On April 15, 1947, Jackie Robinson became the first African American to play on a Major League Baseball team. His courageous decision and that of Dodgers General Manager Branch Rickey changed the face of the Civil Rights Movement. The Center for Brooklyn History joined Peter Golenbock, author of the classic Dodger’s history Bums; William Rhoden, former New York Timessports columnist and author of Forty Million Dollar Slaves; and Joe Dorinson whose upcoming book is The Black Athlete As Hero, for a look at Robinson, the other legendary Dodgers players, and the unforgettable moments of the team’s “Glory Days” as told through the yearbooks, photos, clippings, and memorabilia that make up the Center for Brooklyn History’s vast Dodger’s holdings. CBH archivist Sarah Quick gave an introduction to the collection.

This program was part of Center for Brooklyn History’s “Out of the Box '' series, offered in connection with BPL’s 125th Anniversary. “Out of the Box” showcases Center for Brooklyn History’s remarkable collections as experts, eyewitnesses, and CBH staff uncover gems from the archives and reflect on the history they tell.

The Brooklyn Dodgers

Former NBA Star Rex Chapman joins The Rematch  to discuss his NBA career, adjusting to being a pro, dunking on Manute Bol, and the racism he experienced while playing at Kentucky.

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The Rematch: Rex Chapman on his top NBA moments, jawing w/ Michael Jordan, racism in Kentucky & more

Bama Cuts Season 3 Episode 2: Ernie Johnson

The Indian education system had changed drastically during the colonial period. The British studied the Indian education system in great detail. According to this East India Company Officer, how was the Indian education system before the British arrived? What educational institutions existed back then? Watch the video to know more on this topic.

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Education System In British India | Class 8 - History | Learn With BYJU'S

When Shiloh began to feel sick, he thought that it would be a two week illness and then he would be fine. He never thought that he would be fighting for his life in the ICU.

For more information about COVID-19 visit.
https://www.cdc.gov/coronavirus/2019-nCoV/index.html
https://www.healthygallatin.org/coronavirus-covid-19/
https://www.who.int/emergencies/diseases/novel-coronavirus-2019

For Bozeman Health COVID-19 information visit https://www.bozemanhealth.org/covid19

Perspective - a COVID-19 Survival Story

Gauguin's stay at the Yellow House is mired in controversy. What really happened? Bernadette Murphy, author of 'Van Gogh's Ear: The True Story', considers those fateful days from Gauguin’s point of view.

The Credit Suisse Exhibition: Gauguin Portraits
7 October 2019 – 26 January 2020
Book tickets online and save, Members go free: https://bit.ly/2IspPWH

The first-ever exhibition devoted to the portraits of Paul Gauguin. Spanning his early years as an artist through to his later years spent in French Polynesia, the exhibition shows how the French artist revolutionised the portrait. 

Exhibition organised by the National Gallery and the National Gallery of Canada, Ottawa. 

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The National Gallery houses the national collection of paintings in the Western European tradition from the 13th to the 19th centuries. The museum is free of charge and open 361 days per year, daily between 10.00 am - 6.00 pm and on Fridays between 10.00 am - 9.00 pm. 
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Bernadette Murphy: Van Gogh and Gauguin | National Gallery

Can Zack stop smashing his bits long enough to make a circuit board?
Get your own Snapmaker CNC + Printer + Laser: https://shop.snapmaker.com/?rfsn=6333126.1d3fe1 

I called this the A350, but it's actually the AT model! Either way, it's also available on Amazon now! https://www.amazon.com/dp/B09G36C1Y2?maas=maas_adg_53ED85FE3A77B0B17F99621E7A0E5DE6_afap_abs&ref_=aa_maas&tag=maas 

3D printing is fast. Fabricating circuit boards is not. If we can rapidly prototype circuit boards right here in the Lab, I might be able to escape the bottomless 3D-printing pit of my own creation. The only problem: Milling circuit boards turns out to be way harder than I expected...

PSA: Using FR-4 was a bad choice. I should have used FR-1 (phenolic or bakelite) boards instead - they're safer for long-term exposure.

My free printable models from this episode:
🧩 Slopboard drilling jig: https://bit.ly/3u90OH8
💨 Snapmaker Vacuum Port + Clips: https://bit.ly/3thsbza
🔧 CNC Bit Tray UwU: https://bit.ly/3thsbza

Supplies and tools:
🔩 Tiny end mills: https://amzn.to/3MGiKRA
📍 Alignment pins: https://amzn.to/3I64TAy
🤏 0.8mm drills: https://amzn.to/3t1INep
🔪 Sketchy SainSmart 0.1mm V-bits: https://amzn.to/3ML7h3w
🏹 Decent Huhao Dual-Flute V-bits: https://amzn.to/3I2XHoP
🗜 Collets for tiny mills: https://amzn.to/3J3UxCJ
💎 Diamond pattern mills + more: https://amzn.to/3sZqJl5
💨 Hose for chip extractor: https://amzn.to/3t3Em2Q
🛹 Double-sided copper-clad FR4: https://amzn.to/3MGj8j0
📼 Carpet tape (very sticky): https://amzn.to/36cYoil
🔩 Tiny rivets: https://www.ebay.com/itm/273600722201

How to Mill Circuit Boards with the Snapmaker:
0) If possible, print a dust extractor and hook it up to a powerful vacuum with a true HEPA filter. Open windows.
1) Print a slopboard jig. Use it to mark holes on a one-foot square of 3/4" MDF.
2) Drill 13/64" holes on the marks and countersink.
3) Remove your Snapmaker's slopboard and install the new one.
4) Use a 1/8" flat end mill to hog a big ol' square into it. 0.5mm depth, 200mm/min feed, one pass should be enough.
5) Slap some carpet tape on you copper clad and stick it to the bed.
6) Export Gerbers with 14 mil trace and space, 0.8mm minimum drill.
7) Import top copper, bottom copper, and drills into FlatCam. Note that you may need to scale the drills down to 0.1.
8) Use FlatCam's double-sided tool to mirror the bottom copper and generate alignment holes. Position the holes at least 5/8" from the board edge.
9) Create a drilling or milling job from the alignment holes, to fit your alignment pins. Make the holes as tight as you can fit the dowels into.
10) Generate a CNC job from the alignment drill/mill job. Make sure to put G21 in the End G-Code. I recommend 0.5" depth, 0.1" stepdown, 10in/min feed. Save the resulting G-code file with a .cnc extension.
11) Open the G-code in a text editor and change the line F10 to G1 F10.
12) Install your selected drill or end mill, zero, and execute the job. DO NOT change the home position or remove the board.
13) Create drill and mill jobs from the Excellon file. I recommend drilling all holes 0.04" and smaller with your 0.8mm bit, and milling the rest with a 1mm diamond-pattern mill. Depth is the thiccness of your board plus 0.05", stepdown all the way for drills and 0.1" for mills, 5in/min feed.
14) Generate CNC jobs for the drills and mills, generate G-code, change the F[number] line to G1 F[number], mount and home the appropriate drills or mills, and run the jobs. 
15) Install a V-bit or micro end mill and home Z very, very carefully. DO NOT change the X or Y origins. Check the Z in multiple places with a slip of paper to make sure the board is flat. Your Z origin should be at the lowest point on the board.
16) Generate isolation routing for the top layer. A 20-degree 0.1mm bit effectively has an 0.012" diameter. I found that one width pass was OK. Look for shorts that the tool can't cut!
17) Generate a CNC job from the isolation routing. I got the best results with an 0.002" depth, 5"/min feed, one pass. Travel Z and spindle speed are irrelevant.
18) Output G-code, change F to G1 F, import into Luban.
19) Apply a thin layer of cutting fluid or light machine oil to the copper clad. Be careful not to let it soak into the slopboard.
20) Run the top copper job. 
21) Remove the copper clad from the slopboard, peel off the tape, degrease thoroughly, apply fresh tape to the newly-cut side, and use dowels to pin copper clad to slopboard upside-down. Remove the pins and zero the tool again!
22) Grease up the board, generate the bottom isolation G-code, and run it.
23) Swap in an end mill. Generate cutout G-code FROM THE BOTTOM COPPER, NOT THE TOP COPPER! Use the same settings as the alignment holes, and run the job.
24) Remove board, carefully cut out with moistened tools, clean board, and populate! 
25) Use damp rags to thoroughly clean all fiberglass dust.

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