Road to Fusion
Modernin fysiikan synnystä ITERiin.
Tämä on lukion oma opintojakso (Kiviruukin lukio). Sen tavoitteet ja sisällöt tulevat lukion omasta suunnitelmasta. Ne eivät tule valtakunnallisista moduuleista FY1–FY8.
Tämä opintojakso on englanniksi. Oppitunnit ovat sivuston englanninkielisessä osassa.
Opintojakso on englanniksi. Siinä opiskellaan yhdessä fysiikkaa, englantia ja ranskaa. Kurssilla tutustutaan moderniin fysiikkaan, atomin ytimeen, tähtien fuusioon, plasmaan, kylmän sodan fuusiotutkimukseen ja ITER-hankkeeseen. Iso kysymys on: miksi fuusiosta on yhä vaikea saada sähköä, vaikka fuusio on tunnettu lähes sata vuotta?
Luvut ja oppitunnit
Luvut ovat tässä järjestyksessä. Jokaisessa luvussa on yksi iso kysymys.
Opintojaksossa on noin 16 opetuskertaa: 8 fysiikan kertaa, 5 ranskan kertaa ja 3 projektikertaa. Fotoni-vierailu on näiden kertojen lisäksi. ★ tarkoittaa vapaaehtoista lisämateriaalia. Sitä ei tarvita, jotta suoritat opintojakson.
1 · The Birth of Modern Physics
Why did classical physics fail to explain everything?
Luku 1.1When classical physics ran out of answersWhy could the best physics of 1900 not explain the glow of a hot piece of metal?
- Luku 1.2Light as particles: the photoelectric effect
Why can a dim violet lamp free electrons from a metal plate when a bright red lamp cannot?
- Luku 1.3From Rutherford's nucleus to Bohr's atom
Why does glowing hydrogen give off light of only a few colours, while a hot metal glows in all of them?
- Luku 1.4Waves, probability and quantum tunnelling
Why can the Sun shine, when its protons are far too slow to reach each other?
2 · Inside the Atom
How can such a small nucleus contain so much energy?
Luku 2.1Building nuclei: isotopes and nuclear notationWhy do the protons in a nucleus not fly apart, although they all repel each other?
- Luku 2.2Mass defect and binding energy
Why can both joining nuclei and splitting nuclei release energy?
3 · The Energy of the Stars
Why hasn't the Sun burned out?
- Luku 3.2Fusion reactions: from the Sun to deuterium and tritium
Why must a fusion reactor on Earth be hotter than the centre of the Sun?
4 · Plasma: The Fourth State of Matter
How can we control something hotter than the centre of the Sun?
Luku 4.1Plasma: the fourth state of matterWhy do the northern lights, a flash of lightning, the Sun and the fuel of a fusion reactor all count as the same state of matter?
- Luku 4.2Charged particles and magnetic confinement
Why can an invisible magnetic field hold a fuel that would melt or vaporise any solid container?
5 · The Cold War and the Race for Fusion
How did the Cold War influence scientific research?
Luku 5.1Secret beginnings: fusion research to the 1950sWhy did governments hide research on a peaceful source of energy?
- Luku 5.2Science across the Iron Curtain
Why should a scientist believe a result from a rival country?
- Luku 5.3Big machines and world politics: 1970s to 1985
Why did fusion machines grow so large in the 1970s and 1980s?
- Luku 5.4Fusion history: an interactive timeline
Why has the road from the first idea of fusion energy to a fusion power plant taken more than a hundred years?
6 · From Early Machines to Modern Reactors
Which reactor design has the best chance of making fusion work?
Luku 6.1Pinches, lasers and other paths to fusionWhy have fusion researchers built so many different kinds of machines instead of agreeing on one?
- Luku 6.2Tokamak or stellarator?
Why do the two leading designs for a magnetic fusion reactor look so different, although both hold the plasma in a ring?
7 · ITER: An International Megaproject
Can the world's largest fusion collaboration succeed?
Luku 7.1ITER: why, where and whoWhy would countries that often disagree build one fusion machine together instead of each building its own?
- Luku 7.2Inside ITER: the machine and fusion gain
Why is it so hard to get more energy out of a fusion plasma than you put into it?
- Luku 7.3Inside the largest fusion reactor: a video investigation
Why can a popular video about ITER be both useful and out of date at the same time?
- Luku 7.4ITER: promise, progress and reality
Why can a news article about ITER be well researched and still give a wrong picture a few years later?
8 · Fusion, Energy and Society
Could fusion become part of our future energy system?
Luku 8.1Fusion in the energy systemWhy is it so hard to say whether fusion will ever power our homes?
- Luku 8.2Debate: should governments invest more in fusion?
Why do well-informed people disagree about spending public money on fusion?
- Luku 8.3Global Fusion Explorer
Why does a map of fusion machines tell a story about politics as well as about physics?
9 · Fotoni Lab Visit
What can we measure about light and electrons ourselves?
Luku 9.1Fotoni lab visit: modern physics experimentsWhy can a small glass tube, a lamp and a voltmeter tell us something about the whole universe of quantum physics?
10 · Le français de la fusion
How do you get by in French on a visit to France?
Luku 10.1Bonjour ! Introducing yourselfWhy can one small word, bonjour, decide how a whole conversation in France begins?
- Luku 10.3Au café: a role-play
Why can about ten short phrases get you through a whole café visit in France?
- Luku 10.4At a research centre in Provence
Why do researchers from so many countries work in one quiet valley in Provence?
- Luku 10.5Reading French news without a dictionary
How much of a French news text about fusion can you understand after a few weeks of French?
Opintojaksolla opit
Suunnitelma: tavoitteet voivat vielä muuttua.
- selittämään, miksi klassinen fysiikka ei riittänyt
- laskemaan ydinreaktioiden energioita
- selittämään, miksi fuusio tarvitsee hyvin kuumaa plasmaa ja magneettikenttiä
- arvioimaan, miten politiikka ja yhteistyö ovat vaikuttaneet fuusiotutkimukseen
- erottamaan tutkitun tiedon lupauksista
- keskustelemaan tieteestä englanniksi ja pärjäämään arkitilanteissa ranskaksi