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Diet Tom's
United States
เข้าร่วมเมื่อ 28 ก.ย. 2021
Let’s do some really fantastic microscopy together!
[VOD] MicroCinema 4K - Santa Cruz Mountains (Reupload)
[VOD] MicroCinema 4K - Santa Cruz Mountains (Reupload)
มุมมอง: 842
วีดีโอ
Livestream Highlight - An Eyeless Green Worm Rips a Brachionus Rotifer from its Shell!
มุมมอง 2Kปีที่แล้ว
Livestream Highlight - An Eyeless Green Worm Rips a Brachionus Rotifer from its Shell!
Tiny Prowler - Predacious Diving Beetle Larva
มุมมอง 529ปีที่แล้ว
Tiny Prowler - Predacious Diving Beetle Larva
[VOD] MicroCinema 4K: Introducing Diet Tom's HyperLight Microscopy Technique!
มุมมอง 989ปีที่แล้ว
[VOD] MicroCinema 4K: Introducing Diet Tom's HyperLight Microscopy Technique!
Notommata Allantois - The Hammerhead Rotifer in Four Techniques
มุมมอง 467ปีที่แล้ว
Notommata Allantois - The Hammerhead Rotifer in Four Techniques
Four Amazing Microscope Techniques on One Condenser
มุมมอง 2.2Kปีที่แล้ว
Four Amazing Microscope Techniques on One Condenser
Dueling Microscopists - d. vs Diet Tom's
มุมมอง 272ปีที่แล้ว
Dueling Microscopists - d. vs Diet Tom's
Microbes in 4K - Test Stream - It went very well!
มุมมอง 422ปีที่แล้ว
Microbes in 4K - Test Stream - It went very well!
Twitch Microscopy Seminar - 3/3 - Advanced Oblique "DIC-like" Filters
มุมมอง 6K2 ปีที่แล้ว
Twitch Microscopy Seminar - 3/3 - Advanced Oblique "DIC-like" Filters
Twitch Microscopy Seminar - 2/3 - Darkfield and Simple Rheinberg Filters
มุมมอง 4K2 ปีที่แล้ว
Twitch Microscopy Seminar - 2/3 - Darkfield and Simple Rheinberg Filters
Twitch Microscopy Seminar - 1/3 - Intro and Brightfield Adjustments
มุมมอง 1.6K2 ปีที่แล้ว
Twitch Microscopy Seminar - 1/3 - Intro and Brightfield Adjustments
Quick Tip - An Easy Filter for a Striking Effect
มุมมอง 2.7K2 ปีที่แล้ว
Quick Tip - An Easy Filter for a Striking Effect
Euglena Sanguinea - The Stunning Red Euglena
มุมมอง 3462 ปีที่แล้ว
Euglena Sanguinea - The Stunning Red Euglena
Testudinella Patina - The Flying Saucer Rotifer
มุมมอง 4462 ปีที่แล้ว
Testudinella Patina - The Flying Saucer Rotifer
Asplanchna - a massive jelly-like rotifer!
มุมมอง 3082 ปีที่แล้ว
Asplanchna - a massive jelly-like rotifer!
Polarization Peculiarities - Having Fun with ShinyaVision Troubleshooting
มุมมอง 1.2K2 ปีที่แล้ว
Polarization Peculiarities - Having Fun with ShinyaVision Troubleshooting
Phacus Longicauda - A Euglenid Found in the UT Austin Turtle Pond
มุมมอง 6912 ปีที่แล้ว
Phacus Longicauda - A Euglenid Found in the UT Austin Turtle Pond
ShinyaVision Clarification - A 2D example of the 3D technique!
มุมมอง 9452 ปีที่แล้ว
ShinyaVision Clarification - A 2D example of the 3D technique!
ShinyaVision - Experience The Microcosmos in 3D with this Simple Microscope Mod
มุมมอง 3.2K2 ปีที่แล้ว
ShinyaVision - Experience The Microcosmos in 3D with this Simple Microscope Mod
Quick Tip - Dark Field Microscopy in Two Minutes!
มุมมอง 22K2 ปีที่แล้ว
Quick Tip - Dark Field Microscopy in Two Minutes!
An Important Correction on Objective Upgrading!
มุมมอง 1.7K2 ปีที่แล้ว
An Important Correction on Objective Upgrading!
A Super Cute Snail in the Creek Jar (Stereoscope - 4K)
มุมมอง 2922 ปีที่แล้ว
A Super Cute Snail in the Creek Jar (Stereoscope - 4K)
Sometimes you see some stuff go down and you get excited and that's just totally normal
มุมมอง 4662 ปีที่แล้ว
Sometimes you see some stuff go down and you get excited and that's just totally normal
“Predatory ciliate” Looks like it’s bumping into things and saying sorry 😂
This is my first time seeing a Pinnularia Viridis but now they're easily my favorite. They look like little microscopic busses transporting nutrients alongside the big algae highways.
too good
HyperLight Rocks
so good! what type of stereoscope are you using? do you have any essential tips on what to look for when buy one? cheers
That is an amazing image for a microscope not equipped with DIC at 400x magnification total. What grade are these objectives? I think these would be high-end at least semi-APO objectives. They are really projecting a brilliant, well-focused image. Your work is incredible.
Alien aquatic micro jungle, great work Jason. Apos are sweet.
Wow, I just bought a SWIFT380 2 months ago.. There is not enough info for amateur microscopy (compare to amateur astronomy for example). This is exactly what I'm looking for! I need to learn proper technique to have more fun with the hobby! For example: you explain what kind of problem we can expect, why, and how to overcome them. Brillant! I just subscribe.. Alex from Montréal
Do you have any advice for someone who has an infinity microscope?
Hi! I have a BH2 with a phase contrast condenser. How do I rig this kinda set up without a swing out like you have? I would love to try this but I’m scratching my head on how to make it work.
You are so cool!👌😮
Nice! Great intro to the different types of lenses. I was just looking at a Leica Emspira 3 for work and was trying to figure out what the differences were between the various types of lenses they offered.
Hey, just wanted to say thanks for inspiring me to start hobby microscopy! It's been an awesome journey so far!
This was very informative. Thank you so much!
Amazing! I got to your channel by browsing r/microscopy. I'm gonna watch your Seminars. What microscope were you using here?
Easy as 🙂. Thanks for this very unique explanation
what's that bamboo-looking stick to the right of the brachionus rotiver and green worm.
cool video dood. what kind of camera do you use for this? also - i'll eat crawfiish boil!
Nice video. I have a acromatic microscope and it´s very hard to film protists with focus, especially when they don´t stop moving. Now I know that worth make a upgrade.
Great video. Thank you
Good video. What's up with the prices though? Everything seems to be way more expensive. Achromatic lenses are costing me up to 100 euros, plan achromats several hundreds and apochronats several thousands. Did you get them secondhand or am I looking for premium brands only?
If you’re looking at infinity corrected lenses, that sounds about right. The finite lenses I use are considerably cheaper since they are also older and technically outdated (but are still excellent for hobbyist microscopy).
@@diettoms Thanks, finite apochromats are cheaper indeed. Are you aware of finite microscopes with köhler illumination? The field diaphragm improves contrast by cutting off any light outside the field of view, which scatters around in the tube with normal illumination. It seems like a very good thing to have.
Yes, Koehler illumination has been around for a long time. Most clinical grade microscopes from before the infinity optics era will have Koehler. The Olympus BH2 (which I’m using in the video) is a Koehler scope and one that I highly recommend.
❤❤❤ ⚘️🌷⚘️..Can you show picture sedimen Urine...Thank You verry much..🙏🙏😊😊😊👍👍👍
❤❤❤ ⚘️🌷⚘️..Thank you Verry much..🙏🙏😊😊😊👍👍👍
Would you be able to see this with your naked eyes in the quality of the first part of this video, or do you need a camera to adjust exposure in order to get the correct blackness and contrast?
Usually you won’t get a super inky black background using this method due to light scatter. The wider you make the obscuring circle, the darker it’ll be. For the blackest naked eye background, you need an oil-immersion darkfield condenser. Those throw the light at highly oblique angles leaving very little scatter toward the lens.
Great video and review! We bought this microscope hoping to capture content similar to what was showcased. However, we're not entirely convinced that it lives up to its billing as a tool for 'content creation.' Despite our high expectations, we found it unsuitable for our needs in teaching about bacteria on our channel. Unfortunately, it didn’t capture the type of content we aimed for, making it impossible to effectively teach safety and sanitation. We're disappointed, and the microscope now sits unused in its box.
How did you get the colorful background at 7:54. Also are all these backgrounds achievable for a microscope with a fixed condenser ? Something like Swift 350B
This was phenomenal!
why not just print your desired filter pattern on a transparent foil with an inkjet printer? or even better, insert a transparent lcd display in place of your filter and edit the desired shape in real time with an app. or why not to leave a filter out completely and replace the light source with a a full color led panel or an oled display the will shine the desired color pattern directly? at the simplest, you could just create your color pattern in a drawing app in your phone and then place the phone under the stage/sample. fingers crossed!
if only this also worked on my Olympus scopes haha, super cool discovery. Do you think the oblique and rheinberg filters from the JTTM scope will fit Olympus cx scopes or the earlier 160mm bh scopes?
What exact setup are you using?
Which Motic Ba310 microscope did Journey to the Microcosmos use?
amazing!
now that is amazing
Dark field filters made with a 3D printer = almost free. :)
$350 is $100 over priced compared to amscope, omax and others.
Brilliant video thanks, what quality are m & U plan objectives?
Thank for all work
Thank
Thanks for the demonstration! If I just want to measure fluorescence intensity of fairly large droplets (20 µm diameter) using photo-multiplier tubes, do I need an objective with high NA? Since more light passes though it, it should show brighter fluorescence signals, right?
Hi. For precise cutting circles I would recommend Olfa Compass Circle Cutter. Made my darkfield filter with it and it turned out perfect.
what about optical staining with POL and Lamda-shifting, looks much nicer
Excellent explanation
really cool stream, I hope you find the time to do another!
What adapter do you use for your Sony??????
May I know the which microscope, objective and camera you use? Thank you!
Love itt. making good, even better
jason voorhees
I'm a amateur and need guidance