#cbm classics

[mingos-commodoreblog]

C64 Graphic - Xmas 2024 by Leon

[nerdby]

Happy 30th Anniversary To The X-Files❣️🛸

"Question everything." -Albert Einstein

[mingos-commodoreblog]

atari,joystick,

Eddo Hartmann

[ormymarius]

still one of the best cbm decisions to have Patrick Wilson’s Orm look like classic Aquaman since Arthur is played by Jason Momoa, so they can still contrast each other

[cbmnet]

#Clayface #DCStudios #CBM

[nzdepot]

$52.20 $28.90 Paper Holder - Square Hung Series 2100-07 https://nzdepot.co.nz/product/paper-holder-square-hung-series-2100-07/?feed_id=137653&_unique_id=65b0290367a60 Chrome Toilet Paper Holder, Model No. 2100-07.   Toilet paper holder is heavy duty for hotel projects.  This classic wall mounted toilet paper holder is suitable for contemporary style bathrooms.  Toilet roll holder mounts to the wall with screws.  Main feature: a) Corrosion resistant.  b) Materials: brass. c) Finishes: chrome Packaging Dimension: Weight: 0.20Dimension: 0.16 x 0.14 x 0.09 (0.00202) CBM Why do you find such a reasonable price? The reason behind the exceptional affordability of our products lies in our unwavering dedication to providing customers with the best possible value. We have meticulously streamlined our operations and supply chain, striving […] #

[geekgemsspooksandtoons]

So, here's something fun to watch if you like some classic CBM history in a sense. I just watched this, here's the first ever documented live action fan film of Spider-Man from 1969. Also, I am aware of "Spider-Man Versus Kraven The Hunter" one as I just gathered more information about it before watching this.

[sarcastic-salem]

Gonna watch The Crow starring Brandon Lee for the first time tonight during a thunder storm😊

[greenfleeze]

If they did a live action Spider-Verse movie with Tobey, Andrew and Tom, I could see this scene happening.🤣

[blackstar30]

One of my fav scenes in the series 🥺 Classic Loki is a treasure <3

Because we, my friends, have but one part to play, the God of Outcasts. LOKI • Journey Into Mystery

[crazyyfilmyfreak]

Okay Fellas i know no one really cares but i am a little too excited to shut up 😭 So here's my spoiler free Review of Morbius and if you don't want to waste your time reading about my thoughts and my experience you can skip all this and see the conclusion down near the post incase if you are thinking whether to watch or not 🤷🏻‍♂️

Anyways Morbius Actually Starts of really great and well , I really really enjoyed the first 15 mins of the movie a lot , i liked the direction and vision which was layed ahead of The film and to be honest the first half of the film is pretty decent if you ask me but then comes the evil idk what happened to the director and writers they ruined everything they built in the first half and screwed the second half of the film completely which was a little dissapointing to me 😭 But it isn't as Bad as The people on twitter and other social media platforms are painting it to be ? NO IT AIN'T THAT BAD !!! Is it a Masterpiece or a classic that defines cinema ??? FUCKING NOT , It is Mid at best and maybe an above mediocre content which had the potential to be great and epic but the director and writers couldn't see it 😭 still nevertheless I HAVE TO SUMC ISN'T PLAYING I MEAN SONY UNIVERSE OF MARVEL CHARACTERS ... DUH.... Morbius maynot be solid start but MORBIUS THE CHARACTER has a very bright future ahead If the right director touches this material its gonna become a cult , Morbius characterization was Great , Jared leto killed it as Morbius , he was so perfect to the Role and has done justice to the character , he didn't do anything extraordinary or out of the box but he was fine as hell and Matt Smith was Good too but they didn't use him properly in the film , All i gotta is say in the end i am really happy and i came out of the cinemas smiling because i saw one of my all time fav comic book character's Live action movie A SOLO LIVE ACTION MOVIE I THOUGHT WOULD NEVER BE MADE ON HIM , So that was nice ... The Ending was okay i guess but could have been better ? BUT THE MID CREDITS SCENES & POST CREDIT SCENES ARE MAD CRAZY , Adria arjona is hot as hell in the film that's all i could say for now on her character but SHE IS GOING TO HAVE A LOT OF FUN LATER IN THE RUN 👀 Again if you see the film you'd know what i mean 🤷🏻‍♂️

Just Like Venom The origin story of Morbius is quite different from his comics counterpart But The character is just same and infact i would even say that Jared leto's Morbius is much more human , empathic and a very Fun character ALSO THEY MADE HIM SO STRONG BRO LIKE A GOD IF YOU ASK ME💀 THE MCU'S TOM HOLLAND'S SPIDEY CAN NEVER WIN AGAINST HIM IN AN ONE-TO-ONE FAIR & SQUARE FIGHT IF YOU ASK ME HE'S THAT POWER-FUL 👀 even Raimi's Spidey cannot win against this Morbius 🤷🏻‍♂️ The Andrew's Spidey might win against him but he too would have to sweat a lot in the end , the only Spidey who would easily beat him is Tobey's Symbiote Spider-Man i can think of , i really hope they don't Tone Down Morbius's Powers in the future films tho just to make Spidey win 👀 i want a fair and Square old school battle so Yeah 👍🏻

The Film lacked sincerity , heart and soul imo but if the right director touches it MORBIUS IS GOING TO BE A BLOCKBUSTER MATERIAL ... I MEAN IF YOU SEE THE MOVIE YOU'D KNOW ITS POTENTIAL COZ OF THE SET-UP & ALL 👀

In Conclusion : Morbius is not for everyone so I'd not suggest it , if you are die hard fan of this comic book character like me which is very unlikely you have to watch it and if you love jared leto you will obviously watch it so i don't need to convince you or anything but if you are normal cbms / movies lover or you are having thoughts about watching it , I'D say do not go to Cinemas unless you just want to have some fun with your friends and watch a mediocre / Not so great movie on purpose 🤷🏻‍♂️ so there's that

[mingos-commodoreblog]

Pandory500 - RetroArch on the Amiga Mini

[voiceoversteve]

Episode 80 of The Burning Bush Podcast available now!

Welcome to Episode 80 of The Burning Bush Podcast, where we share the message of the Bible while enjoying a good cigar. This week we continue reading through Dr. Justin Bass’ book, “The Bedrock of Christianity: The Unalterable Facts of Jesus' Death and Resurrection”, and I’m smoking the AVO Classic No. 3 7.5x50.

Here’s a short clip. Listen and subscribe at: 

Website: https://www.theburningbushpodcast.com/1721408/11133405

YouTube: https://youtu.be/6C8yI9I-cbM

Rumble: https://rumble.com/v1fxacb-episode-80-the-bedrock-of-christianity-by-dr.-justin-bass-with-the-avo-clas.html

[memphiswright]

tagged by @negativeoedipus

favorite color: dark green / dark blue

currently reading: Sweet Bird Of Youth by Tennessee Williams (It’s so good!)

last song:  Running Up That Hill by Kate Bush (what can I say? It’s a classic! Literally on repeat for a couple of months)

last series: Hacks (Brilliant), Samantha Who?, How I Met Your Father, Cougar Town (also brilliant because Christa Miller in it), Scrubs, Ted Lasso, Whiskey Cavalier, Forever, Scrubs.

last movie: The Sun Is Also a Star (Little indie movie based in New York, truly a  heartwarming story), Coming to America (I laughed out loud through the movie)

currently working on: Managing my music pages on a streaming platforms because my new album released recently. It’s called CBM Talk if you wanna check it out lol. Also working on my new single.

I’m tagging: @gayworths @whystickaround @neeleys

[cbmnet]

#DCStudios #Superman #DCU #CBM

[wordacrosstime]

Navier-Stokes Equations and Nonlinear Functional Analysis

[Navier-Stokes Equations and Nonlinear Functional Analysis. Roger Temam. 2nd Edition. 1 January 1987. CBMS-NSF Regional Conference Series in Applied Mathematics, Series Number 66.  Publisher; Society for Industrial and Applied Mathematics. Paperback: 155 pages. ISBN-10: 0898713404. ISBN-13 9780898713404. Dimensions: 17.15 x 1.27 x 24.77 cm. Thanks to Amazon for technical publication data. First Edition 1983]

A couple of years ago my wife and I watched an utterly charming film called Gifted, starring Chris Evans and an adorable girl named McKenna Grace.  The story revolved around the little girl, who was a mathematics prodigy being raised by her uncle (Evans) after her mother committed suicide some time prior.  The uncle wants his niece to have the benefit of a normal childhood despite her extraordinary gift, whereas his mother (her grandmother), herself a mathematician of some renown, dearly wants to exploit the little girl’s talent, perhaps as a way of making up for the lack of a connection with the daughter she lost.

At the center of this drama is a putative proof of one of the famous Millennium Problems put forth and sponsored by The Clay Mathematics Institute. These seven problems are regarded as the most difficult ‘important’ math problems in the world.  There is a cash prize of $1,000,000 to anyone who can either prove one of the assertions or provide a convincing counterexample disproving the statement.  To date, only one of them has been solved, the Poincare Conjecture (now the Poincare Theorem).

The fourth stated assertion involves the Navier-Stokes (N-S) equations, which are a set of partial differential equations that describe the evolution of fluid flow in 2 and 3 dimensions.  Fluid here means either a gas or a liquid, the latter generally being considered incompressible.  There is a curious issue with the N-S equations in that it should be possible to state very precise yet general circumstances under which the equations admit a solution that is unique.  Such a statement addresses existence and uniqueness of solutions based on initial fluid flow conditions and the shape of the domain in which the fluid flows.  However, to date, such existence and uniqueness of solutions has only been definitively shown for 2 dimensions.  There is something about going up to 3 dimensions that gives a bit too much wiggle room to easily show that, given arbitrary initial conditions and domain description, one can either guarantee (perhaps by direct solving) a unique solution or show that one cannot exist.

In the aforementioned film, the little girl’s dead mother apparently had written a proof of the N-S equations for 3 dimensions, and thus could have laid claim to the Clay Institute prize for solving one of the Millennium problems.  The trouble is that no one seems to know where she left the proof.  The film moves forward with this premise and the dramatic tensions between the desires of the girl’s uncle and the girl’s grandmother, each with their own view on how best to nurture (or exploit) the little girl’s phenomenal potential.

Back in the real world, this N-S problem continues to be an active area of research well more than a century after it was first posed.  Prof Temam is a leading researcher in this area of applied and computational fluid dynamics.  The monograph reviewed here is an excellent compendium of the many fundamental issues facing the scientist who wishes to work with the N-S equations in a practical setting.

Temam first essays the questions related to existence, uniqueness and regularity (solutions can’t have physically impossible whirlpools, for example) of solutions to the N-S equations.  He points out the paradox between the two- and three-dimensional versions of these equations.  He describes the setting and general solution framework for the equations, drawing on both classical and newer a priori results (these latter are similar to the ansatz approach to problems in physics).  He then surveys some issues in functional analysis related to the analyticity of the time-evolved equations as well as more over-arching representational elements to the problem.

The second half of the monograph deals with somewhat more general functional analysis questions, most of which are directly applicable to the Navier-Stokes equations but are by no means limited to them.  A brief third section deals with computational aspects of N-S equations, including such minutiae as grid size, convergence of short- and long-term solutions (and the marrying up of same), and a brief appendix that describes inertial manifolds (a functional space description in which the solutions to the N-S equations should naturally reside).

This monograph is very well-written in my opinion, and I say this as someone who has not done very much fluid dynamics work as a mathematician – I learned a great deal from it.  As one might expect, the level of mathematics is graduate/post-doctoral level, and requires a strong background in measure theory, functional analysis, and topology, as well as a healthy acquaintanceship with numerical analysis, especially techniques designed for classes of partial differential equations.

[Cover © 1987 Society for Industrial and Applied Mathematics; portrait of  Roger Temam © Indiana University Bloomington, USA]

Kevin Gillette

Words Across Time

2 February 2022

wordsacrosstime