building it, he says. We do believe that 50 qubits is possible in the next handful of years. The IBMers have competition, though. Google s quantum computing team is also aiming to build analog quantum processors, and estimates it could have a chip with 100 qubits ready in just a few years6. Academic groups, for example at the University of Maryland7, are also trying to build analog quantum processors. IBM s Chow is unfazed, and predicts that competition will intensify as it becomes clearer what analog quantum processors might be useful for. There are a number of companies making grabs for the IP now, he says. I think there will be more work on this as this scenario becomes clearer.

References

  1. ^ a website (www.ibm.com)
  2. ^ David Corey (services.iqc.uwaterloo.ca)
  3. ^ Google s Quantum Dream Machine (www.technologyreview.com)
  4. ^ Scott Aaronson (www.csail.mit.edu)
  5. ^ Google Says Its Controversial Quantum Computer Really Works (www.technologyreview.com)
  6. ^ ready in just a few years (www.technologyreview.com)
  7. ^ at the University of Maryland (iontrap.umd.edu)