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The Second Warrington Bombing Attack

The second of two bombing attacks in early 1993 in Warrington, Cheshire, England, takes place on March 20, 1993. The first attack takes place on February 26, when a bomb explodes at a gas storage facility. This explosion causes extensive damage, but no injuries. In the March 20 attack, two smaller bombs explode in litter bins outside shops and businesses on Bridge Street. Two children are killed and 56 people are injured.

The attacks are carried out by the Provisional Irish Republican Army (IRA). From the early 1970s, the IRA had been carrying out attacks in both Northern Ireland and England with the stated goal of putting pressure on the UK Government to withdraw from Northern Ireland. The IRA is designated a terrorist organisation in the United Kingdom.

Shortly before midday on Saturday, March 20, 1993, the Samaritans in Liverpool receive a bomb warning by telephone. According to police, the caller says only that a bomb has been planted outside a Boots shop. Merseyside Police send officers to branches of Boots in Liverpool and warn the Cheshire Constabulary, who patrols nearby Warrington. About 30 minutes later, at about 12:25 p.m., two bombs explode on Bridge Street in Warrington, about 100 yards apart. The blasts happen within a minute of each other. One explodes outside Boots and McDonald’s, and the other outside the Argos catalogue store. The area is crowded with shoppers. Witnesses say that shoppers flee from the first explosion into the path of the second. It is later found that the bombs had been placed inside cast iron litter bins, causing large amounts of shrapnel. Buses are organised to ferry people away from the scene and twenty paramedics and crews from seventeen ambulances are sent to deal with the aftermath.

Three-year-old Johnathan Ball dies at the scene. He had been in town with his babysitter, shopping for a Mother’s Day card. The second victim, 12-year-old Tim Parry, is gravely wounded. He dies on March 25, 1993, when his life support machine is switched off, after tests find only minimal brain activity. Another 54 people are injured, four of them seriously. One of the survivors, 32-year-old Bronwen Vickers, the mother of two young daughters, has to have a leg amputated, and dies just over a year later from cancer.

The Provisional IRA issues a statement the day after the bombing, acknowledging its involvement but saying:

“Responsibility for the tragic and deeply regrettable death and injuries caused in Warrington yesterday lies squarely at the door of those in the British authorities who deliberately failed to act on precise and adequate warnings.”

A day later, an IRA spokesman says that “two precise warnings” had been given “in adequate time,” one to the Samaritans and one to Merseyside Police. He adds, “You don’t provide warnings if it is your intention to kill.” Cheshire’s assistant chief constable denies there had been a second warning and says, “Yes, a warning was given half-an-hour before, but no mention was made of Warrington. If the IRA think they can pass on their responsibility for this terrible act by issuing such a nonsensical statement, they have sadly underestimated the understanding of the British public.”

The deaths of two young children ensures that the March 20 bombings receive major coverage in the media and cause widespread public anger. Shortly after the bombings, a group called “Peace ’93” is set up in Dublin. The main organiser is Susan McHugh, a Dublin housewife and mother. On March 25, 1993, thousands hold a peace rally in Dublin. They sign a condolence book outside the General Post Office and lay bouquets and wreaths, with messages of sorrow and apology, to be taken to Warrington for the boys’ funerals. Some criticise Peace ’93 for focusing only on IRA violence and for not responding to the deaths of children in Northern Ireland.

On April 1, 1993, the Irish Government announces measures designed to make extradition easier from the Republic of Ireland to the United Kingdom.

On September 19, 1994, Irish rock band The Cranberries release the song “Zombie,” which is written in protest of the bombings. The song goes on to become their biggest hit.

On November 14, 1996, the Duchess of Kent officially inaugurates a memorial called The River of Life, depicting “a symbol of hope for future generations,” in Bridge Street. It is developed in the aftermath of the bomb attack and commissioned by the Warrington Borough Council. The project, consisting of a symbolic water sculpture that features a commemorative plaque, is designed by the local primary school and Stephen Broadbent.

The parents of Tim Parry set up the Tim Parry Trust Fund to promote greater understanding between Great Britain and Ireland. The Tim Parry Johnathan Ball Foundation for Peace works jointly with the National Society for the Prevention of Cruelty to Children (NSPCC) to develop The Peace Centre, close to Warrington town centre, which opens on the seventh anniversary of the attack in 2000. Its purpose is to promote peace and understanding amongst all communities affected by conflict and violence. The centre hosts an annual peace lecture, as well as being home to the local NSPCC and is the home of Warrington Youth Club until 2022.

The bombings receive further attention in 2019 after the Brexit Party selects former Living Marxism writer Claire Fox as their lead candidate in the North West England constituency for the 2019 European Parliament election. The Revolutionary Communist Party, of which Fox is a leading member in 1993, defends the IRA’s bombing in their party newsletter. Despite the controversy, which sees another Brexit Party candidate resign from the party list in protest at the comments, Fox and the Brexit Party top the poll in several areas of the North West, including in Warrington.

The killing of Ball and Parry is still on Cheshire Police’s list of unsolved murders.

A piece on BBC North West‘s Inside Out programme in September 2013 speculates that the bombing may have been the work of a “rogue” IRA unit, which was supported by the IRA but operated independently and who used operatives who were from England to avoid suspicion. The programme also examines a possible link between the attack and British leftist political group Red Action, though nothing is ever proven.

(Pictured: Army bomb disposal at the Warrington Bomb scene in March 1993, photo credit: Walker Howard)


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Birth of Nicholas Joseph Callan, Priest & Scientist

Father Nicholas Joseph Callan, Irish priest and scientist, is born on December 22, 1799, in Darver, County Louth. He is Professor of Natural Philosophy in Maynooth College in Maynooth, County Kildare from 1834, and is best known for his work on the induction coil.

Callan attends school at an academy in Dundalk. His local parish priest, Father Andrew Levins, then takes him in hand as an altar boy and Mass server and sees him start the priesthood at Navan seminary. He enters Maynooth College in 1816. In his third year at Maynooth, he studies natural and experimental philosophy under Dr. Cornelius Denvir. He introduces the experimental method into his teaching and has an interest in electricity and magnetism.

Callan is ordained a priest in 1823 and goes to Rome to study at Sapienza University, obtaining a doctorate in divinity in 1826. While in Rome he becomes acquainted with the work of the pioneers in electricity such as Luigi Galvani (1737–1798), who is a pioneer in bioelectricity, and Alessandro Volta (1745–1827), who is known especially for the development of the electric battery. In 1826, he returns to Maynooth as the new Professor of Natural Philosophy (now called physics), where he also begins working with electricity in his basement laboratory at the college.

Influenced by William Sturgeon and Michael Faraday, Callan begins work on the idea of the induction coil in 1834. He invents the first induction coil in 1836. An induction coil produces an intermittent high voltage alternating current from a low voltage direct current supply. It has a primary coil consisting of a few turns of thick wire wound around an iron core and subjected to a low voltage (usually from a battery). Wound on top of this is a secondary coil made up of many turns of thin wire. An iron armature and make-and-break mechanism repeatedly interrupts the current to the primary coil, producing a high voltage, rapidly alternating current in the secondary circuit.

Callan invents the induction coil because he needs to generate a higher level of electricity than currently available. He takes a bar of soft iron, about 2 feet long, and wraps it around with two lengths of copper wire, each about 200 feet long. He connects the beginning of the first coil to the beginning of the second. Finally, he connects a battery, much smaller than the enormous contrivance just described, to the beginning and end of winding one. He finds that when the battery contact is broken, a shock can be felt between the first terminal of the first coil and the second terminal of the second coil.

Further experimentation shows how the coil device can bring the shock from a small battery up the strength level of a big battery. So Callan tries making a bigger coil. With a battery of only 14 seven-inch plates, the device produces power enough for an electric shock “so strong that a person who took it felt the effects of it for several days.” He thinks of his creation as a kind of electromagnet, but what he actually makes is a primitive induction transformer.

Callan’s induction coil also uses an interrupter that consists of a rocking wire that repeatedly dips into a small cup of mercury (similar to the interrupters used by Charles Grafton Page). Because of the action of the interrupter, which can make and break the current going into the coil, he calls his device the “repeater.” Actually, this device is the world’s first transformer. He induces a high voltage in the second wire, starting with a low voltage in the adjacent first wire. The faster he interrupts the current, the bigger the spark. In 1837 he produces his giant induction machine using a mechanism from a clock to interrupt the current 20 times a second. It generates 15-inch sparks, an estimated 60,000 volts and the largest artificial bolt of electricity then seen.

Callan experiments with designing batteries after he finds the models available to him at the time to be insufficient for research in electromagnetism. Some previous batteries had used rare metals such as platinum or unresponsive materials like carbon and zinc. He finds that he can use inexpensive cast iron instead of platinum or carbon. For his Maynooth battery he uses iron casting for the outer casing and places a zinc plate in a porous pot (a pot that had an inside and outside chamber for holding two different types of acid) in the centre. Using a single fluid cell, he disposes of the porous pot and two different fluids. He is able to build a battery with just a single solution.

While experimenting with batteries, Callan also builds the world’s largest battery at that time. To construct this battery, he joins together 577 individual batteries (“cells“), which use over 30 gallons of acid. Since instruments for measuring current or voltages have not yet been invented, he measures the strength of a battery by measuring how much weight his electromagnet can lift when powered by the battery. Using his giant battery, his electromagnet lifts 2 tons. The Maynooth battery goes into commercial production in London. He also discovers an early form of galvanisation to protect iron from rusting when he is experimenting on battery design, and he patents the idea.

Callan dies at the age of 64 in Maynooth, County Kildare, on January 10, 1864. He is buried in the cemetery in St. Patrick’s College, Maynooth.

The Callan Building on the north campus of NUI Maynooth, a university which is part of St. Patrick’s College until 1997, is named in his honour. In addition, Callan Hall in the south campus, is used through the 1990s for first year science lectures including experimental & mathematical physics, chemistry and biology. The Nicholas Callan Memorial Prize is an annual prize awarded to the best final year student in Experimental Physics.