A couple of years ago, I was working in a computer shop as a "technician", I was 15, first job I ever had.
One day an elderly lady came into the shop, probably 50'ish, she and her whole family "suffered" from electromagnetic radiation, and the mother had the worst suffering. She complained about her TV box that just had died.

I accept the tuner and see it's wrapped with 10 layers of aluminium foil, with a tiny hole for the IR receiver.

The whole box smells like burnt electronics, and the foil gets darker for each layer I unwrap. I try explain to her that the box gets warm and overheated by wrapping it like this, and she's lucky that it didn't catch fire.

I further explain to her that she will not get a new box, because the warranty does not cover _this_. The mother tells me she has to wrap it like this, because she gets headaches when she's watching the news.

She then proceeds to go into a rage mode and gets her whole family into the shop, where all of them starts yelling at me, the younger kids start throwing stuff down from the shelves and touching the TVs with sticky fingers (literally, sticky, like yuck!).

Unsure what to do, boss is in a meeting, and my colleague is busy in the back.

So I calmly tell them that in this building there's 4 wireless networks, 3 wireless phones, high voltage cables run in the wall behind me, there's factory tracks 20 meters behind the building, next door business is an electrician, you're standing in front of wall with 30-40 TVs, 5 HDMI splitters, 3 TV boxes and a Blu-ray player. And they've all been standing in front of them for the last 10 minutes.

They all suddenly feel really sick and run out of the store, never to be seen again. From that day, I decided I'll never work in a shop again, and pursued my dreams to become a developer.

TL;DR: Family is "sensitive" to electromagnetic radiation, almost put burnt down their house because of stupidity, yelled at me. I decided to pursue my dream as a developer.

Mathematician girl invites me to code some lines.
I arrive at her flat and she was alone so some part of me thought ehem. Anyway i took a look at the program first.
Me: so... it's a date?
Her: no im using cosmic radiation.
Me: huh?
Her: yeah accessing a value from a sensor gives a..

(Apparently she thought i was asking about the Random Function she was using, which usually uses the date)

Asked my senior why our software is crashing unexpectedly. He told me that sometimes it is affected by cosmic radiation.

🤔

To replace humans with robots, because human beings are complete shit at everything they do.

I am a chemist. My alignment is not lawful good. I've produced lots of drugs. Mostly just drugs against illnesses. Mostly.

But whatever my alignment or contribution to the world as a chemist... Human chemists are just fucking terrible at their job. Not for a lack of trying, biological beings just suck at it.

Suiting up for a biosafety level lab costs time. Meatbags fuck up very often, especially when tired. Humans whine when they get acid in their face, or when they have to pour and inhale carcinogenic substances. They also work imprecisely and inaccurately, even after thousands of hours of training and practice.

Weaklings! Robots are superior!

So I replaced my coworkers with expensive flow chemistry setups with probes and solenoid fluid valves. I replaced others with CUDA simulations.

First at a pharma production & research lab, then at a genetics lab, then at an Industrial R&D lab.

Many were even replaced by Raspberry Pi's with two servos and a PH meter attached, and I broke open second hand Fischer Sci spectrophotometers to attach arduinos with WiFi boards.

The issue was that after every little overzealous weekend project, I made myself less necessary as well.

So I jumped into the infinitely deep shitpool called webdev.

App & web development is kind of comfortable, there's always one more thing to do, but there's no pressure where failure leads to fatalities (I think? Wait... do I still care?).

Super chill, if it weren't for the delusion that making people do "frontend" and "fullstack" labor isn't a gross violation of the Geneva Convention.

Quickly recognizing that I actually don't want to be tortured and suffer from nerve damage caused by VueX or have my organs slowly liquefied by the radiation from some insane transpiling centrifuge, I did what any sane person would do.

Get as far away from the potential frontend blast radius as possible, hide in a concrete bunker.

So I became a data engineer / database admin.

That's where I'm quarantining now, safely hiding from humanity behind a desk, employed to write a MySQL migration or two, setting up Redis sorted sets, adding a field to an Elastic index. That takes care of generating cognac and LSD money.

But honestly.... I actually spend most of my time these days contributing to open source repositories, especially writing & maintaining Rust libraries.

My first dev job was a paid internship at Oak Ridge National Laboratory. But I wasn't in the computing division with the supercomputer and the 30-foot 18-screen wall display. In a way, I was doing something more exciting. I was in the Hollifield Radioactive Ion Beam Facility.

That meant that I was working next to a radioactive ray gun that they fired at different targets to try and make new kinds of particles. To refine the beam components, there was a tower with the world's highest voltage Van de Graf generator at 25,000 kilovolts. I got training on how to put on a radiation suit, and was told that if I got locked in the wrong room and red lights began to flash, I had about five seconds to run to the far wall and push the E-stop, before I got irradiated and died slowly over the next five weeks.

But, I was reassured, that never happened. Radiation leaks are rare too (that's why we wore dosimeters). More likely, there would be a leak in the generator tower. To explain why that's bad, that tower wasn't filled with normal air. 25,000 kilovolts would punch through that like nothing, arc against the walls, and we'd lose the electric charge. No, instead, the tower was filled to a few atmospheres of pressure with sulfur hexafluoride gas. You know how helium makes your voice go up? This stuff makes your voice go down. It's heavier than air, and it kills you by displacing and starving your lungs of oxygen.

So, while I was happily coding away on PHP, CSS and the Bash shell, making a log book for all the ion gun settings and targets the scientists used in their experiments, I was keeping an ear out for the oxygen alarm. I had a blast!

Why the fucking fuck is it so damn hard for me to draw a fucking curly bracket?!

All my sad attempts at it look like a 3 that was exposed to lethal amounts of nuclear radiation

I'm starting to have some doubts about carrying around a phone in my pocket all day. What if my tender swedish meatballs get cooked by the radiation? Not good.

I wonder how many bitflips did they trigger last night...

Looks pretty. But much too scarry when you understand what it is.

Not exactly a dev enemy, but similar.
A new radiation protection regulation has been in force in Germany since 2019. October I finished a super duper important document for this and this has been with the TÜV ever since. First there is nothing happening and then there are allegedly inconsistencies in it, which, however, all of which were due to shoddy work with the "expert."

There is a german word for this type of person: Krümelkacker.
He faults every little thing in side-by-page letters, causes long delays, and in the end is often wrong.
But I have to work with him -.-

!rant
Digging though my old emails found this joke sent to me long time ago. Think that originally was posted in a 1997 issue of Computerworld. Maybe you already suffered the effect of the "Opcodes" listed here. Hope that !tl;dr

ARG Agree to Run Garbage
BDM Branch and Destroy Memory
CMN Convert to Mayan Numerals
DDS Damage Disk and Stop
EMR Emit Microwave Radiation
ETO Emulate Toaster Oven
FSE Fake Serious Error
GSI Garble Subsequent Instructions
GQS Go Quarter Speed
HEM Hide Evidence of Malfunction
IDD Inhale Dust and Die
IKI Ignore Keyboard Input
IMU Irradiate and Mutate User
JPF Jam Paper Feed
JUM Jeer at Users Mistake
KFP Kindle Fire in Printer
LNM Launch Nuclear Missiles
MAW Make Aggravating Whine
NNI Neglect Next Instruction
OBU Overheat and Burn if Unattended
PNG Pass Noxious Gas
QWF Quit Working Forever
QVC Question Valid Command
RWD Read Wrong Device
SCE Simulate Correct Execution
SDJ Send Data to Japan
TTC Tangle Tape and Crash
UBC Use Bad Chip
VDP Violate Design Parameters
VMB Verify and Make Bad
WAF Warn After Fact
XID eXchange Instruction with Data
YII Yield to Irresistible Impulse
ZAM Zero All Memory

Are airwaves cast by WiFi and cell towers dangerous. Please link a credible source for it. During lunch my father brought up the fact that a actress sued the Indian government asking them to announce of 5g is dangerous or not. I said that it is not dangerous since we get higher amounts of radiation at us every day so 5g should not be anything dangerous for us. I should have said that it is non ionising radiation though. He also brought up that fact that there have been numerous instances of misleading advertising saying that what we use at our home is bad like saying ghee causes cholesterol which is bad and then a few years later saying that ghee is actually good. He just believes that companies could be doing false advertising saying that 5g is good when it actually is not. Can't blame him since he has seen multiple instances of false advertising.

Digging up on Google landed me on a nytimes article which basically said radiation 5g airwaves not effect us since our skin reflects that off and the small amount that does not get reflected heats up our skin to a negligible amount

Scrum con religion is after me, I either convert or burn at the stake with scrum masters holding hands and dancing around while chanting the scram commandments.

Scrum will kill every decent developer on the planet and replace them with frauds...

Scrum's stupidity is toxic it's like being exposed to radiation - it makes you mutate into a brainless freak!

The relative physical and neurological aging here turned someone who used to be kind of intimidating into Herbert from family guy lol "get your fat space ass back here" lol they must all be getting exposed radiation time to move on lol

How to Recover Lost Cryptocurrency or Access Your Wallet; VISIT CERTIFIED RECOVERY SERVICES

Imagine this: A control room plastered with SpaceX posters, astronaut ice cream packets half-eaten, and me a self-proclaimed "Elon Lite", screaming at a frozen computer screen. My $680,000 Bitcoin stash, intended to be spent launching a satellite named Project Star bite, had just been left in the void of a glitched multi-sig wallet. Because of a firmware update so buggy, Windows 98 would seem solid by comparison. Tech support's solution? "Have you tried turning it off and on again? " Sir, I'm building hardware that is resistant to radiation belts. Your advice is a cosmic joke.
The irony was galactic. My satellite could weather solar flares, but my crypto couldn't weather a run-of-the-mill update. The multi-sig setup of a fortress requiring three digital signatures had locked me out like an airlock seal. My co-founders panicked, flipping through code books like they were grimoires. Our mission control? A Slack channel with ???? emojis and increasingly more unhinged gifs.
Then, a beacon: A coding board lurker who had survived a similar meltdown posted, "DM CERTIFIED RECOVERY SERVICES. They'll hack the Matrix." I slid into their inbox, praying for a bot. What I got was a reply sharper than the tip of a rocket: "Send us the debug logs of the wallet. And maybe a screenshot of the error before you rage-quit."
Their engineers handled my case like a NASA anomaly investigation. They spent 17 days reverse-engineering the buggy code in the firmware, reconstituting lost signatures like repainting a shattered black box. I imagined them holed up in a command bunker, whiteboards filled with hex equations, complaining about "consensus algorithms" and "transaction malleability" between swigs of Red Bull. They danced around the bug by finding a loophole in the time-lock function of the wallet basically, beating time. Ha. Einstein didn't see that coming. When the email arrived in my inbox "Funds recovered. Proceed with launch." I nearly headbutted the ceiling. My Bitcoin reappeared on the screen, shining like a distant star long mapped home. The satellite team erupted. Someone popped champagne, soaking a $10,000 antenna prototype. Worth it.
CERTIFIED RECOVERY SERVICES didn't just fix a bug; they re-wrote the code of catastrophe. Their blend of cryptographic genius and unflappable cool turned my facepalm-inducing defeat into a victory lap. Now, Project Star bite is on track again, and my wallet's firmware is secure like the nuclear codes.
If your crypto ever gets lost in the stratosphere of tech failure, call the Wizards. They'll debug the abyss. Just possibly unplug the router before you update anything. And for the love of Mars, back up your keys.

Here's Their Info Below:
WhatsApp: (+1(740)258‑1417 )
Telegram: https: //t.me/certifiedrecoveryservices

Cancer Immunotherapy Market Extensive Industry Analysis, Growth Rate, Segmentation, Investment Opportunities and Top Manufacturers 2035

The global cancer immunotherapy market is on a promising trajectory, with a projected value increase from USD 134.40 billion in 2024 to USD 346.63 billion by 2035, reflecting a compound annual growth rate (CAGR) of 8.8%. This innovative therapeutic approach leverages the body’s immune system to identify and combat cancer cells, presenting a compelling alternative to traditional treatments like chemotherapy and radiation, which often come with significant side effects.

Market Growth Projections

The market is anticipated to grow significantly, reaching USD 148.73 billion in 2025 before hitting USD 346.63 billion by 2035. The rising incidence of cancer globally, projected to see around 2,041,910 new cases and approximately 618,120 deaths in the U.S. alone by 2025, is a primary driver behind this growth.

Drivers of Growth

Key factors propelling the market include the increasing prevalence of cancer and a growing demand for targeted therapies. Cancer immunotherapy offers a more precise approach, effectively directing the immune response to target cancerous cells while sparing normal cells. This specificity has made it a preferred treatment modality, especially for patients who have developed resistance to traditional therapies.

Segmentation

The cancer immunotherapy market is segmented by several criteria:

1. Type of Product: This includes immune checkpoint inhibitors, cell therapies, cancer vaccines, immunomodulators, monoclonal antibodies, and oncolytic viral therapies.
2. Application: Key applications include breast cancer, colorectal cancer, head and neck cancer, lung cancer, melanoma, ovarian cancer, prostate cancer, pancreatic cancer, and others.
3. Route of Administration: Segments include intravenous (IV), intramuscular, and oral routes. Notably, the oral administration segment currently holds the largest market share due to patient preference for self-administration.
4. Mechanism of Action: This includes immune checkpoint inhibitors, tumor antigen targeted therapy, cell signaling modulators, and immune modulators.
5. Distribution Channel: The market is divided into hospital pharmacies, retail pharmacies, and online pharmacies, with hospital pharmacies accounting for the largest share.
6. End User: The primary end users include hospitals and clinics, cancer research centers, and other entities.
7. Geographical Regions: The market is analyzed across North America, Europe, Asia-Pacific, Middle East and North Africa, and Latin America, with North America currently holding the largest share.

Challenges

Despite the promising growth, the market faces significant challenges. The high costs associated with cancer immunotherapy, stringent regulatory guidelines, and tumor heterogeneity—which can complicate treatment efficacy—pose substantial barriers. Additionally, immune-related adverse events can hinder widespread adoption.

Key Players in the Industry

The competitive landscape features numerous established and emerging players actively engaging in research and development to enhance clinical pipelines for cancer therapies. Key players include AstraZeneca, Amgen, AbbVie, Bristol-Myers Squibb, and Pfizer, among others. These companies are involved in strategic initiatives such as partnerships and collaborations to advance their therapeutic offerings.

Recent Developments

Recent advancements in the field have seen significant investments in research to enhance cancer immunotherapy. For instance, collaborations like that between The University of Pennsylvania and the Parker Institute for Cancer Immunotherapy, which renewed their alliance with a USD 125 million investment, highlight ongoing efforts to push the boundaries of cancer treatment.

Conclusion

The cancer immunotherapy market is poised for significant growth, driven by increasing cancer incidence and the demand for more effective, targeted therapies. While challenges remain, ongoing research and developments promise to enhance the effectiveness and accessibility of immunotherapy treatments, making this an exciting area of focus within the biopharmaceutical industry.

Thank you for reading Roots Analysis report. Kindly get in touch with Roots’ team to know more about the report or to receive a customized copy of it. Our team will ensure the report is tailored according to your needs.