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Below are some great YouTube channels for science. If you are a science teacher and you need some useful resources where you can search for and find educational science videos, then the list below would be of great help. Some of the channels listed below have thousands of subscribers featuring some of the best science videos online.

The Utah Open Textbook Initiative (UTOT) began in 2010. From a small pilot involving less than 10 teachers and three grades, UTOT has grown to a statewide program for grades 7 - 12 that improves science learning and drastically reduces the cost of providing every student with access to quality science curriculum. This whitepaper describes the UTOT process for successfully creating and adopting open science textbooks.

"Thinking about what science memes can do, I think there's something interesting in the Biofortified post. I don't think you can transmit Science by meme. It's too messy. But you can hope to transmit some science appreciation, or possibly highlight some scientific problems with viral images and memes."

"The key to unlocking a brighter future for students lies within the understanding and application of learning science. As a data scientist and edtech developer, I believe our job is not about inventing the next shiny digital device; it's about improving education outcomes for students, and doing so demonstrably and empirically with research. And the starting point for that is looking at what we already know from the science of learning."

During last month's round of School of Open courses, I helped out with a facilitated version of the Open Science course supported by Creative Commons, the Open Knowledge Foundation, and PLOS. On four Tuesdays in August, Billy Meinke hosted online discussions with a handful of well-known members of the open science community while participants from around the world completed course modules and blogged about their experiences. Here's how things went down.

"A new study in the Proceedings of the National Academy of Sciences addressed this question by conducting the largest and most comprehensive review of the effect of active learning on STEM (Science, Technology, Engineering and Mathematics) education. Their answer is a resounding yes. According to Scott Freeman, one of the authors of the new study, "The impact of these data should be like the Surgeon General's report on "Smoking and Health" in 1964-they should put to rest any debate about whether active learning is more effective than lecturing.""

"This report is the result of a research partnership between Burning Glass Technologies, BHEF, and IBM, motivated by the need to close the data science and analytics skills gap through data driven insights and increased collaboration between higher education and industry. It defines the data science and analytics (DSA) landscape, presents research findings about the skill gap, adds context to the DSA jobs and skills that are disrupters, and offers recommendations to alleviate the DSA talent shortage."

"Regardless of the goal of MOOCs - be it for profit or idealism - there are genuine educational concerns that need to be closely monitored. A course with 10,000 (or even 1,000) students enrolled cannot foster any significant discussion. Yes, teaching assistants (TAs) can be employed to groups of 100-200 students for online questions etc, but that may not be so simple. About 100 TAs would be needed for a modest-sized MOOC of 10,000 students. Even for the lecturer to organise 100 TAs would be a Herculean task. Another serious concern is evaluation. How can one evaluate 20,000 students taking a course? Yes, electronic quizzes and multiple-choice tests can be given to monitor progress - if the material is suitable for such types of questions. But what about material in the social sciences and humanities that might be harder to evaluate (than science) without essay-style answers? I've already seen that companies are attempting to write computer programs that will grade essays. But as one educator put it, how can a programmer include wit and style for evaluation in such a program?"

I've published this paper in a journal called Science and Public Policy - a conventional way of being read by other academics. Except that whatever baroque negotiations have taken place between the journal's new publisher and the UCL library mean that, despite being a member staff at one of Europe's largest universities, I don't seem to have access to that journal. This piece of research, funded by British taxpayers, can't even be read by me.

For many years, Professor Pollock has actively worked for improving the participation of women and other underrepresented groups in computer science. She has been an active leader at the annual Grace Hopper celebrations of Women in Computing, encouraged her students to have service learning opportunities, and has been active in the development of high school Computer Science curriculum. Her students report that she exhorts them to find ways to use their technical knowledge to make the world a better place.

"Today, computer science is absent in 95 percent of high schools in the U.S. Yep. Why? Because developing curriculum for these subjects requires time and expertise, and finding the qualified candidates to teach these subjects demands significant capital to lure talented programmers away from high-paying jobs in the private sector.  That's where CodeHS comes in. Founded by Stanford students Zach Galant and Jeremy Keeshin and incubated at StartX and Imagine K12, CodeHS is an online program built for high school students (and teachers) with no previous coding experience that intends to provide an easy and fun way to learn computer science."

A shift from traditional textbooks to e-books is gaining speed in Utah, as the state Office of Education coordinates efforts to develop digital texts in science, math and language arts. At least two state math texts are already available and the first of the science texts will be released this summer. The state texts will be open source, meaning anyone or any school in the state may use them for free.

Science class is about to look a lot more boring. One million kids logged on to Maker Camp last summer, so today Google and Maker Faire announced the second year of its online summer camp that teaches teens to build, hack and explore. The six-week program on Google+ includes virtual field trips to NASA, CERN, and Disney Imagineering plus making tensile strength towers, glowing candy, and potato canons.

""Learning science" is becoming a buzzword, but it means experimenting with new approaches and learning from what doesn't work as well as what does, writes Michael Feldstein. And everyone who teaches for a living must do it."

"not all intelligence research is controversial: If you study cognitive development in toddlers, or the mental decline associated with Alzheimer's disease, "that's treated as just normal science," says Douglas Detterman, founding editor of Intelligence, a leading journal in the field. The trouble starts whenever the heritability of intelligence is discussed, or when intelligence is compared between genders, socioeconomic classes, or-most explosively-racial groupings."

""Where's the beef?" was the famous campaign slogan from the 1984 Presidential campaign. For two years, MOOC watchers have been asking the same question, as hundreds of thousands of students participated in free online courses that delivered knowledge but no certification of any real value. The Georgia Institute of Technology recently changed all that: Its May 14 announcement that the school would offer a fully accredited Online Masters of Science in Computer Science (OMS CS) for less than $7,000 suddenly brought the abstract potential of MOOCs into stark relief."

"Last fall, Vanderbilt computer science professor Doug Fisher "flipped" his graduate-level course on machine learning. Instead of having his students read their textbook before class or watch lecture videos that he created, as is typical for a "flipped" classroom, Doug asked his students to prepare for class by taking another professor's course, a massive open online course (MOOC) offered by Stanford computer science professor Andrew Ng on the Coursera platform. Doug's students watched Professor Ng's lecture videos and completed quizzes and other assignments within the MOOC, then came to class to discuss that material with Doug along with additional readings that went beyond the MOOC material. When Andrew Ng's course ended, Doug's students spent the remaining weeks of the semester engaged in projects that required them to apply what they had learned throughout the course."

"Do you have a computer science degree? Me neither. Up until a few weeks ago, however, everyone thought the now former Yahoo CEO Scott Thompson did. Yes, I said former. Thompson was forced to step down as the head of the internet and search giant after it was found out he did not, as his résumé said, have a computer science degree. "

"California State University is moving aggressively to offer web-based science labs, a systemwide virtual campus and online advising as remedies for "bottlenecks" that impede student progress and graduation rates, officials said Tuesday. Some of these efforts will be ready to roll out this fall. The detailed strategies were presented in a meeting of the Cal State Board of Trustees in Long Beach as a response to Gov. Jerry Brown's call for the Cal State and University of California systems to improve student performance in exchange for long-term funding increases."

"This article presents a framework for guiding modifications to Peer Instruction based on theory and findings from the science of learning. We analyze the Peer Instruction method with the goal of helping teachers understand why it is effective. We also consider six common modifications made by educators through the lens of retrieval-based learning and offer specific guidelines to aid in evidence-based implementation."