is your relationship toxic ?

Your relationship may be toxic if it is characterized by behaviors that make you feel unhappy, including disrespect, dishonesty, controlling behaviors, or a lack of support. 

what is a toxic relationship?

In a healthy relationship, everything just kind of works. Sure, you might disagree from time to time or come upon other bumps in the road, but you generally make decisions together, openly discuss any problems that arise, and genuinely enjoy each other’s company. 

Toxic relationships are another story. In a toxic relationship, you might consistently feel drained or unhappy after spending time with your partner, which can suggest that some things need to change. 

Maybe the relationship no longer feels at all enjoyable, though you still love your partner. For some reason, you always seem to rub each other the wrong way or can’t seem to stop arguing over minor issues. You might even dread the thought of seeing them, instead of looking forward to it as you did in the past. 

Below are some hallmark signs of toxicity in a relationship.

what are the signs of a toxic relationship ?

Depending on the nature of the relationship, signs of toxicity can be subtle or highly obvious.

When you’re in a toxic relationship, you might not always find it easy to notice the red flags popping up. All the same, you could notice some of these signs in yourself, your partner, or the relationship itself. 

1. lack of support

Healthy relationships are based on a mutual desire to see the other succeed in all areas of life. But when things turn toxic, every achievement becomes a competition. 

In short, the time you spend together no longer feels positive. You don’t feel supported or encouraged, and you can’t expect them to care about anything you do. Instead, you might get the impression that your needs and interests don’t matter, that they only care about what they want

2. toxic communication

Instead of kindness and mutual respect, most of your conversations are filled with sarcasm or criticism and fueled by contempt.

Do you catch yourself making snide remarks to your friends or family members? Maybe you repeat what they said in a mocking tone when they’re in another room. You may even start dodging their calls, just to get a break from the inevitable arguments and hostility.

3. envy or jealousy

While it’s perfectly fine to experience a little envy from time to time, it can become an issue if your envy keeps you from thinking positively about your partner’s successes.

The same goes for jealousy. Yes, it’s a perfectly natural human emotion. But when it leads to constant suspicion and mistrust, it can quickly begin to erode your relationship. 

4. controlling behaviors

Does your partner ask where you are all the time? Maybe they become annoyed or irritated when you don’t immediately answer texts or text you again and again until you do. 

These behaviors might stem from jealousy or lack of trust, but they can also suggest a need for control — both of which can contribute to relationship toxicity. In some cases, these attempts at control can also suggest abuse

5. resentment

Holding on to grudges and letting them fester chips away at intimacy

Over time, frustration or resentment can build up and make a smaller chasm much bigger. Note, too, whether you tend to nurse these grievances quietly because you don’t feel safe speaking up when something bothers you. If you can’t trust your partner to listen to your concerns, your relationship could be toxic. 

6. dishonesty

You find them constantly making up lies about the whereabouts or who they meet up with.

7. patterns of disrespect

Often you realize that you are tolerating actions of disrespect that you would never permit from any other person.  

8. negative financial behaviors

Sharing finances with a partner often involves some level of agreement about how you’ll spend or save your money. That said, it’s not necessarily toxic if one partner chooses to spend money on items the other partner doesn’t approve of.

It can be toxic, though, if you’ve come to an agreement about your finances and one partner consistently disrespects that agreement, whether by purchasing big-ticket items, spending excessively, or withdrawing large sums of money.

9. constant stress

Ordinary life challenges that come up — a family member’s illness, job loss — can create some tension in your relationship, of course. But finding yourself constantly on edge, even when you aren’t facing stress from outside sources, is a key indicator that something’s off. 

This ongoing stress can take a toll on physical and mental health, and you might frequently feel miserable, mentally and physically exhausted, or generally unwell. 

10. ignoring your needs

Going along with whatever your partner wants to do, even when it goes against your wishes, is a sure sign of toxicity.

11. lost relationships

You’ve stopped spending time with friends and family, either to avoid conflict with your partner or to get around having to explain what’s happening in your relationship. 

Alternatively, you might find that dealing with your partner (or worrying about your relationship) occupies much of your free time. 

12. lack of self-care

In a toxic relationship, you might let go of your usual self-care habits.

You might withdraw from hobbies you once loved, neglect your health, and sacrifice your free time. This might happen because you don’t have the energy for these activities or because your partner disapproves when you do your own thing. 

13. hoping for change

You might stay in the relationship because you remember how much fun you had in the beginning. Maybe you think that if you just change yourself and your actions, they’ll change as well. 

14. walking on eggshells

You worry that by bringing up problems, you’ll provoke extreme tension, so you become conflict avoidant and keep any issues to yourself.

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the role of the capacitor in music

the capacitor

capacitors

In the realm of passive components, capacitors are second only to resistors in ubiquity. They are everywhere, in almost every electronic device you will ever come across. So it’s no surprise that capacitors are an integral part of audio circuits in general, and guitar effects specifically.

What makes capacitors so important? Well, they can be used to perform some very important functions:

  • DC Blocking:Capacitors pass alternating current (AC), but block direct current (DC)
  • Coupling: Capacitors are used in between various stages in audio circuits
  • Filtering: Capacitors are key elements of filters, such as a tone control
  • Smoothing: Capacitors are used to smooth out ripples and noise in power supplies
  • Timing: Capacitors are used to set the timing of circuits such as low frequency oscillators
  • Storing: Large value capacitors are used to store up energy. For example, the flash of a camera typically uses a capacitor to store and quickly discharge amount of power

Units of Measure

As with all passive components, you need to have a basic understanding of units of measure when working with capacitors. Capacitance is measured in Farads, named after English physicist Michael Faraday. A value of 1 Farad is actually quite high, so we use sub measures as follows:

SymbolNameEquivalence
μFmicro1,000,000μF = 1F
nnano1,000nF = 1μF
ppico1,000pF = 1nF

If you are like me, the concept of base 10 arithmetic is wildly advanced and causes your head to hurt. So I invariably turn to the awesome online and downloadable calculators from http://www.electronics2000.co.uk for doing unit conversions.

Capacitor Types

Although capacitors come in an almost bewildering array of types and sizes, no need to worry. The majority of capacitors in guitar effect designs fall into three types:

  • Electrolytic: Usually for large capacitance values, typically 1μF and above. These are usually polarized, meaning there are positive and negative leads.
  • Film: The most commonly used types, typically in the range of 1nF to 999nF. These are non-polarized and can go in either way.
  • Ceramic: Used for smaller values, typically from 10pF to 999pF. As with Film capacitors, these are non-polarized.

With these basic types in minds, let’s learn a bit more about each.

Voltage Rating

One of the most common questions about choosing capacitors is voltage rating. Different capacitors are rated for different voltage ranges. The best rule of thumb is to choose a capacitor with a voltage rating that is at least twice the operating voltage of your circuit. So if you are building a circuit that runs of 9 volts, choose capacitors with ratings of at least 16 volts.

Electrolytic Capacitors

Electrolytic capacitors are visually distinguished by their ‘can’ form factor. They are commonly used in power supply filtering and decoupling applications. They are usually polarized which means that they have a positive side and a negative side. (See “Non-Polarized Electrolytics”below).

Electrolytic capacitors come in several physical configurations:

axial capacitorsAxial: There are leads coming out either end of the cap. Typically mounted parallel to the board.
radial capacitorRadial: Both leads come out of one end. Typically mounted vertical to the board.
snap-in capacitorsSnap-In: For larger electros, not recommended for DIY stuff because they lack the long leads that make it easy to fit them to a board.
smd capacitorsSMD: Surface mounted device, which are designed to be assembled/soldered by automated devices. Not so user-friendly to human solderers.

The polarity of the electrolytic capacitor is almost always indicated by a printed band. Additionally, the positive lead is usually longer.  

When working with electrolytic capacitors, here are a few things to keep in mind:

  • Polarity: Most electrolytic capacitors are polarized. Hook them up the wrong way and at best, you’ll block the signal passing through. At worst (for higher voltage applications) they’ll explode.
  • Getting Shocked and Possibly Dying: This is not usually a concern for low-voltage stompbox applications, but for high-voltage circuits, especially tube amplifiers, big electros can hold a charge for quite a while. Before you open up anything that plugs into the wall, google capacitor discharging and approach with caution. See ;Capacitor Fires and Explosions” below.
  • Radial vs. Axial:To maximize the real estate on a PCB, you’ll almost always want to use radial leads. When you order caps, get the radial ones. If you order Axial by mistake, it isn’t hard to bend the leads so as to mount them in a radial, upright configuration.
  • Non-Polarized Electrolytics: To further confound you, electrolytics are made in non-polarized versions. These are rarely used. The only place I’ve seen them is on either side of the first opamp stage in the Tube Screamer.

Ceramic Capacitors

ceramic capacitors

Ceramic caps are typically used for lower capacitance jobs. Values are usually in the picofarad to low nanofarad range. They are ugly looking, and that is about as technical as I’ll get on the whole ceramic vs. film caps debate.

Most folks cannot discern an audible difference between the two types in common stompbox use, so you’ll have to try for yourself. A good rule of thumb is to remember that from an electrical engineering standpoint, film capacitors are generally preferred over ceramics in audio path applications. Ceramics are non-polarized and usually supplied in the radial lead configuration.

The Great Tantalum Debate

Tantalum capacitors were popular in the eighties in stompbox designs like the Ibanez Tube Screamer and various MXR and DOD designs. The primary benefit of tantalums is that they offer a higher range of capacitance values in package that is physically smaller than electrolytics.

Like electrolytics, they are polarized so you’ll want to get the direction right. Tantalums are *very* susceptible to polarity inversion. In other words, if you hook one up backwards you might as well throw it away–there is a good chance it is cooked.

Do they sound better? Do they sound different? The answer is a definitive yes. No wait, that’s a definitive no. There are many opinions about tants, so I really cannot offer you anything definitive on this subject. I can however, share some of the feedback and comments I’ve heard and read.

  • Replace place all electrolytic caps in the signal path with tantalums for a smoother sound.
    Some folks hear more “grit” and treble with tantalums. Some hear a smoother sound.
  • Replace the .022 tantalum in your tube screamers with a poly film part for better sound, others claim the original part is integral to the true tube screamer sound.
  • Some folks claim tantalums are not as reliable as electrolytics, but this may be mostly due to older composition and packaging types uses in decades past.

As always, your mileage will vary. But this is one of the most wonderful areas of stompbox design–there are so many variations, we’ll probably never get bored. Try the variations yourself until  you find your ideal sound.

Capacitors on the Fringe

There are various esoteric or rare capacitor types that pop up from time to time.

Tropical Fish Caps

These are vintage poly film capacitors that use color codes to denote the capacitance value. Very rare nowadays and expensive too. Some builders like to use them in vintage circuits,especially wah pedals.

The Wima Audio Black Box Audio Cap

Rare, elusive and really expensive. I don’t have much info on these, but some audiophile people swear by them.

Wet Tantalums

Most tantalum caps are of the dry-slug variety. This means that they are composed of dry tantalum powder. Wet-slug tantalums on the other hand use gelled sulfuric acid. For more mojo, I wonder if wet-slug tantalums would be worth trying. Although they are typically used for high temperature and voltage applications, one has to wonder…

Audiophile Parts

In the world of DIY audiophile building, a great emphasis is often placed on capacitor performance. As a result, there are a number of manufacturers of high-end (and expensive) capacitors. I’ll leave the subjective vs. objective argument to the reader. But it does make sense to point out that guitar effects, especially in stompbox format, are not designed to be audiophile devices.

Which Type Should I Choose?

As with all component types, there are pros and cons for each type. In general, the choice of capacitor type will be made for you, either by the author of the schematic you are using, or by the simple factor of capacitance value. In other words, the schematic will specify electrolytic or film by the symbol used. That makes the choice easy.

But what about when a specific type is not specified, only the value is shown? In general, you look at the value specified, and choose the type appropriate for that value. Other factors may influence your choice of capacitor type, particularly in audio circuits. So I’ve include benefits and drawbacks of each type.

Capacitor TypeTypical Value RangeSchematic SymbolBenefittsDrawbacks
Electrolytic>= 1μF
⎯)|₊⎯
Higher capacitance values in smaller packages, Reasonable priceLeakage is higher than most types, service life: Electros typically don’t last near as long as other types. This is typically why tube amps need to be re-capped after a number of years. Tolerance is not great: most passive electronic components have a tolerance rating which denotes how close to the part is to the actual printed value. Tolerance for electrolytics is abysmal, in the 20-40% range, but for stompbox applications, this doesn’t matter.
Film1nF – 999nF⎯||⎯̇Low leakage and they last a long timeLarger values are inordinately physically large
Ceramic1pF – 999pF⎯||⎯InexpensiveFilm caps are usually preferred to ceramic caps where audio performance is a key design factor

Capacitors on Schematics

Here’s what capacitors look like on schematics:

What about Variable Capacitors?

One of the first questions I had when I started building stompboxes was “I have variable resistors (potentiometers) all over the place. Why don’t I have variable capacitors?” The answer is that they are limited to a very small capacitance and are quite expensive too. As such, they are not practical for stompbox usage.

Here’s a trick to simulate a variable capacitor, especially useful for tone control applications. Attach two different capacitor values to a potentiometer–moving the wiper then sends more or less of the signal to one of the caps thereby changing the frequency response.

Capacitor Fires and Explosions

Like other components, capacitors can explode, burn, and/or stink when they are voltage-abused. Here are some fun fire and explosion pictures. Note that many capacitors were harmed during these experiments.

Some builders have intimated that tantalum capacitors smell the worst when on fire. This is a very useful piece of engineering knowledge to have.

The Application of Capacitors in Stompboxes

So now we are familiar with the basics of capacitors, how can we use them in stompboxes? In a surprisingly large number of ways actually.

Power Supply Filtering

In the context of stompboxes, power supply is a low voltage (usually 1.5-18 volts) direct current. The battery is a pretty ideal power source for stompboxes. As long as the battery isn’t dying or depleted, it doesn’t fluctuate wildly or introduce DC ripple into the equation. So if you are running solely on battery power, you really don’t need to worry much about filtering.

Power supplies, like the ubiquitous unregulated black wall warts on the other hand aren’t so ideal. If you are sure that your stompbox design will only ever see external voltage as supplied by a nicely regulated and filtered AC adaptor, then you don’t need to design in filtering. But in the real world, such assurances are not available. You have to assume that at some point you (or the person you build stompboxes for) will plug in a cheap nasty Szechuan special and noise and nastiness will result.

Of course, it is interesting to note that many stompbox schematics will include no filtering at all, and for the majority of uses, that is actually ok. Filtering really becomes an issue when your circuit is presented with a crappy power supply or fluctuating “crazy Ivan” mains voltage.

A wall wart uses a transformer to step down the mains voltage to a pedal friendly 9-11 volts or so (for a 9v adaptor) and then converts AC into DC using a 4-diode bridge rectifier. The rectifier flips all the waveform swings of the AC voltage but still results in some “ripple” in the DC waveform. Ripple equates to noise in your circuit. The simplest way to get rid of this ripple is to tack a largish-value electrolytic cap from the power supply to ground to smooth things out. For most stompbox designs, this works just great. Let’s look at an example.

Here we simply add a 100uf polarized electrolytic from the power supply line to ground to reduce ripple:

Finally, there is an additional electrolytic on the bias voltage (C3) which smoothes out the bias supply.

A parting note on caps in power supplies. For amplifier circuits, you’ll see big electrolytic cans in the power supply section that you don’t see in stompboxes. These act as “reservoirs” of current to handle short spikes in power demands from the amplifier and to smooth out the available pool of current.

The Input and Output Caps

Almost every stompbox design has these two caps. As we talk about these, keep in mind the following schematic of the Electro Harmonix LPB booster (I’m using this one because it has input and output caps and is about as simple a circuit as you can find.)

The input cap (C1), if you haven’t already guessed, is attached at or very near the input. The purpose of the input cap is to form a high-pass filter, in conjunction with a resistor (here the R2 part). It also acts to stabilize the rest of the circuit from the input which is usually a guitar, bouzouki, or another pedal. The key point here is:

The value of the input cap directly controls any frequency attenuation that happens before the signal hits the main effect circuitry.

Now on to the output cap. In our schematic above, that’s the C2 value. The output cap serves two purposes. First, like the input cap, it can serve as part of an RC network to attenuate or pass certain frequencies. If you want the full frequency range, a value from 100nf to 1uf can be used. The output cap also serves to remove any direct current from the signal. Remember that our stompbox designs almost all run on direct current–we want to be sure none if it escapes from the output jack, so an electrolytic cap will do the job nicely.

Input and Output Capacitor Values from Various Classic Stompbox Circuits
CircuitInput CapOutput Cap
Ibanez Tube Screamer.027uf film10uf electrolytic
ProCo Rat22nf film1uf electrolytic
Boss DS-1.047 film1uf electrolytic
Dallas Rangemaster.005uf.01 uf film
Dallas Fuzz Face2.2uf electrolytic.01 uf film

Let’s say you are building a treble-booster–you would want to attenuate any low frequency content before it hit the amplifier circuit. So you would put in a lower value input cap to accomplish this. The Dallas Rangemaster, perhaps the most famous of all treble boosters, has an incredibly small .005 uf cap.

Another great example of the effect of cap values on frequency response isa href=”http://folkurban.com/Site/LofoMofo-724.html”>Tim Escobedo’s LoFoMoFo. Look at the very small values for the input, output and shunting caps (R1, R3 and R2, respectively). These parts conspire to remove pretty much all the bass content of the input signal:

Alternatively, let’s say you want the majority of the useful frequency content to be passed through–in this case you would use a larger value cap, say 100nf-1uf. A rule of thumb is that a 1uf capacitor, input or output, will allow all guitar frequencies to pass through.

Filters

Variable Low-Pass Filter

Here we use a small value cap (500pf up to 50nf is a good range for experimentation) wired in the signal path of a circuit. If the pot’s wiper is at the full open position (no resistance) the signal will bypass the cap and go straight through. But as the resistance is increased, more signal will pass through the cap which will attenuate higher frequencies.

Another way to implement a low pass filter is to used a potentiometer in series with a capacitor to ground. This type of configuration can be spliced into the signal path of a circuit, but it should be noted that there is some signal loss. This is the case with all such passive circuits. Usually, there is a gain stage after a passive tone control to boost the signal lost in the passive section. For example, look at the last transistor stage in the Big Muff Pi circuit: it’s function is to make up for the signal loss in the preceding tone control.

Smoothing Diode Clipping

You can add a small-value capacitor in parallel with a diode clipping arrangement to smooth out the high-end of the clipping. This is a somewhat interesting area for experimentation.

Capacitors for Timing

Another common use for capacitors is to control the time interval of a circuit. For example, in a low-frequency oscillator, a capacitor is used in conjunction with a potentiometer to set the frequency. Our first example is a simple LFO based on the 40106 Hex inverting Schmitt trigger. The combination of C1 and VR1 set the frequency:

Next, we have a classic 555 basic monostable oscillator. In this configuration, the frequency is set by a combination of R1 and C1.

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Russian missiles struck NATO ally Poland

, , , and

This photograph taken on October 7, 2022 shows a Russian rocket sticks out a ground near the village of Ukrainka in a part of Southern Ukraine.
This photograph taken on October 7, 2022 shows a Russian rocket sticks out a ground near the village of Ukrainka in a part of Southern Ukraine.
Photo by DIMITAR DILKOFF/AFP via Getty Images
  • Two people were reportedly killed after Russian missiles landed in an eastern Polish village.
  • Poland is a member of NATO, which operates under the principle of collective defense.
  • It’s not clear how Poland or NATO will respond.
⚠️ MEDIA FILE ON IT’S WAY ⚠️

Two people were killed after Russian missiles landed in an eastern Polish village on Tuesday, a US intelligence official told the Associated Press. The incident seemingly marks the first time that Russian President Vladimir Putin’s war has spilled across Ukraine’s borders and into the territory of a NATO member.

The missiles landed in the village of Przewodów, which is located in eastern Poland a short distance from Ukraine’s western border, and reportedly came amid a barrage of over 90 Russian missiles that targeted Ukraine’s infrastructure. 

A Polish government official said the country’s prime minister called an emergency defense committee meeting. Russia denied reports that its weapons landed in Poland, with its state-run TASSnews agency calling reports they had “a deliberate provocation.”

A spokesperson for Poland’s Foreign Ministry confirmed in a statement that a “Russian-made missile fell” into the region and that an ambassador for the Russian Federation has been asked to provide an immediate explanation.

The damage shifts attention onto the NATO alliance, which has repeatedly warned it will defend the territory of its allies from Russia. Poland is a member of the NATO, which operates under the principle of collective defense — enshrined in Article 5 of the alliance’s founding treaty. Under this agreement, an attack against one NATO country is considered an attack against the entire military alliance. But Article 5 has only been invoked once in NATO’s history, following the terror attacks against the US on September 11, 2001. 

Article 5 states that NATO members will assist the attacked party or parties by “taking forthwith, individually and in concert with the other Parties, such action as it deems necessary, including the use of armed force, to restore and maintain the security of the North Atlantic area.”

It’s unclear what caused the Russian projectiles to land in Poland, which could have a major bearing on how the alliance reacts. 

The US and its Western allies have warned Russia repeatedly that an attack on NATO territory would trigger a strong response.

“We have a sacred obligation under Article 5 to defend each and every inch of NATO territory with the full force of our collective power,” President Joe Biden said in March. 

Adrienne Watson, the White House National Security Council spokesperson, said Tuesday afternoon that “we’ve seen these reports out of Poland and are working with the Polish government to gather more information. We cannot confirm the reports or any of the details at this time. We will determine what happened and what the appropriate next steps would be.”

Echoing these comments, Pentagon spokesperson Brig. Gen. Patrick Ryder said during a press briefingthat the US is “aware of the press reports alleging that two Russian missiles have struck a location inside Poland near the Ukraine border. I can tell you that we don’t have any information at this time to corroborate those reports and are looking into this further.” 

Sen. Bob Menendez, a New Jersey Democrat and chairman of the Senate Foreign Relations Committee, told reporters he did not think the apparent strike was intentional.

“I have to believe that it was a mistake by Russia,” he said, per The Washington Post’s Liz Goodwin. “And I think if it is, Russia should come out very quickly and say that.”

Poland’s foreign affairs ministry and NATO did not immediately respond to requests for comment from Insider. The Russian government also did not respond to an inquiry.

The incident immediately triggered remarks from top officials in neighboring countries. 

“My condolences to our Polish brothers in arms. Criminal Russian regime fired missiles which target not only Ukrainian civilians but also landed on NATO territory in Poland. Latvia fully stands with Polish friends and condemns this crime,” Latvia’s defense minister said on Twitter.

A spokesperson for the Hungarian government said that Prime Minister Viktor Orbán would also convene a meeting of the country’s defense council in response to “the missile hitting territory of Poland.”

The incident comes as Russia fired a barrage of missiles across Ukraine on Tuesday, leaving half the population of Kyiv without power. 

Translations by Oleksandr Vynogradov.



Reactions from r/worldnews on Reddit:

Mod: ‘dieyoufool3’

Pinning this comment from the Live thread to assuage people’s worry around article 5 being invoked in light of the 2 killed in the Polish border town.

This is NOT the start of WW3, folks. Calm. However, Poland has a lot of options to make things incredibly unpleasant for Russia without kicking off WW3.

The situation is still developing and I will update this comment as confirmed information comes in.

The current most credible theory is:

US official have told POLITICO it was likely caused by a missile strike or errant missile, not remnants of a missile Ukrainian armed forces shot down. Source

Polish Foreign Ministry confirm a Russian-made rocket fell on the territory. Source

Russia missiles did hit electrical infrastructure near Kovel, Ukraine, 50kms (31 miles) from the Polish border. Source

Ukraine confirmed earlier today 73 missiles (out of ~100) and 11 drones were shot down. Source

A quick refresh on NATO bylaws:

Article 5: An attack on one member of NATO is an attack on all of its members.

Article 4: The Parties will consult together whenever, in the opinion of any of them, the territorial integrity, political independence or security of any of the Parties is threatened.

Here’s everything you wanted to know about Article Four of the North Atlantic Treaty but were afraid to ask.



Update 19:00 GMT:

Poland holds urgent meeting amid reports of stray Russian missile strike.


Update 19:32 GMT:

Pentagon looking into Poland missile strike reports.

The Department of Defense Press Secretary, Brig Gen Patrick S Ryder, has said:

“We are aware of the press reporting on this. We have no information at this time to corroborate those reports but again, are taking them seriously and looking into them. And so I will make sure that we provide you with any updates as soon as we have them.”

He continues: “We’re looking into these reports – don’t have any information to corroborate them at this time. So I don’t want to speculate or get into hypotheticals. When it comes to our security commitments and Article 5, we’ve been crystal-clear that we will defend every inch of Nato territory.”


Update 19:59 GTM:

Lithuania PM” “Concerning news. Every inch of NATO territory needs to be defended.”


Update 20:07 GMT:

Russia denies any involvement in ‘missile strike on Poland’.

Russia has denied statements from Polish media outlets and officials that Russian missiles fell on the Polish village of Przewodó near the Ukrainian border.

The Russian ministry of defence posted on its Telegram, calling the reports “a deliberate provocation in order to escalate the situation.”


Update 20:20 GMT:

NATO Statement: “We are looking into these reports and coordinating with our ally Poland.”


Update 21:21 GMT:

Poland ‘raises military readiness’…

Polish government spokesman Piotr Muller has confirmed that there was an explosion that killed two Polish citizens, Reuters news agency reports

Poland is raising the readiness of its military units, he says, and “verifying if we need to activate Nato Article Four.”

That article says: “The Parties will consult together whenever, in the opinion of any of them, the territorial integrity, political independence or security of any of the Parties is threatened.”


Update 21:33 GMT:

NATO Secretary General’s Tweet: “Spoke with President Duda about the explosion in Poland. I offered my condolences for the loss of life. NATO is monitoring the situation and Allies are closely consulting. Important that all facts are established.”


Update 21:40 GMT:

US President Biden has been briefed and is speaking to Polish President Andrze Duda, officials say.

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Paul Newman-owned Rolex Daytona Heads to Auction

written by:  Simon de Burton

No watch at auction has ever created as much media hype as a scuffed up 1968 Rolex Daytona, given as a gift to Hollywood icon Paul Newman by his wife, which achieved a world record price of $17.75 million in 2017.

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Arguably, that sale also triggered the frenzy of demand for Rolex watches that has transformed the entire watch market ever since.

With power like that, it is little wonder that a second Rolex Daytona, once owned by Paul Newman, is likely to set the auction world alight when the watch goes across the block at Sotheby’s in December.

Unlike the $17m Daytona, the Rolex in question is not one that Mr Newman is known to have worn regularly, and was given away as a gift to a fellow racing enthusiast, Hollywood daredevil and stuntman who doubled for the actor in several movies, leading to them becoming close friends.Stan Barrett with Paul Newman enjoy stock car racing together.

Stan Barrett with Paul Newman enjoy stock car racing together.
Stan Barrett with Paul Newman enjoy stock car racing together.

The daredevil in question is Stan Barrett, whose adrenaline-seeking led him to attempt to become the first person to break the speed of sound on land in 1979, travelling at more than 700 mph in the Budweiser Rocket Car.

WATCHPRO columnist Simon de Burton picks up the story of Mr Newman and his double Mr Barrett, and finds out why a pair of steel Rolex watches worn during the Rocket Car attempt could realize more than $600,000 when they cross the block at Sotheby’s in December.

During the final run at Edwards Air Force Base in California on 17 December 1979, Stan Barrett wore the Cosmograph Daytona and GMT-Master.Stan Barrett wearing both the Rolex and GMT Master on one wrist. (picture courtesy Courtesy of Stan Barrett and RolexMagazine.com)

Stan Barrett wearing both the Rolex and GMT Master on one wrist. (picture courtesy Courtesy of Stan Barrett and RolexMagazine.com)
Stan Barrett wearing both the Rolex and GMT Master on one wrist. (picture courtesy Courtesy of Stan Barrett and RolexMagazine.com)

Afterwards, he was presented with a gold GMT-Master by August Busch, CEO of Anheuser-Busch, the main sponsor of the Budweiser Rocket Car and ‘Project Speed of Sound’.

That watch will also be auctioned and could realize $100,000, with a percentage of the money from the sale of all three pieces going to a Ukraine children’s charity that Mr Barrett has supported since 1987.This golden Rolex Reference 1675 GMT-Master was given to Stan Barrett by August Busch, CEO of Anheuser-Busch, the main sponsor of the Budweiser Rocket Car.

But the estimates for the two steel watches could prove conservative – because both were given to Mr Barrett by Hollywood idol Paul Newman, his best friend of 40 years and the godfather to his sons: NASCAR racing driver Stanton and television producer David.

This golden Rolex Reference 1675 GMT-Master was given to Stan Barrett by August Busch, CEO of Anheuser-Busch, the main sponsor of the Budweiser Rocket Car.
This golden Rolex Reference 1675 GMT-Master was given to Stan Barrett by August Busch, CEO of Anheuser-Busch, the main sponsor of the Budweiser Rocket Car.

As is well known, a Rolex Daytona gifted to Mr Newman by wife Joanne Woodward remains the most expensive wrist watch ever auctioned following its sale for $17.7m at Phillips New York five years ago. As a result, any Rolex with a connection to the Hollywood legend is now deemed ultra-valuable – and the latest two to come to market should be no exception.

Although 18 years Mr Newman’s junior, Mr Barrett formed a close relationship with the star after working as his main stuntman on numerous films, starting with Sometimes a Great Notion in 1971. Barrett was particularly well suited to the job due to his remarkable resemblance to Newman.This Rolex Reference 1675 GMT-Master Pepsi was on Stan Barrett’s wrist during the Rocket Car attempt.

This Rolex Reference 1675 GMT-Master Pepsi was on Stan Barrett’s wrist during the Rocket Car attempt.
This Rolex Reference 1675 GMT-Master Pepsi was on Stan Barrett’s wrist during the Rocket Car attempt.

Speaking by telephone from his Bellevue, Idaho, home in an exclusive interview for WATCHPRO, Mr Barrett said that Mr Newman had given him the Daytona watch immediately on hearing about the proposed record attempt. “We were at his home in Connecticut and he just went upstairs and came down with the Daytona. He could be very funny about me having the right watch to wear, and was always extremely generous.

“About four years earlier, after he had given me the GMT-Master, I bought the same model for my father – but it got stolen. The next thing we know, my father receives a replacement from Paul in the mail.”

Insatiable horophile Mr Newman gifted several watches to Mr Barrett throughout the friendship, including a Breitling Navitimer. “That time I had arrived at his house without a watch on,” recalls Mr Barrett. “Again, he went upstairs, and came down with this Breitling – and when he handed it over to me he said ‘Stan, be careful where you wear it. It was a present from Bruce Willis’.”

But it is the Rolex GMT-Master and Cosmograph Daytona now up for sale that are more interesting – not least since the former is tipped to realize $50,000-100,000, while the latter could achieve as much as $500,000.Stan Barrett wore this Rolex Reference 6262 Stan Barrett’s Rolex Daytona is expected to sell for up to $500,000.

Stan Barrett wore this Rolex Reference 6262 Stan Barrett’s Rolex Daytona is expected to sell for up to $500,000.
Stan Barrett wore this Rolex Reference 6262 Stan Barrett’s Rolex Daytona is expected to sell for up to $500,000.

While Mr Newman was photographed trying the Budweiser Rocket Car for size during practice sessions at Bonneville Salt Flats earlier in the year, he refused to watch the run proper.

“Paul called me after the Bonneville runs – during one of which the car’s canopy blew off at 600 mph – and he said ‘Stan, look, I want to support you, but everyone says you aren’t going to make it. And I don’t want to watch you die’,” recalls Mr Barrett.

To keep Mr Newman by his side in spirit, Mr Barrett strapped both gifted watches to his left wrist – and that is where they remained while he drove the rocket car to an unofficial 739.66 mph; a speed that, if accurate, would have made him the first person to break the sound barrier on land.The Budweiser Rocket Car unofficially broke the world land speed record. (Picture courtesy of Department of Defense photo by MSGT Paul J. Harrington)

The Budweiser Rocket Car unofficially broke the world land speed record. (Picture courtesy of Department of Defense photo by MSGT Paul J. Harrington)
The Budweiser Rocket Car unofficially broke the world land speed record. (Picture courtesy of Department of Defense photo by MSGT Paul J. Harrington)

But the record remains disputed due to the radar scanner being faulty, the fact that Mr Barrett only completed one run and because no one heard the tell-tale sonic boom that usually accompanies the sound barrier being broken.

All the same, no one else came close to the 700 mph mark for another 18 years until Andy Green drove Thrust SSC to 713.990 mph at Black Rock desert in September 1997, and then to 760.343 mph the following month.

Sotheby’s watch specialist Jonathon Burford says the watches relating to the Budweiser Rocket Car run will appeal to a wide range of collectors.

“They are not simply watches, but a part of American history the like of which won’t be seen again,” he told WATCHPRO. “All three were part of a moment in time that epitomizes a spirit of adventure that was so prevalent in America during the 1970s – and they will appeal to everyone from watch purists to motorsport fans and Hollywood memorabilia collectors.

“We have estimated them at what we believe to be realistic levels, but we do believe they are sufficiently significant to attract very strong bidding,” he added.

Mr Barrett says he wore the two steel watches regularly and often for more than 30 years, as did his son, Stanton – until they saw the huge price realised by ‘Newman’s own’ Daytona back in 2017.

“When I saw how much that one sold for I decided that maybe it wasn’t such a smart idea for us to keep wearing the watches that Paul had given me,” he said.

“I’ll be very sad to see them go, but it feels like the right thing to do. I’ll probably give around 30 per cent to the charity Slavic Gospel that I have worked with for the past 35 years and use the rest to pay-off my property loan”.

And unless Mr Barrett has a very large loan, we suspect there might be some left-over.


The sale of the Stan Barrett/Paul Newman Rolex watches will take place at Sotheby’s, York Avenue, New York on 6 December 2022. More details available soon at sothebys.com.
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Ukraine Attacks Russia Along Northern Front, Swiftly Making Gains

Sweeping south from positions in the Kharkiv region in Ukraine’s northeast, Ukrainian forces have made their largest gains since routing Russia from Kyiv in April.

Ukrainian fighters in Kharkiv on Friday. President Volodymyr Zelensky said his military had captured large chunks of occupied territory in the north.
Ukrainian fighters in Kharkiv on Friday. President Volodymyr Zelensky said his military had captured large chunks of occupied territory in the north.
Juan Barreto/Agence France-Presse — Getty Images


KYIV, Ukraine — Ukrainian forces have scored the most significant battlefield gains since they routed Russia from the area around Kyiv in April by reclaiming territory in the northeast, according to Ukrainian officials, Western analysts and battlefield imagery.

In his overnight address to the nation Thursday, President Volodymyr Zelensky said that the Ukrainian military had captured scores of villages and large chunks of Russian-occupied territory across Ukraine since the offensive began. “In total, more than a thousand square kilometers of the territory of Ukraine have been liberated since the beginning of September,” he said.

On Friday the Ukrainian military appeared to be moving rapidly to cut off the city of Izium, a critical logistical hub for Russian military operations.
The exact positions of Ukrainian forces in the area around Izium could not be independently established. But satellite data, independent military analysts and photos and videos of Ukrainian forces indicated that they had moved quickly toward Kupiansk, another logistical hub just north of Izium.

The new offensive in the north appears to have caught the Russian forces off guard. On Friday, its Defense Ministry said on Telegram that it was moving troops to reinforce the Kharkiv region, without specifying their numbers or specific locations.

Ukraine’s advances in the northeast sent a shock wave through Kremlin-friendly military bloggers, pro-war cheerleaders who typically call for more aggressive action.

Maps: Tracking the Russian invasion of the Ukraine

“We need to be honest, the Ukrainian command has outplayed us here,” said Yury Podolyaka, a Ukrainian pro-Kremlin blogger with more than 2.2 million followers on Telegram. He warned that if the Russian forces failed to “stop the Ukrainian breakthrough” in the coming days “this will be the most serious combat defeat” for Moscow.

Ukrainian and Western officials cautioned that the offensive operations were in their early days, that the situation was fluid and that the gains were far from secure. Not all of the claims of advances by Ukraine could be independently verified, and much about the state of the fighting in both the east and the south of Ukraine is shrouded in uncertainty as the government in Kyiv enforces a media blackout, restricting journalists’ access to the front.

For months, Ukraine’s leaders declared loudly and often their intention to launch a counteroffensive in the south, around the port city of Kherson. And they proceeded to batter Russian supply lines, ammunition depots and command centers in the region with precision rockets, while massing troops and orchestrating covert attacks on military bases and Russian collaborators far behind enemy lines.

Ukrainian soldiers near the Kherson front this week. Ukraine’s leaders had long declared their intentions to retake Kherson, but said little about the north.
Ukrainian soldiers near the Kherson front this week. Ukraine’s leaders had long declared their intentions to retake Kherson, but said little about the north.
Jim Huylebroek for The New York Times

Ukrainian soldiers near the Kherson front this week. Ukraine’s leaders had long declared their intentions to retake Kherson, but said little about the north. Jim Huylebroek for The New York Times
But they said virtually nothing about the northeast, until this week.

Accounts from witnesses, the local Ukrainian authorities, Russian proxy officials, geolocated video on social media and satellite footage offered a window into the Ukrainian campaign.

On Thursday, Ukrainian officials said their troops had pushed through the town of Balakliya, less than 30 miles from the city of Izium, which lies close to the Donbas, the contested area of eastern Ukraine that President Vladimir V. Putin of Russia has vowed to seize. President Zelensky released video of soldiers raising Ukraine’s blue-and-yellow flag above the town’s administrative building, and other officials posted videos, not all immediately authenticated, of locals coming out to greet the soldiers.

Ukrainian soldiers on Friday posted photos that purported to be in the vicinity of Kupiansk, which has served as the capital of the Russian occupation in the region. The Kremlin-installed head of the city administration, Vitaly Ganchev, urged women and children to evacuate as Ukrainian forces approached.

Mr. Ganchev said the city is under “constant rocket attacks from the armed forces of Ukraine,” according to RIA Novosti, a Russian state news agency.

In response to the growing threats in the south, the Russian military redeployed thousands of troops from the Donbas, apparently thinning their defenses in the north and providing an opening for the Ukrainians.

Russia’s seeming inability to secure a key flank near Izium also highlighted its challenge in defending occupied territory along front lines that stretch 1,500 miles from northeastern Ukraine to the Black Sea coast in the south. And the battlefield setbacks seemed to underscore the manpower issues plaguing the Russian army, which the United States estimates has suffered at least 80,000 wounded and killed since the invasion began in late February.

A Russian strike in the Kherson region this month.
A Russian strike in the Kherson region this month.
Jim Huylebroek for The New York Times

On Friday, some of Russia’s military bloggers voiced dismay over the inability of Russian commanders to prepare stout defenses. Others have demanded an explanation from the Russian military command or other authorities.

Maksim Fomin called on law enforcement to figure out why Russian forces were unprepared for the Ukrainian offensive. “The situation is very diffilcult,” he said. “Let’s exhale and say that we have been defeated.”

Yevgeny Poddubny, a Russian state TV reporter, posted a video of Russian transport helicopters that he said were transferring Russian troops to the Kupiansk and Izium areas, citing Russian defense officials.

Some of the pro-Kremlin bloggers have warned that the loss of large swaths of occupied lands in Ukraine would undermine the “Russia is here forever” message that the occupying authorities have been preaching in order to sway locals to support them.

Occupation forces outside Donetsk this month.Alexander Ermochenko/Reuters
While the Ukrainian gains in the north were capturing most of the attention Friday, the southern counteroffensive also made gains, with Ukraine’s Security Service releasing photos of what it said was the city of Vysokopillia, in the Kherson region. That claim could not be independently verified.
Last week, Ukrainian forces reported that they had broken through the first line of Russian defenses in multiple locations in the Kherson region, where they remain engaged in fierce battles to drive the Russians back from well-fortified positions.

Occupation forces outside Donetsk this month.
Occupation forces outside Donetsk this month.
Alexander Ermochenko/Reuters

Michael Kofman, the director of Russian studies at C.N.A., a research institute in Arlington, Va., said the campaign in the south did not appear to be a diversion to draw Russian forces.

“These appear to be interrelated offensives,” he said on Twitter on Thursday. “Kherson likely intended as a more deliberate, sequenced advance. Kharkiv to take advantage of favorable conditions.”
Gen. Mark A. Milley, the chairman of the Joint Chiefs of Staff, said on Thursday that Ukraine has made tangible gains in recent days, but he sought to temper expectations for what will probably continue to prove a bloody campaign.

“There is fighting — both offense and defense — all the way from Kharkiv all the way down to Kherson,” he said at a news conference in Germany.
Still, General Milley said the Ukrainians were making efficient use of newly acquired weapons systems to set the stage for their offensive. The American-made HIMARS missile system, he said, has been used to strike more than 400 targets. And it is just one of a number of advanced weapons systems now being deployed by the Ukrainians.
But he emphasized that Russia, although its supply lines were strained and its manpower troubles far from resolved, retained significant advantages in the war.

“The war is not over,” he said. “Russia’s a big country. They have very serious ambitions with respect to Ukraine.”

Authors: Marc Santora reported from Kyiv, Ukraine, Ivan Nechepurenko from Tbilisi, Georgia, and Marco Hernandez from New York. Anna Lukinova contributed reporting from Kyiv, and Alan Yuhas from New York.

Source: https://www.nytimes.com/2022/09/09/world/aeurope/ukraine-russia-kharkiv.html?smid=nytcore-ios-share&referringSource=articleShare
Published on: 9 September 2022

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