Science Traveller

Science guide writer.Journalist. Inquisitive. Book published in 2023.

[Dr Robin George Andrews 🌋☄️ @SquigglyVolcano]

The seismic activity map of Iceland right now is...jaw-dropping.

These are quakes that have happened in just the last 6 hours. The Reykjanes Peninsula is smothered in thousands of small quakes and some mid-magnitude ones.

That's what happens when rising magma breaks rocks.

[Science Traveller @GuideScience]

Why the Tokyo Skytree is more than views. It's full of scientific facts- and the drinks bar is good too. #Japan #tokyolights #Science #Sundowns

https://t.co/BbO8kyS1k5

[Science Traveller @GuideScience]

Love this.

[Tim Dunn @MrTimDunn]

Kudos to @Hatchards bookshop, its designers & @StPancrasInt: this year’s 12m “Xmas tree” marketing installation is on brand, visually reflects the building, promotes books of all types (not just luxury goods) and is actually useful to train passengers by providing seating too👍

[Science Traveller @GuideScience]

The salt pans in Western Sicily are intriguing. However salt harvest dates back to the phoenecians. #foodscience #sicily
https://t.co/eSi8pmYmJC

[Science Traveller @GuideScience]

Here's the November edition of Science Traveller Newsletter. Have read and if you like it, consider subscribing (free) so you get the newsletter in your inbox each month. #Science #newsletter #sciencenews
https://t.co/5TSu53ZgwT

[Historic Vids @historyinmemes]

In 1922, a group of scientists went to the Toronto General Hospital where diabetic children were kept in wards, often 50 or more at a time. Most of them were comatose and dying from diabetic ketoacidosis.

These children were essentially in their death beds, awaiting what was at that time, certain death. The scientists moved swiftly and proceeded to inject the children with a new purified extract of insulin.

As they began to inject the last comatose child, the first one to be injected began to wake up. Then one by one, all the children awoke from their diabetic comas. A room that was full of death and gloom suddenly became a place of joy and hope.

In the early 1920s, Frederick Banting and Charles Best discovered insulin under John Macleod at the University of Toronto. With the help of James Collip, insulin was purified, making it available to successfully treat diabetes. Both Banting and Macleod earned Nobel Prizes for their work in 1923.

Banting was 32 when he received the Nobel Prize, and he chose to share half the prize money with Best, who was his assistant and just 24 years old at the time. Banting refused to put his name on the patent and instead sold it to the University of Toronto for $1. He thought it was unethical to profit from a discovery that would save millions of lives. "Insulin belongs to the world, not to me," he said.

[The Figen @TheFigen_]

Baby monkeys are fed after being rescued from the flood.
My heart melted! 💓🤗🤗

[Bernoid @bernoid]

#WeeWednesday Rosemary Beetle

[Science Traveller @GuideScience]

How Japan makes travel more accessible. #travelblogger #accessibility #ageing
https://t.co/P8cA3t27XK

[Archaeo - Histories @archeohistories]

Dukha people; Mongolia’s last nomadic reindeer herders, young child rests 'guarded' by one of reindeer.

Dukha or Tsaatan are small Tuvan Turkic community of semi-nomadic reindeer herders living in Khövsgöl, northernmost province of Mongolia.

📷: Hamid Sardar

#archaeohistories

[Kate 𓆉 @kejamieson_]

I couldn't upload these whilst I was in the Falklands as the Wi-Fi wasn't good enough, but, now I have returned to a constant depressing news cycle online, I feel like everybody needs to see some penguins living their best life 🇫🇰

[Science Traveller @GuideScience]

A very interesting insight into what happens before Eurostar leaves.

[Science Traveller @GuideScience]

Our Science Traveller news round-up of events in the travel world. Subscribe for free to get the regular news in your inbox.
https://t.co/u8C6aVnzn1

[Archaeo - Histories @archeohistories]

The origin of Turkish lamps goes hand in hand with the development of the glass industry in Turkey, which began in the period of the Seljuk Empire (12th Century CE) and had a peak during the Ottoman Empire, where Istanbul was the center of glass production.

Turkish lamps have a very old history since the manufacture of these lamps dates back 5,000 years in the Sumerian empire. This technique has evolved over time and its origins began with pieces of pots that were attached to the walls of houses, making very striking figures. This technique began with ceramics until it evolved into metal and included more materials such as glass and plaster until it reached the lamps we recognize today.

The mosaic of the Turkish lamps seems to represent its history. A sum of different contributions to the art of glass that dates back to the end of the 8th Century CE, when glassmakers in the eastern Mediterranean incorporated Roman traditions and the stylistic techniques of the second Persian empire into their methods.

© @Dr_TheHistories

#archaeohistories

[Science Traveller @GuideScience]

A new plaque in Salisbury celebrating a famous scientist. #WILTSHIRE
https://t.co/4TU3IHzRuH

[Science Traveller @GuideScience]

The October Science Traveller newsletter is out with some interesting articles on travel with a scientific theme. You can also subscribe free to get the monthly newsletter. #Science #Travel #traveltips
https://t.co/XBBxKCTfCs

[Learning at the Science Museum Group @learningSMG]

What a brilliant celebration of the launch of @railwaymuseum's Wonderlab: The Bramall Gallery! A huge thank you to all our generous funders for their invaluable support in bringing the railways to life through play.

[Science Traveller @GuideScience]

The next Science Traveller newsletter will be published this weekend. Subscribe for free to get a newsletter packed with science-themed articles linked to travel in your inbox. Here's the September issue. #Science
https://t.co/uimgJyJcKS

[CERN @CERN]

What happens if you drop an anti-apple?

In a paper published today in @Nature, the ALPHA collaboration at CERN’s Antimatter Factory shows that, within the precision of their experiment, atoms of antihydrogen ��� a positron orbiting an antiproton – fall to Earth in the same way as their matter equivalents.

This result is a milestone in the study of the properties and behaviour of antimatter.

Find out more: https://t.co/C7DYs02nln