Isidor Isaac Rabi Updated +Created
He was a leading figure at the MIT Radiation Laboratory, and later he was head at the Columbia University laboratory that carried out the crucial Lamb-Retherford experiment and the anomalous magnetic dipole moment of the electron published at The Magnetic Moment of the Electron by Kusch and Foley (1948) using related techniques.
Ransomware Updated +Created
Graphical user interface Updated +Created
Post-quantum cryptography Updated +Created
Encryption algorithms that run on classical computers that are expected to be resistant to quantum computers.
This is notably not the case of the dominant 2020 algorithms, RSA and elliptic curve cryptography, which are provably broken by Grover's algorithm.
Post-quantum cryptography is the very first quantum computing thing at which people have to put money into.
The reason is that attackers would be able to store captured ciphertext, and then retroactively break them once and if quantum computing power becomes available in the future.
There isn't a shade of a doubt that intelligence agencies are actively doing this as of 2020. They must have a database of how interesting a given source is, and then store as much as they can given some ammount of storage budget they have available.
A good way to explain this to quantum computing skeptics is to ask them:
If I told you there is a 5% chance that I will be able to decrypt everything you write online starting today in 10 years. Would you give me a dollar to reduce that chance to 0.5%?
Post-quantum cryptography is simply not a choice. It must be done now. Even if the risk is low, the cost would be way too great.
Quantum computing outreach Updated +Created
  • qosf.org
  • www.qubitbyqubit.org/
  • www.qsium.com/
    Qsium is a student-led initiative that aims to democratise education in quantum computing. With the focus of raising 'quantum literacy' and creating a thriving quantum ecosystem through our Quantum Youth Network, we support STEM students in the UK.
  • qworld.net
Polykarp Kusch Updated +Created
Point group Updated +Created
The Fox and the Cat (fable) Updated +Created
Film director Updated +Created
Theft Updated +Created
PostGIS Updated +Created
The third part module, which clutters up any serches you make for the built-in one.
Political party Updated +Created
New Religious Movement Updated +Created
Epoch (astronomy) Updated +Created
If looking through these don't make you think of the Book of Genesis then nothing will.
The Hedgehog and the Fox by Isaiah Berlin (1953) Updated +Created
Politics of Europe Updated +Created
Scanning electron microscope Updated +Created
Video 1.
The Scanning Electron Microscope by MaterialsScience2000 (2014)
Source. Shows operation of the microscope really well. Seems too easy, there must have been some extra setup before however. Impressed by how fast the image update, it is basically instantaneous. Produced by Prof. Dr.-Ing. Rainer Schwab from the Karlsruhe University of Applied Sciences.
Video 2.
Mosquito Eye Scanning Electron Microscope Zoom by Mathew Tizard (2005)
Source. Video description mentions is a composite video. Why can't you do it in one shot?
Quantum Hall effect Updated +Created
Quantum version of the Hall effect.
As you increase the magnetic field, you can see the Hall resistance increase, but it does so in discrete steps.
Figure 1.
Hall resistance as a function of the applied magnetic field showing the Quantum Hall effect
. Source. As we can see, the blue line of the Hall resistance TODO material, temperature, etc. It is unclear if this is just
Gotta understand this because the name sounds cool. Maybe also because it is used to define the fucking ampere in the 2019 redefinition of the SI base units.
At least the experiment description itself is easy to understand. The hard part is the physical theory behind.
The effect can be separated into two modes:
Video 1.
Integer and fractional quantum Hall effects by Matthew A. Grayson
. Source. Presented 2015. This dude did good.
ourbigbook.com Updated +Created

There are unlisted articles, also show them or only show them.