Since last March, we have helped Windows users import 71 million Evernote pages to OneNote. Following the great feedback we received, we want to help even more people make the move. Today, we are launching the OneNote Importer tool for Mac. You may feel hesitant about moving all your notes from a place you know to a new online home. Don’t worry, the Importer tool makes moving day easy.
OneNote lets you work the way you want. You can get your ideas down in a range of ways that include typing, inking, embedding videos, recording audio or clipping web content. If you prefer to use paper and pen, you can even scan that content with OneNote to make it digital, searchable and available from your phone to your laptop. We’ve heard that many Evernote users rely heavily on their clipper. OneNote has a great clipper for all major browsers, available for free at OneNote.com/clipper. We upgrade it all the time, and you can read the OneNote July roundup for the latest updates.
OneNote lets you sync all your notes across all your devices—for free. It is part of the Office family and works seamlessly with Outlook, Word, Excel and PowerPoint to help you stay organized, collaborate and get more done. Following Evernote’s recent price changes—their Premium offer ($69.99/year) is now the same price as Office 365 Personal ($69.99/year). Office 365 gives you OneNote, plus all the Office apps you know and love that are always up to date, and 1 TB of cloud storage.
How to migrate your notes from Evernote
To get started migrating your Evernote notes to OneNote, you will need:
A Mac with OS X 10.11+ (El Capitan). Once your Evernote notes are imported, they’ll sync across all your devices, including PC, iOS and Android, as well as web browsers—for free.
To speed up the migration process, it is recommended you have Evernote for Mac installed from the Evernote website. Sign in to Evernote for Mac with your Evernote account and make sure your latest notes are synced before importing.
Watch this short video to see how easy it is to use the OneNote Importer tool:
Download the OneNote Importer tool and visit our Support page for more information and step-by-step instructions. And don’t forget to send us feedback and ask questions at OneNote UserVoice or tweet us at @msonenote. The OneNote team wants to do everything possible to help you feel confident about choosing to try OneNote.
Rats and other whiskered animals use senses that we don’t yet possess. In addition to being able to run mazes and lick our faces to confirm we aren’t covered in BBQ sauce, scientists have confirmed that some animals use their flowing front whiskers to sense wind position, a technique that could be used in future direction-sensing robots.
A team of students working at Northwestern’s McCormick School of Engineering have found that rats “use their whiskers to help locate airflow sources.” While this seems like common sense, there has been no way to prove this until now.
To perform the experiment that led to this discovery, Yan Yu and Matthew Graff, co-first authors of the work, placed five, equally-spaced fans in a semicircle around the edge of a 6-foot circular table. In each trial, one of the five fans was randomly selected to blow air toward a “start-door” located on the opposite side of the table. A rat had to run from the door toward the fan blowing air, and go down a rat-sized hole directly in front of that fan. Each of the five holes (one in front of each fan) led to a tunnel beneath the table, where the rat was rewarded for choosing the correct fan. Cameras positioned above the table recorded the rats’ performance.
During the trials some of the rats were given a painless whisker haircut, a move that resulted in a 20 percent decrease in performance. The rats could have used any sense data to perform the task — from feeling the wind on their fur or sticking their little rat noses into the wind — but it was clear the whisker usage was far better at the task.
“The rat clearly uses more than one cue,” said study author Chris Bresee. “But rats still choose to rely heavily on their whiskers, which suggests that whiskers facilitate wind-sensing even when wild rats explore naturally.”
The team is working on artificial “flow sensors” that can be added to robots, creating bendable systems that vibrate in the wind. Receptors at the base of the whisker can then be read and translated into location data. This means future robots could use these sensors to read their positions, sense their speed or even move toward high or low pressure areas.
“Estimating the structure of airflow is particularly important when locating an odor source,” said Professor Mitra Hartmann. “And odor localization is important for finding explosives, chemical spills, and biological agents.”
Not bad for some foof.
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