Drawing inspiration from the painted past, today's artists can give a fresh lease on life to old works. In the process, they are bridging the gap between the new and the
Paton takes us back to the place where he had his first brush with painting and fell in love with it. He shows how art connects us with the past and how the most importan
Engineer and adventurer Rob Bell investigates four roller coasters in Europe and America that use inversions, or loops, to create thrilling rides.
Engineer and adventurer Rob Bell climbs aboard four spectacular rollercoasters in Europe and America that exploit our fear of heights.
Engineer and adventurer Rob Bell finds out what it takes to design and build the next generation of rollercoasters.
Engineer and adventurer Rob Bell investigates four theme park rides in Europe and America which mix fun along with the the thrills.
Engineer and adventurer Rob Bell investigates four theme park rides in Europe and America which use psychological tricks to add to the thrills.
Engineer and adventurer Rob Bell investigates four of the longest roller coasters in Europe and America.
Engineer and adventurer Rob Bell investigates four roller coasters in Europe and America that use inversions, or loops, to create thrilling rides.
Engineer and adventurer Rob Bell climbs aboard four spectacular rollercoasters in Europe and America that exploit our fear of heights.
In the non-coding 98% of our DNA, we have countless switches to promote or suppress the physiological reactions of our bodies. We can change the states of these switches.
Previously it was thought that only 2% of our DNA is meaningful and the remaining 98% is non-coding “junk”. But today we are beginning to know how the "junk" DNA works.
This episode takes a look at the elements Nitrogen, Mercury, Copper, Magnesium and Cobalt.
This episode takes a look at the elements Helium, Tin, Calcium, Palladium and Lead.
This episode takes a look at the elements Silicon, Fluorine, Lithium, Boron and Chromium.
This episode takes a look at the elements Platinum, Iodine, Aluminum, Iron and Tungsten.
This episode takes a look at the elements Sodium, Oxygen, Argon, Arsenic and Zinc.
This episode takes a look at the elements Chlorine, Titanium, Gallium, Potassium and Nickel.
This episode takes a look at the elements Carbon, Gold, Neon, Zirconium and Antimony.
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