Thanks to our friends at "Halt and Catch Fire"! Check it out!
http://www.amctv.com/shows/halt-and-catch-fire
Premieres June 1st, Sundays 10/9c on AMC

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Watch the kids try and figure out how to use a 1970's era computer in another special Old Technology episode!

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----------------------------------------------------------------
This episode featured the following amazing kids!
Lucas, age 6
Sydney, age 6
Evan, age 7
Brooke-Monaé, age 8
Dash, age 9
Kacey, age 9
Krischelle, age 9
Tyler, age 9
Jayka, age 11
Dylan, age 12
Derek, age 13
------------------
If you see this, type "KIDS REACT FTW!" in the comments - and please LIKE/FAV!

Music by Joseph Carrillo
http://www.youtube.com/houseofblackbirds

Additional music:
http://www.incompetech.com
-------------------------------------
KIDS REACT #104 - Old Computers

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My specs
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My videos are made for you to follow along, with Amazon links to each tool and component used. If you'd like to create the same builds, please use the links below to support my channel.

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DISCLAIMER: This video and description contains affiliate links, which means that if you click on one of the product links, I'll receive a small commission at no extra cost to you!
Under section 107 of the Copyright Act 1976, allowance is made for "fair use" for purposes such as criticism, comment, news reporting, teaching, scholarship, education, and research.
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This video and Channel and Video are for viewers 14 years older and up. This video is not made for viewers under the age of 14.

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This video explains Shor’s Algorithm, a way to efficiently factor large pseudoprime integers into their prime factors using a quantum computer. The quantum computation relies on the number-theoretic analysis of the factoring problem via modular arithmetic mod N (where N is the number to be factored), and finding the order or period of a random coprime number mod N. The exponential speedup comes in part from the use of the quantum fast fourier transform which achieves interference among frequencies that are not related to the period (period-finding is the goal of the QFT FFT).

REFERENCES

RSA Numbers (sample large numbers to try factoring)
https://en.wikipedia.org/wiki/RSA_numbers

IBM on RSA
https://www.ibm.com/support/kn....owledgecenter/en/SSB

Modulo Multiplication Group Tables
http://mathworld.wolfram.com/M....oduloMultiplicationG

Difference of squares factorization
https://en.wikipedia.org/wiki/....Difference_of_two_sq

Euclid’s Algorithm
https://en.wikipedia.org/wiki/Euclideanalgorithm

Rational sieve for factoring
https://en.wikipedia.org/wiki/Rational_sieve

General Number field Sieve
https://en.wikipedia.org/wiki/....Generalnumberfieldsi

Scott Aaronson blog post about Shor’s Algorithm
https://www.scottaaronson.com/blog/?p=208

Experimental implementation of Shor’s Algorithm (factoring 15, 21, and 35)
https://arxiv.org/pdf/1903.00768.pdf

Adiabatic Quantum Computation factoring the number 291311
https://arxiv.org/pdf/1706.08061.pdf

Scott Aaronson course notes
https://www.scottaaronson.com/qclec/
https://www.scottaaronson.com/qclec/combined.pdf

Shor’s Algorithm on Quantiki
https://www.quantiki.org/wiki/....shors-factoring-algo

TLS And SSL use RSA encryption
https://en.wikipedia.org/wiki/....TransportLayerSecuri

Dashlane security whitepaper
https://www.dashlane.com/downl....oad/DashlaneSecurity


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Created by Henry Reich

When you first learned to write code, you probably realized that computers don't really have any common sense. You need to tell a computer exactly what you want. But do you know about all the work the computer does to understand what you mean?

0:00 Intro - Where You've Seen Compilers
1:25 Source Code vs. Machine Code
3:38 Translating Source Code to Machine Code
9:05 How Compilers Make Things Easier
10:39 Outro - The Story of Automation


Twitter: https://twitter.com/frameofessence
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Video links:

Crash Course Computer Science:
https://www.youtube.com/playli....st?list=PL8dPuuaLjXt

Building the Bits and Qubits
https://youtu.be/F8U1d2Hqark


Tools used:
gdb
gcc


Monospaced font:
Menlo-Regular


Images and other visuals:

The IDE in the intro:
Eclipse

Python scripting:
IDLE

Source code distribution example:
Apache httpd on GitHub

Executable distribution examples:
Audacity
VLC media player
Blender

Punch cards:
https://en.wikipedia.org/wiki/....File:FortranCardPROJ
https://commons.wikimedia.org/....wiki/File:Punched_ca

Early computers:
https://en.wikipedia.org/wiki/....File:BRL61-IBM_702.j
https://en.wikipedia.org/wiki/....File:IBM_701console.

Complex history of computer languages:
https://en.wikipedia.org/wiki/....Generational_list_of

Montage:
Sublime Text
IntelliJ IDEA
https://www.haskell.org/
IntelliJ IDEA again...

Print "Hello, world!" command:
Python shell


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If I Had a Chicken

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Cutting Edge Technology
Second Time Around


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We’ve done plenty of build guides before – But now we’re taking it to the next level. Not only will you know how to build a PC, you’ll know how to build ANY PC – This is the LAST guide you’ll ever need!

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MUSIC CREDIT
---------------------------------------------------
Intro: Laszlo - Supernova
Video Link: https://www.youtube.com/watch?v=PKfxmFU3lWY
iTunes Download Link: https://itunes.apple.com/us/al....bum/supernova/id9368
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Intro animation by MBarek Abdelwassaa https://www.instagram.com/mbarek_abdel/
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Mechanical RGB Keyboard by BigBrotherECE / CC BY 4.0 https://geni.us/mj6pHk4
Mouse Gamer free Model By Oscar Creativo / CC BY 4.0 https://geni.us/Ps3XfE

CHAPTERS
---------------------------------------------------
0:00 Intro & Step 1: Picking parts
1:05 Defining your build - Gaming considerations
2:05 Defining your build - Content creation considerations
3:08 Defining your build - NAS considerations
3:45 Defining your build - Form factors
5:33 Defining your build - Budget
6:21 Picking parts - CPU
8:32 Picking parts - Bargain hunting
10:08 Picking parts - GPU
11:07 Picking parts - Motherboard
12:14 Picking parts - RAM
14:17 Picking parts - What about ECC RAM?
16:12 Picking parts - Solid state drives
17:20 Picking parts - Coolers
19:29 Picking parts - Thermal compound
20:40 Picking parts - PSU
23:36 Picking parts - Case
25:03 Picking parts - Fan types and use cases
27:43 Picking parts - Fan sizes and connectors
29:36 Picking parts - Hard drives
30:20 Picking parts - RGB
32:13 Picking parts - Tools and supplies
33:10 Step 2: Setting up your work area
34:19 Setting up - Static safety
35:28 Step 3: Motherboard & CPU Install
36:20 Motherboard - Inspecting LGA pins
38:09 Motherboard - Installing the CPU (LGA)
38:57 Motherboard - Installing the CPU (PGA)
40:07 Motherboard - Installing the CPU (HEDT/servers)
42:30 Step 4: Memory Install & arrangements
44:40 Memory - Installation procedure
45:46 Step 5: M.2 SSD Install & considerations
46:44 SSD - Installation procedure
49:23 Cooler - Air mount setup (consumer sockets)
51:24 Coolar - Air mount setup (HEDT/servers)
51:55 Cooler - Thermal compound application (consumer sockets)
52:56 Cooler - Thermal compound application (HEDT/servers)
53:47 Cooler - Mounting air coolers
56:02 Cooler - CPU fan headers
57:37 Cooler - Pre-build test liquid mount setup
58:55 Step 7: Pre-build test setup
1:01:17 First power up
1:02:14 Bench troubleshooting
1:05:20 Step 8: Case preparation
1:06:56 Case prep - Motherboard standoffs
1:08:56 Step 9: Motherboard Installation
1:10:31 Motherboard - Front panel header
1:13:15 Motherboard - Front I/O (Audio)
1:14:32 Motherboard - Front I/O (USB 2.0)
1:15:59 Motherboard - Front I/O (USB 3.x)
1:17:44 Motherboard - "Front" I/O (Legacy)
1:18:19 Step 10: Storage (2.5" & 3.5")
1:20:55 Storage - SATA data cables
1:22:55 Step 11: Fans & Cooling
1:25:02 Fans & Cooling - Radiator setup & mounting
1:27:59 Fans & Cooling - Fan control & power distribution
1:29:12 Step 12: Power Supply
1:30:47 Power Supply - Mounting to the case
1:32:01 Power Supply - Wiring
1:33:50 Step 13: Graphics Card
1:35:48 Graphics Card - Other cards & anti-sag
1:36:21 Graphics Card - Power
1:37:11 Step 14: Cable Management
1:37:59 Step 15: Powering on & Troubleshooting
1:39:49 Common BIOS settings & booting your OS
1:41:12 Conclusion

Quantum computers aren’t the next generation of supercomputers—they’re something else entirely. Before we can even begin to talk about their potential applications, we need to understand the fundamental physics that drives the theory of quantum computing. (Featuring Scott Aaronson, John Preskill, and Dorit Aharonov.)

For more, read "Why Quantum Computers Are So Hard to Explain": https://www.quantamagazine.org..../why-is-quantum-comp

- VISIT our Website: https://www.quantamagazine.org
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Quanta Magazine is an editorially independent publication supported by the Simons Foundation https://www.simonsfoundation.org/

#quantumphysics #computerscience #quantumcomputer

Do you ever wonder how do computers actually work? In this video, I'll give you an oversimplified explanation of how computers are able to both store and compute information using transistors.


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Here’s a bit more in-depth explanation of some of the ideas simplified in the video:
- In addition to storing and computing information, computers are generally also considered to need to handle inputs and outputs (otherwise there would be nowhere to get that information from or to send the result of computations).
- Transistors act as on/off switches, controlling the flow of electrical signals that represent information.
- Each bit of Random Access Memory (RAM) is typically stored in a memory cell consisting of a capacitor and a transistor. The capacitor holds a charge that represents a 1 or a 0, and the transistor controls the flow of current to the capacitor. This construction is known as Dynamic RAM (DRAM).
- There are however other types of RAM with different constructions and trade-offs. Most notably, Static RAM (SRAM) usually uses a flip-flop circuit for each bit, which typically requires ~6 transistors per bit and is generally more expensive to produce.
- While transistors are a fundamental building block of logic gates, which are the basic building blocks of computer circuits, there are also other potential electronic components involved in those circuits such as capacitors and resistors, depending on the specific gate.

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Computer Love · Zapp & Roger

All the Greatest Hits

℗ 1993 Reprise Records, a label of Warner Records Inc.

Vocals: Roger Troutman
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In this video, we’ll be discussing the evolution of computing – more specifically, the evolution of the technologies that have brought upon the modern computing era.

00:00 Intro

[0:30-5:33] Origins of Computing - Starting off we'll look at, the origins of computing from as far back as 3000 BC with the abacus and progressing to discuss some of the first mechanical computers. After this, we'll get to see the first signs of modern computing emerge, through the use of electromechanical relays in computers along with punched cards for data I/O.

[5:33-8:36] 1st Generation of Computing - Following that we'll discuss, the 1st generation of modern computing, the vacuum tube era. The first technology that was fully digital and resembled how modern computers operate.

[8:36-10:49] 2nd Generation of Computing - Afterwards we'll discuss, the 2nd generation of modern computing, the transistor era. The transistor miniaturized the vacuum tube and was much more efficient in terms of speed, power consumption, heat and more. It is the core technology behind how all computers operate today.

[10:49-13:04] 3rd Generation of Computing - To conclude we'll discuss, the 3rd generation of modern computing, the integrated circuit era. The integrated circuit was able to pack many transistors onto a single chip and is behind the exponential growth of modern technology.

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the teacher was in on it

𝕝𝕚𝕜𝕖 𝕒𝕟𝕕 𝕤𝕦𝕓𝕤𝕔𝕣𝕚𝕓𝕖
----------------------------------------------------------------
song of the day - https://open.spotify.com/album..../4zq4mLVbODvnaOpTWv2

Today we're checking out a new addition to ProtoWeb called WarpStream - which aims to re-create the early YouTube experience on older computers!

ProtoWeb Video: https://www.youtube.com/watch?v=1FSd-XhGLqk&t=298s

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"Dispersion Relation", "Acid Jazz" and "Airport Lounge" by Kevin MacLeod of http://www.incompetech.com

Outro Music: Silent Partner - Bet On It

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