Can Covid-19 Be Destroyed Using Microwaves, HF Waves, Magnetic or X-ray Technology?

Hello.
At the moment we are not talking about anything else: Coronavirus.
Do you think it would be possible to destroy Covid-19 with technological means? For example using powerful microwave, HF waves, strong magnetic and electromagnetic fields? X-ray?
It's a question I ask myself.
John

I think that with Electronics, everything is possible. In medicine, amazing results have been achieved thanks to Electronics. I am optimistic with electronic techniques. Maybe using veru high frequencies or something else.Hospitals and researchers should start experimenting with this. This is not dangerous. An X-ray or high frequencies treatment, today, does not pose any danger to humans.Giovanni

It's important to realize first what viruses are and secondly what EM radiation does. Viruses do not have all the structure of a traditional cell, so some cancer treatments using radiation may not work like we would anticipate. EM radiation (e.g. UV light) is used to clean some water and air, however. Dyson and Jacuzzi both use this technology in their fans and hot tubs, respectively. Since UV light does damage genetic material, there could be some affects on Covid-19. This article goes more into detail: https://www.bbc.com/future/article/20200327-can-you-kill-coronavirus-with-uv-light

It may be, but it is likely if it were the case that it would have been noticed before, for example with people having the flu virus, which is very common.Additionally, the power levels to be effective may well be damaging to normal human cells as well, and in particular to our DNA, who knows,cheers,Richard

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One useful thing you could try is to ring up your local hospital
maintenance dept and offer your help. I am going in one day a week to help them
deal with peaks in their currently very erratic workload.  Suddenly the normal constricted flow of new equipment
has gone bananas, facing the staff with more work to do and possibly restricted
staff due to illness or self-isolation.

 

So far I have assembled a bed, including diagnosing the
failed reclining action, rewired emergency crash trolleys to improve their electrical
safety and done some fiddly soldering of a SMD LED on a PCB (saved £140 for a
new PCB) and temperature sensor connectors as pictured. (Hard to do with the
large iron and lead free solder they gave me to use. Will take in my own smaller
iron and leaded solder next time.)

 

I did know a doctor who put me in touch with  the man in charge, so I had an in, but other depts
may be willing to take on a competent stranger based on a phone call. But please
don’t hassle them if they turn down what looks to you like a reasonable offer
to help. Volunteers can be more hindrance than help; they don’t want me there
every day because of this. Every situation is different.  

 

I am referring to UK here, but hospitals and clinics in any country
might benefit for your help. I previously have volunteered in African hospitals
and clinics too but not due to coronavirus.

PS Anyone know if it is easy to read the output from pulse oximeter sensors that clip onto a fingertip? They have lots of scrap ones (obsolete usually from old equipment) so I acquired one from the bin, e.g I was using cables from them to make up new leads.  They shine LED light through your finger and use a photodiode to pick up what shines through, with the transmission affected by the pulsing of your blood and its colour (amount of oxygen).See https://shop.pimoroni.com/products/pulse-sensor-amped?variant=707189945&currency=GBP&utm_source=google&utm_medium=cpc&utm_campaign=google+shopping&gclid=CjwKCAjw1cX0BRBmEiwAy9tKHi4782FY3kE2mLw4U500uiwD0_qtilmXRxzFN1y-s_ku18wpHiziKRoCaesQAvD_BwE

Sounds like an interesting reverse engineering problem. I think it depends on how much processing occurs on the sensor and whether the output is analog or digital.A friend of mine once worked on designing one. If I remember right, there were two LEDs (Red and IR) and two detectors with both LEDs being pulsed. This was over 20 years ago so I'm sure things have changed. They've probably got one IC now days that does all the processing and gives you an output

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I hope yes, but in fact, no. Before a vaccine was developed, the only thing we can do is to learn how to survive with it. The world is affected by the virus. Our factory tack many measures to prevent its spread. Such as wear disposable mask, use shoe sole cleaner machine outside the workshop, make dailydisinfection, keep distance between each worker, etc. 

 I took the sensor apart and it is quite simple inside. On one side
of your finger 2 LEDs of different colours (are externally powered alternately
I assume) shine through your fingertip. A photodiode on the other side picks up
the transmission.

 

As blood pulses through your finger the amplitude of the response
pulses. So it’s easy to count the pulse rate. Harder is the relative averaged amount
of the 2 colours and converting it to a calibrated  % oxygen saturation of your blood;  blood colour and hence transmission depends on the saturation.



As you say there are now chips like https://datasheets.maximintegrated.com/en/ds/MAX30100.pdf that do much of this in the probe and output say
a I2C stream of the ratio and pulse rate. But still have to do a calculation to
get %.The fact that this sensor, despite not being
very old, does not use a I2C chip indicates to me that they think it is cost effective
to do their own processing externally.




Whether all this is worthwhile for me when you can buy a complete sensor and display
for £20 on eBay is moot!

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