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Hanzo & ACEDS To Present Educational Webinar, Trustworthy

[Webinar] Trustworthy AI Roundtable: AI & Legal Tech Experts Discuss How To Ensure Your AI Approach is Explainable, Transparent, and Secure - July 26th, 1:00 pm - 2:00 pm EDT | Hanzo

The hype cycle for all things AI has hit a feverish pitch, and it’s the wild west once again. As everyone stampedes toward technologies such as ChatGPT, the FOMO (fear of missing out).

Why is it a big deal that the new LHC particle is verified as the Higgs?

"If you're a reporter, the easiest thing in the world is to get a story. The hardest thing is to verify. The old sins were about getting something wrong, that was a cardinal sin. The new sin is to be boring." -David Halberstam

The Curious World of Kitchen Science Set

Includes easy-to-follow experiments We have also created Teacher Notes for The Physics of Popcorn to support the use of this book in the classroom. These are available as a free PDF download: Teacher Notes (363 KB) Authors Dr Katie Steckles is a mathematician who delivers talks, workshops, and events on YouTube and on TV/radio. She also writes mathematical puzzles and articles for books, magazines, programs, and blogs. In 2016 she won the UK’s Joshua Phillips Award for Innovation in Science Engagement. Dr. Jamie Gallagher has a degree in chemical physics and a PhD in chemistry and electrical engineering. He is an award-winning scientist and science communicator, was named one of the “100 leading practicing scientists in the UK” by the Science Council, and is recognised as one of the “175 Faces of Chemistry” by the Royal Society of Chemistry.

Kitchen Science Experiment: Create a density rainbow – CSIRO PUBLISHING

What to do: Step 1. Add 50 ml (3 tbsp) of tap water to each of your five small glasses, and add a few drops of food colouring to each. If you only have one colour, add it only to glasses one, three and five. If you have five colours, add a different colour to each glass. Step 2. You won’t be adding anything else to glass one, but add 15 g (1 1/5 tbsp) of sugar to glass two, 30 g (2 2/3 tbsp) to glass three, 45 g (3 1/2 tbsp) to glass four and 60 g (4 2/3 tbsp) to glass five. Step 3. Stir the glasses with the sugar. You should find that the sugar in glasses two and three dissolves quickly, while with four and five it will take longer. If after several minutes of stirring, solid sugar remains, heat the glasses in a microwave for short bursts (ten seconds at a time) to slightly warm the water.

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