The Singularity F U T URE MAN

Similar documents
Content Statement 9/Learning Goal

Part 1: Unit Overview. Unit Aims. Unit Abstract. Unit Outcomes. Unit Outcomes

Introduction to Digital Communications. Vitaly Skachek

Communications II. Mohammad Fathi Text book: J.G. Proakis and M. Salehi, Communication System Engineering (2 nd Ed) Syllabus

Introduction to the Communication Process. Digital Transmission MEEC

What Is Engineering. There is no such thing as applied science. There is only the application of science. Louis Pasteur

detection; creative industrial design systems; sophisticated computer games in which the non-player characters are driven

Additional Research 1.1

Electrical and Computer Engineering

Harcourt Science Grade 5

The Forefathers of Radio. By Bob Buus, W2OD

Click here to have this read to you

Backgrounder. From Rock n Roll to Hafnium The Transistor turns 60. Background Summary

ECE-606: Spring Course Introduction

Nineteenth-Century Progress. Inven3ons to Make Life Easier

West Virginia. Generic Evaluation Criteria I. Inter-Ethnic II. Equal Opportunity Instructional Content Analysis Specific Science Criteria

Industrialization Presentation

Ampere describes the number of electrons that flow through a circuit in one second. It is named after Andre-Marie Ampere, who was one of the first

INTRODUCTION TO COMMUNICATION SYSTEMS AND TRANSMISSION MEDIA

Gilded Age

Applied Physics from Newton to World War I. Philadelphia World Exposition, 1876, Corliss Engine

1 Electricity and Communications. 2 Electricity. 3 History of Electricity. 4 The Electric Battery. 5 Electricity and Magnetism.

Electricity and Communications

Historical Development of Biotech

The Industrial Revolution

Banning Garrett, PhD

Lecture 1 Introduction into the Subject

Team 2228 CougarTech 1. Training L1. Electric Circuits

Smart Cities. SESSION I : Lecture 2: Turing s s Legacy. Michael

SSUSH11: EXAMINE CONNECTIONS BETWEEN THE RISE OF BIG BUSINESS, THE GROWTH OF LABOR UNIONS, AND TECHNOLOGICAL INNOVATIONS.

Lecture 1 Introduction to Solid State Electronics

Producing Electric Current

EE105 Fall 2015 Microelectronic Devices and Circuits. Invention of Transistors

The Industrial Revolution. The Revolution that changed the world forever

Integrated Circuit Technology (Course Code: EE662) Lecture 1: Introduction

ANTENNAS AND PROPAGATION Introduction. Carlos A. Fernandes. Antennas and Propagation - Master in Aerospace Engineering

Introducing Engineering

Optical fibre. Principle and applications

N = R * f p n e f l f i f c L

Markets for New Technology

EE107 Communication Systems. Introduction

Lab 4: Junction Diodes

Key verse for the class this year!

Key verse for the class

African American Inventors

Chapter 16 Section 1: Railroads Lead the Way

T O B E H U M A N? Exhibition Research Education

Announcements: 1: TEST 1/31(2/1)! Review is on the Weebly 2: PREAP: Blue books due February 1!

Synthetic Life: Our Hybrid Future

Foresight in an Unpredictable World

Foresight in an Unpredictable World

Introduction to VLSI ASIC Design and Technology

TED Unit 2 Test. 1. What area tends to have a more direct effect on society because of its ability to both solve and create new problems?

The Modern Era: 7 The Industrial Revolution

Applied Electromagnetics

Across. Down

Gilded Age: Industrialization

Advanced Communication Systems -Wireless Communication Technology

ME 4447 / 6405 Student Lecture. Transistors. Abiodun Otolorin Michael Abraham Waqas Majeed

Spotlight on the Future Podcast. Chapter 1. Will Computers Help Us Live Forever?

Band-Aid Earle Dickson Traffic Signal Garrett Morgan 1923

Magnetism can produce electric current can. produce magnetism Electromagnetic Induction

37 Electromagnetic Induction. Magnetism can produce electric current, and electric current can produce magnetism.

Chapter 5 Notes: The Industrial Age. The railroad system expanded rapidly in the late 1800s, building large fortunes for some wealthy businesspeople.

ECE 2300 Digital Logic & Computer Organization

Discussion Topics. How do we imagine will society change? What will be the drivers of change? What do we think will be the future needs of society?

FRANKENTOY What do you get when you mix and match animal parts?

Introduction to Microdevices and Microsystems

EMT 251 Introduction to IC Design

Lecture #1 INTRODUCTION

The Power of Exponential Thinking

Human life: The next generation

ECEN 5004 (5014) Research like papers, proposal like presentations, conference like reviews

Publishers Bindings Online, : The Art of Books bindings.lib.ua.edu

Chapter 1 Introduction Historical Perspective

Dr. Ashish Dutta. Professor, Dept. of Mechanical Engineering Indian Institute of Technology Kanpur, INDIA

Christian Hülsmeyer and about the early days of radar inventions, sense and nonsense, a survey. 25 December January 1957

The Beginnings of Industrialization. Text Summary Worksheet with student directions

Shrewsbury Borough School Curriculum Guide Grade 3: Science

How Servant Leadership Drives Superperformance

Study Questions for our Scientific and Industrial Revolution Reading

Our Final Invention: Artificial Intelligence and the End of the Human Era

Expansion and Reform: Technology of the 1800s

Digital Integrated Circuits

Do Now. Read Historical Context section of DBQ 11.

Chapter 28: The Affluent Society

The Future of Intelligence, Artificial and Natural. HI-TECH NATION April 21, 2018 Ray Kurzweil

Table of Contents. #3234 Great Inventions and Inventors 2 Teacher Created Resources, Inc.

Kit Exploration Night at LMS Inventions and Engineering October 3, 2017 To Get to the Other Side - Designing Bridges Audience: K-1

NSDL/NSTA Web Seminar Teach Engineering: Because Dreams Need Doing

Introduction to Power Electronics BACKGROUND

LEQ: What industry was first affected by the Industrial Revolution?

EE442 Introduction. EE442 Analog & Digital Communication Systems Lecture 1. Assignment: Read Chapter 1 of Agbo & Sadiku

Introduction to Materials Engineering: Materials Driving the Electronics Revolution Robert Hull, MSE

The Marconi Challenge: Infrared Data Transmission as the 21 st Century Crystal Radio

SPARK OF LIFE. How does your body react to electricity?

WES PENRE PRODUCTIONS PRESENTS:

The History of Radio Broadcasting

Good Laboratory Notebook Practices

The Industrial Revolution

Transcription:

The Singularity F U T URE MAN

Future Man The development of technology, from the discovery of fire, the invention of the wheel to the Industrial Revolution, is a story that spans many thousands of years but it is only since the late 18 th century that the pace of discovery and invention had begun to accelerate and now almost seems exponential. I hope to examine and discuss some of the technologies that are currently out there, where this is leading and how they may affect human beings of the future. I will begin by trying to get some perspective of where we come from and an idea of the time it has taken.

How Long? A Little Perspective The Earth Forms Man appears The Stone Age and Fire Modern Man The Wheel Bronze Age Iron Age Industrial Revolution 4 Billion Years Ago 5 7 Million Years Ago 2 3 Million Years Ago 200,000 Years Ago 3,500 BC 3,000 BC 1,200 BC 18 th Century

The Revolution Begins 1712 Thomas Newcomen: Atmospheric steam engine 1775 James Watt: Improved on Newcomen s design 1800 Alessandro Volta: The first Electric Battery 1821 Michael Faraday: demonstrates electromagnetism 1829 Robert Stevenson: Stevenson s Rocket 1834 Charles Babbage: Analytic Engine 1837 Samuel Morse: Telegraph and Morse Code

The Revolution Continues 1858 Trans-Atlantic Cable finished & Cathode Rays Discovered 1876 Alexander Graham Bell: Invents the telephone 1879 Thomas Edison: Invents the Lightbulb 1885 Karl Benz: Developed first Internal Combustion Car 1888 Heinrich Hertz: produces Radio Waves 1901 Gugliemo Marconi: Transmits first trans-atlantic message 1904 John Fleming: invents the first Thermionic Valve

The Age of the Computer 1947 William Shockley, John Bardeen and Walter Brattain demonstrated the Transistor at Bell Labs. 1904 John Ambrose Flemming invented the Thermionic valve 1907 Lee De Forest invented the Triode Valve 1958 Jack Kilby of Texas Instruments demonstrates the first Integrated Circuit Today, the very latest microprocessors contain over one billion transistors, like the Intel Core i7 1971- Intel engineers Ted Hoff, Frederico Faggin and Stan Mazor invented the first Microprocessor the Intel 4004 which contained 2,300 transistors

What about Biological & Medical Advances? 460 BC Hippocrates, Greek physician. The Father of Medicine 130 BC Galen, physician to Roman gladiators and emperors 1590 Zacharius Jannssen, Dutch lens grinder invents the Microscope 1628 William Harvey, outlined Blood Circulatory System 1670 Anton van Leeuwenhaok, refines the Microscope 1796 Edward Jenner, invents vaccination, father of immunology 1800 Sir Humphry Davy, nitrous oxide as Anaesthetic 1859 Charles Darwin, publishes The Origin of the Species

Biology & Medicine into the 21 st Century 1865 Gregor Mendel gave lectures Experiments on Plant Hybrids 1867 Joseph Lister, developed Antiseptic surgical methods 1870 s Louis Pasteur & Robert Koch, develop Germ Theory 1922 Insulin used to treat Diabetes 1928 Sir Alexander Fleming, discovers Penicillin 1953 James Watson, Francis Crick, Maurice Wilkins & Rosalind Franklin describe structure of DNA 1982 First patient implanted with an Artificial Heart 2000 First draft of human Genome is announced

The Height of Progress

Back to the Future Back in the 60 s when we were all a lot younger what did we think the future would look like? One way to try and get a feel would be to take a look at some of the TV programs we viewed back then:-

A More Modern Take The 1960 s were very positive where the future of technology was concerned however things started to change mainly in the 80 s. The themes explored by the Scifi films of the time were much darker, dealing with such topics as out of control AI, Bio-engineered human slaves and the rise of AI to the level where it could compete, enslave and even destroy human civilization.

So, what is the Singularity?

The 5 th Epoch

Convergence Artificial Limbs & Exoskeletons Bio Implants Artificial Intelligence Big Data Human Brain Project Synthetic Biology/Genomics/CRISPR Epigenetics DNA Origami

Is this the Future? OR OR