So this is a thing! I can’t believe it’s been this long! Also in conjunction with some other recent goals of mine (like not working so much and actually having work life balance), I’m going to work on getting back to posting more interesting stuffs! Horraayyy!
Here’s the thing… I’m in a lot of technical meetings at
work. People take meeting mins but I always take my own notes… by hand… it
helps me remember things and sometimes when people take meeting mins they don’t
really understand what’s being discussed or they miss things because they may
not know better and think it’s unimportant. That being said… I take A LOT of
notes.. which is good… and bad. I know I’ve written things down but it’s takes
me FOREVER to actually go back and find it (especially if I don’t have a
general date).
Here’s where ya’ll come in… I’m looking to go digital with
my notes. This doesn’t mean typing them up on my laptop during the meeting… I
can’t do that… for me it’s distracting and I don’t remember it anywhere close
to as well as when I write them down. I’m not going to take my handwritten
notes and type them after every meeting… I definitely don’t have time for that.
And I’m not going to scan my notes all the time and use an OCR program… they
don’t really learn your handwriting and the ones I’ve tried aren’t all that
great… plus that takes up too much time. I’m looking to invest in a tablet,
maybe a surface type computer, or maybe one of those digital pens that I can
basically write my notes down and have a copy of my notes in my handwriting but
also have a program that converts it to text so it’s searchable, readable, and sendable
to other people. The program definitely has to be one of those that learn/get
use to your handwriting so I don’t have to keep correcting it (I’m ok with a
small learning curve for it up front). Has anyone tried any of these things?
Which ones worked? Which ones didn’t? I’m really leaning more towards a tablet
or digital pen (rather than a surface computer) because I already bring my
laptop to meetings with me to share and pull up pdfs and models and I really
don’t want to have to carry two.
What do you think?
Reblogging this… because I still haven’t made a decision/found anything that seems promising… :/ :(
HELP!!
NOTE: If you happen to be/work for a company that thinks they have a product that might work… MESSAGE ME. I’d be super happy to put it through a hell of a field test and give you my feedback on it. It’s a win-win… I get to make sure something is going to do what I need it to do before spending $500+ and you get actual real world feedback on how your product performs in office and in the field on construction sites.
This artist’s conception shows what the TRAPPIST-1 planetary system may look like, based on available data about their diameters, masses and distances from the host star. All the exoplanets in this system exist in the so-called habitable zone and are Earthlike in size and mass. Photo by @nasa/JPL-Caltech
Skip 39 light-years across our galaxy, and you’ll arrive at Trappist-1, an ultracool dwarf star with a band of special followers. This dim star hosts seven Earth-like planets within its habitable zone, according to a study published today in the journal Nature. Exoplanets are a dime a dozen these days, but due to unique properties in this exosolar system, the new discovery may usher in a movement in the hunt for habitable worlds — one where astrophysicists can ascertain the presence of life without traveling across the cosmos.
“It’s the first time so many Earth-type planets [have been found] formed in the habitable zone of a star,” Michaël Gillon, an astrophysicist at Université de Liège in Belgium and study co-author, said during a press briefing Tuesday.
By “habitable,” Gillon means the exoplanets exist in a temperature zone that’s conducive for liquid water even though these Earth sisters orbit relatively close to a dwarf star. If magically transplanted, all seven Earth sisters would land within the distance between Venus and our Sun. The closest sister is 1.02 million miles from Trappist-1 — a third of the distance separating Mercury from our blazing star.
Yet every planet in this hepta-Earth system may support liquid water, due to the star’s ultracool, low-radiation dwarf status. Trappist-1 is also approximately a tenth the size and mass of our sun. Researchers plan to capitalize on this star’s diminutive nature to discover if these planets are habitable.
“We will be able to study the climates and chemical composition of the atmospheres,” Cambridge University astronomer and study co-author Amaury Triaud said Tuesday during a press briefing. “Within a few years, we’ll know a lot more about these planets, and with hope, if there is life there maybe within a decade.”
Whoa! That’s a huge claim. Learn why Triaud can make it, even though they haven’t found signs of life yet, by reading more on our website.
Imagine standing on the surface of the exoplanet TRAPPIST-1f. This artist’s concept is one interpretation of what it could look like. Photo by @nasa/JPL-Caltech