Tesla technologies can revolutionize communications as we know them today. here is demonstrated one example where it outperforms standard electro-magnetic or transverse wave propagation.
A German Electrical Engineer operating under the pseudonym TheOldScientist demonstrates the existence of Longitudinal/Scalar Waves. Classical Electromagnetic-Waves are Transverse and can be shielded through the use of a Faraday Cage. L/S Waves on the other hand bypass all manner of barriers, and have been shown to propagate at superluminal speeds as well. Proper utilization of S/L Waves can open up broad vistas for communications technologies as well as eliminate electro-smog (a byproduct of unharnessed scalar-pollution currently produced by traditional EM-technologies).
The EastWest Institute released Building Trust in Cyberspace, a report featuring highlights of its 3rd Worldwide Cybersecurity Summit held in New Delhi on October 30-31, 2012. More than 300 participants from 22 countries heard from cyber experts from across the globe representing both the private and public sectors.
I went to a conference that made me rethink everything that I have ever written, said and advocated about the Internet. I had a visceral, emotional reaction to the information presented at the International Youth and Technology Forum on Digital Citizenship, April Rudin – CEO The Rudin Group, The Huffington Post, April 21 2011
“This is going to be revolutionary for the developing world”
On Sunday Nov. 11, the president of India, Pranab Mukherjee, will have unveiled the seven-inch Aakash 2 tablet computer Tuli’s company is selling to the government for distribution to 100,000 university students and professors. (If things go well, the government plans to order as many as 5.86 million.) In the meantime, Tuli is deluged with calls from reporters, and every day his company receives thousands of new orders for the commercial version of the Aakash 2. Already, he’s facing a backlog of four million unfulfilled pre-orders.
In developing countries, a $20.00 tablet is going have a profound impact:
Engineers could use the technology to produce the fastest Internet ever.
By twisting light beams, engineers could produce the fastest Internet ever. Today, for the speediest broadband, fiber-optic cables transmit information in pulses of light. Since the early 2000s, physicists have been working to make data travel even faster by bouncing light off a liquid crystal to twist it. Several coiled beams can nest within one another and move through the same space at the same time.
Last week, a group of activists and organizations came together to publish the Declaration of Internet Freedom, a set of principles that make up a vision for a free and open Internet. Groups behind the document include Free Press, Fight for the Future, Public Knowledge, and the Electronic Frontier Foundation, as well as others that fought against and helped defeat SOPA/PIPA earlier this year.
Since its launch, the Declaration has attracted a wide range of signees, including orgs like Amnesty International, the Harry Potter Alliance, and Mozilla; as well as individuals like artist/activist Ai Weiwei, musician Amanda Palmer, and Internet pioneer Vinton Cerf. And just yesterday, Rep. Darrell Issa became the first member of Congress to sign the document.
Read the handy infographic below and voice your support for an open Internet by joining thousands of others in signing the Declaration. Then use the EFF’s action page to send a letter to your congressional representative asking her or him to join Issa in signing the Declaration. And if you’ve got ideas for additional principles or any general feedback about the document, you can contribute your thoughts and suggestions on Step2 and Reddit.