Quantum computers use quantum bits that can represent multiple values simultaneously, enabling faster computation than classical computers for certain problems. While scientists estimate quantum computers could be developed within two decades, challenges remain around building stable qubits and quantum processors. Nanotechnology involves manipulating matter at the atomic and molecular scales and may lead to medical and environmental applications within a decade, such as genetic therapies and pollution control, through developing subatomic electronics and compact devices.

1. Quantum Computers By Katherine Robles The Future Of Our Computer Technology BY KATHERINE ROBLES

2. Future Technology Technology is advancing at a quick pace Computers become more powerful that they will eventually revolutionize humanity Here, we will be learning about Quantum Computers & nanotechnology

3. What are Quantum Computers? Computers that can make direct use of distinctively quantum mechanical phenomena to perform operations on data.

4. Quantum Computer Components Qubits or quantum bit- enables you to manipulate 2+ values at the same time Microprocessor to store information Photons (lasers) for fast & long distance interactions

5. How Good Are They? So fast & Reliable they can compute long problems at a fast rate

6. How Good Are They? (Cont.) If compared to classical computers, Quantum computers can calculate, sort, find, & store information more efficiently than the average classical computer.

7. When will we get there? Scientists aren’t sure when we will find the key to these computers, but they estimate that we will begin the Quantum Era in about 2 decades. Scientist are still experimenting with Phorons & the Quantum world itself

8. Nanotechnology Work In More Extreme Climates Will eventually make computers & robots reduce to subatomic size Will eventually have medical, environmental, & scientific uses Will help give rise to genetic therapies, antiaging treatments, & other uses such as communication

9. Nanotechnology vs. Classical Has subatomic compact electronics Will benefit every industrial sector and health care field. Should also help the environment through more efficient use of resources & better methods of pollution control. Average-size compact electronics Not as beneficial for every industrial & health care Not so efficient for helping environment uses & pollution control

10. When will we get there? Scientist estimate that we should get this type of technology in a decade. Scientists are still studying & experimenting with nanotechnology

11. Works Cited Information Bolye, Alan. &quot;A Quantum Leap In Computing.&quot; MSNBC (2000): n. pag. Web. 2 Nov 2009. <http://www.msnbc.msn.com/id/3077363>. Roco, Mihali. &quot;Nanotechnology's Future.&quot; Scientific American (2006): n. pag. Web. 2 Nov 2009. <http://www.scientificamerican.com/article.cfm?id=nanotechnologys-future>.

12. Works Cited (Cont.) Images &quot;quantum .&quot; dailygalaxy.com . Web. 29 Oct 2009. <http://www.dailygalaxy.com/photos/uncategorized/2007/08/30/quantum_computing.jpg>. &quot; quantum computers.&quot; digitalworldtokyo.com . Web. 29 Oct 2009.<http://www.digitalworldtokyo.com/entryimages/2007/05/070504_Quantum_mechanics.jpg>. &quot;quantum computers.&quot; dailygalaxy.com . Web. 29 Oct 2009. <http://www.dailygalaxy.com/photos/uncategorized/2008/08/13/shutterstock_2744622_1_2.jpg >

13. Works Cited (Cont. Images) &quot;QUANTUM COMPUTERS.&quot; asunews.asu.edu . Web. 29 Oct 2009. <http://asunews.asu.edu/files/images/quantumart.jpg>. &quot;quantum.&quot; w1.siemens.com . Web. 29 Oct 2009. <http://w1.siemens.com/innovation/pool/de/ueber_forschung_und_entwicklung/zentrale_forschung_corporate_technology/kooperationen/tu_muenchen/ct-1-2008-s-458-40b.jpg >. &quot;quantum computer old.&quot; sociologger.com . Web. 30 Oct 2009. <http://www.sociologger.com/images/digi.jpg>. &quot;new quantum computer.&quot; tomshardware.com . Web. 30 Oct 2009. <http://media.bestofmicro.com/super-cooled-quantum-computing,H-3-150951-13.jpg>.

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15. Works Cited (Cont. Images) &quot;quantum graph.&quot; oufusin.org . Web. 30 Oct 2009. <http://www.oufusion.org.uk/newsspring02/numtransistors.gif>. &quot;quantum graph.&quot; laserfocusworld.com . Web. 30 Oct 2009. <http://images.pennnet.com/articles/lfw/thm/th_0707lfw-03f2.gif>. &quot;quantum scientist.&quot; buisnessweek.com . Web. 30 Oct 2009. <http://www.businessweek.com/1999/99_35/2121frame/20quantpic.jpg>. &quot;Albert Einstein.&quot; bqic.berkeley.edu . Web. 30 Oct 2009. http://bqic.berkeley.edu/bqictemplate_files/einstein.jpg “ nanotech fly.&quot; scienceblogs.com . Web. 30 Oct 2009. <http://scienceblogs.com/framing-science/NanotechFly.jpg >.

16. Works Cited (Cont. Images) &quot;nanotechnology.&quot; istockphoto.com . Web. 30 Oct 2009. <http://www.istockphoto.com/file_thumbview_approve/4509491/2/istockphoto_4509491-nanotechnology.jpg>. &quot;nanotech in blood cell.&quot; nanocellularlab.com . Web. 30 Oct 2009. <http://www.nanocellularlab.com/images/image_video/nanotech-05%5B1%5D.jpg>. &quot;nanotechnology graph.&quot; physicsworld.com . Web. 2 Nov 2009. <http://physicsworld.com/blog/nanotech.jpg>. &quot;surgeons with computer.&quot; techunlimited.wordpress.com/ . Web. 2 Nov 2009. <http://techunlimited.files.wordpress.com/2009/02/artsurgeons.jpg>.

17. Works Cited (Mont. Images) &quot;nanotechnology component.&quot; reviewers.ning.com/ . Web. 2 Nov 2009. <http://api.ning.com/files/skuCKHlxf8Xg-wCJVs11W*YqUOtI2IfnhyuWpbIVNLTFdG20F9Mj9amCupD2HFmimCObhpcp6RfbMPzy2Ed4e7HybGb5VqXM &quot;nanosized molecules.&quot; www.tunisiaonlinenews.com/?p=2911 . Web. 2 Nov 2009. <http://www.tunisiaonlinenews.com/wp-content/uploads/2009/04/membrane409x299s.jpg>. &quot;scientist w/ nanotechnology.&quot; nanogloss.com . Web. 2 Nov 2009. <http://nanogloss.com/wp-content/uploads/2009/06/disadvantage-of-nanotechnology.jpg>.